Buku Keterangan Peta Satuan Lahan Dan Tanah Lembar 1010 Kota Agung

IBUKU KETERANGANPETA SATÜAN LAHAN DAN TANAHLEMBAR KOTAAGUNG, SUMATERAEXPLANATORY BOOKLET OF THE LAND UNIT AND SOIL MAP

OF THE KOTAAGUNG SHEET, SUMATRA

Oleh/By :

A. Hidayat, H. Darul SWP, Junus Dai, H.Y. Sumulyadi, Hendra £, A. Hermawan.,

Yayat AH, P. Buurman, T. Balsem

SEKALA/SCALE 1:250.000 LEMB AR/SHEET : 1010

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PROYEK PERENCANAAN DAN EVALUASI SUMBER DAYA LAHANPENGELOLAAN DATA BASE TANAHPUSAT PENELITIAN TANAHBADAN PENELITIAN DAN PENGEMBANGAN PERTANIANLAND RESOURCE EVALUATION AND PLANNING PROJECTSOIL DATA BASE MANAGEMENTCENTER FOR SOIL RESEARCHAGENCY FOR AGRICULTURAL RESEARCH AND DEVELOPMENT1989

Penanggung jawabHead of the Project

DR. M. SUDJADI

Kepala Pusat Penelitian TanahBadan Penelitian dan Pengembangan Pertanian

De part erne n Pertanian

The Director of the Center for Soil ResearchAgency for Agricultural Research and Development

Department of Agriculture

Urusan mengenai publikasi ini harus dialaniatkan kepada:

Kepala Pusat Penelitian Tanah

Jalan H. Juanda 98, TUpon 23012Bogor 16123, Indonesia

Correspondence concerning this publication should be addressed to:

The Director of the Center for Soil Research

Jalan K Juanda 98, Phone 23012Bogor 16123, Indonesia

Scanned from original by ISRIC - World Soil Information, as ICSUWorld Data Centre for Soils. The purpose is to make a safedepository for endangered documents and to make the accruedinformation available for consultation, following Fair Use jGuidelines. Every effort is taken to respect Copyright of thematerials within the archives where the identification of theCopyright holder is clear and, where feasible, to contact theoriginators. For questions please contact soil.isric(5)wur.nl Iindicating the item reference number concerned.

BUKU KETERANGANPETA SATUAN LAHAN dan TANAH LEMBAR KOTAAGUNG (1010), SUMATERA

Explanatory booklet of theLAND UNIT and SOIL map of the Kotaagung Sheet (1010), Sumatra

Sekala/Scale 1 : 250.000

Oleh/By:A.Hidayat, H.Darul SWP, Junus Dai, H.Y.Sumulyadi, Hendra S.,A.Hermawan, Yayat A.H., P.Buurman dan/and T.Balsem.

Buku Keterangan Peta Satuan Lahan dan Tanah ini dihasilkan oleh TimPengelolaan Data Base Tanah dari Pn.yek Perencanaan dan EvaluasiSumber Daya Lahan, program kerja sama teknis antara PemerintahRepublik Indonesia dan Bank Pembangunan Asia, dilaksanakan olehPusat Penelitian Tanah (Badan Penelitian dan Pengembangan Per-tanian, Departemen Pertanian) dan dikoordinasikan oleh Badan Koor-dinasi Survei dan Pemetaan Nasional (BAKOSURTANAL). Survei danpemetaan dilaksanakan oleh Pusat Penelitian Tanah bekerjasamadengan konsultan dari HASK0NING Royal Dutch Consulting Engineersand Architects.

This Explanatory Booklet and the accompanying Land Unit and Soilmap have been produced by the Soil Data Base Management Team of theLand Resource Evaluation and Planning Project (LREP, part II), atechnical cooperation programme between the Government of theRepublic of Indonesia and the Asian Development Bank, executed bythe Center for Soil Research (part of the Agency for AgriculturalResearch and Development of the Department of Agriculture) and su-pervised by the National Coordination Agency for Surveys and dap-ping (BAKOSURTANAL). The survey and mapping were carried out bythe Center for Soil Research, in cooperation with the consultantsof HASKONING Royal Dutch Consulting Engineers and Architects.

PUSAT PENELITIAN TANAH

BADAN PENELITIAN DAN PENGEMBANGAN PERTANIAN

DEPARTEMEN PERTANIAN

CENTER for SOIL RESEARCH

AGENCY for AGRICULTURAL RESEARCH and DEVELOPMENT

DEPARTMENT of AGRICULTURE

Hak cipta dilindungi. Tidak sebagianpun dari publikasi ini dapat direproduksikembali, disimpan dalam suatu sistim penyimpanan dan penarikan data, ataudipindahkan kedalam bentuk apapun atau dengan alat/cara seperti : elektronik,elektrostatik, pita magnetik, mekanik, fotokopi, direkam atau sejenisnya tanpaadanya ijin secara tertulis dari penerbit.

Edisi pertaraa, 1989.

All Rights Reserved. No part of this publication may be reproduced, stored in aretrieval system or transmitted in any form or by any means: electronic,electrostatic, magnetic tape, mechanical, photocopying, recording or otherwise,without permission in writing from the publishers.

First edition, 1989.

Cara merujuk buku ini:

A.Hidayat, H.Darul SWP, Junus Dai, H.Y.Sumulyadi, Hendra S., A.Hermawan, YayatA.H., P.Buurman dan T.Balsem, 1989. Buku Keterangan Peta Satuan Lahan dan Tanahlembar Kotaagung (1010), Sumatera. Pusat Penelitian Tanah. Bogor.

How to cite this book:

A.Hidayat, H.Darul SWP, Junus Dai, H.Y.Sumulyadi, Hendra S., A.Hermawan, YayatA.H., P.Buurman and T.Balsem, 1989. Explanatory booklet of the Land Unit andSoil map of the Kotaagung Sheet (1010), Sumatra. Center for Soil Research,

1010 - ii

PENUNTUN UNTUK PEMAKAI USER MANUAL

Buku keterangan ini adalah penjelasandari Peta Satuan Lahan dan Tanah lem-bar Kotaagung (1010), Sumatera, sekala1:250.000.

Legenda peta berisikan satuan lahanyang merupakan satuan geomorfik dandibatasi dengan cara menginterpretasifoto udara, citra satelit dan citraRadar. Isi dari tiap satuan lahandiperiksa di lapangan dan kemudiandicatat. Hanya sebagian dari semua in-formasi ini disajikan dalam peta,sedangkan sebagian lagi diberikansecara ringkas dalam Buku Keteranganini; informasi yang lebih lengkapdapat tersedia jika diminta.

Sirobol peta menunjukan grup fisiografi(huruf besar), tipe batuan (hurufkecil), dan pembagian lebih Ianjutberdasarkan atas lereng dan tingkattorehan (pada daerah berlereng danangkatan) atau berdasarkan lingkunganpengendapan/hidrologinya (pada daerahaluvial resen dan marin), yang ditun-jukan oleh angka. Huruf kecil yangberada dimuka kode grup fisiografimenunjukan adanya tutupan dari bahanlain, seper.ti tutupan abu volkan padaperbukitan dari batuan sedimen ataulapisan bahan organik tipis padadataran aluvial.

Grup fisiografi tersebut adalah :Kubah Gambut, Aluvial, Marin, TerasMarin, Dataran Tuf Masam, Dataran, TufMasam Toba, Volkan, Karst, Perbukitan,Pegunungan/Plato dan Aneka Bentuk.Grup Dataran Tuf Masam, Tuf MasamToba, Volkan, Kubah Gambut dan Karstpembagiannya didasarkan pada tipebatuan dan morfologi yang spesifikyang hubungannya erat dengan sifattanah yang spesifik. Grup yang lainnyasebagian besar hanya berdasarkan padaraorfologi.

Untuk semua satuan lahan, data keadaantanah dan hubungan tanah dengan ben-tang alam disajikan pada Uraian

This booklet is an explanation of the1:250,000 scale Land Unit and Soil mapof the Kotaagung mapsheet (1010),Sumatra.

The legend of the map consists of LandUnits, which are geomorphic units,delineated by interpretation of imagessuch as aerial photographs, satelliteimagery and Synthetic Aperture Radar.The contents of each of the units ischecked in the field and recorded.Only part of this information can berepresented in the map; the remainderis briefly documented in the presentexplanatory notes, and more completeinformation is available upon request.

Map symbol s indicate physiographicgroup .(capital letter), rock type(lower case letter), and subdivisionsaccording to slope and dissection (insloping and uplifted areas) or tosedimentary/hydrological environment(in recent alluvial and marine areas),indicated with numbers. Lower caseletters preceding the physiographicgroup code are used to indicate coversof material with differing composi-tion, such as volcanic ash covers onhills of sedimentary rocks, or thinpeat on alluvial plain units.

The physiographic groups are : PeatDomes, Alluvial, Marine, Marine Ter-race, Acid Tuff Plains, Plains, TobaAcid Tuff, Volcanic, Karst, Hill,Mountain/Plateau and Miscellaneous.The Acid Tuff Plain, the Toba AcidTuff, the Volcanic, the Peat Domes andthe Karst group are based on rock typeand specific morphology, with a closelink to specific soil characterestics.The other groups are largely mor-phological .

For all land units, data on soils andsoil/landscape relations are presentedin the Land Unit Descriptions. These

1010 - iii

Satuan Lahan. Uraian satuan lahan inimerupakan bagian terpenting dari BukuKeterangan ini sebab semua informasiyang diperlukan untuk mengevaluasisetiap satuan lahan untuk penggunaantertentu disajikan disini.

Semua informasi geografik dapatdiperoleh dalam format komputer(didigitasi). Semua data utama daritanah (dari profil yang dianalisis)juga disimpan dalam komputer dari dapattersedia bagi para pemakai yang memer-lukan. Pada tahap selaniutnva.perangkat lunak untuk evaluasi lahanyang mempergunakan parameter-parameteryang ada pada uraian satuan lahan akansegera disediakan oleh Proyek Penge-lolaan Data Base Tanah (PDBT).

Permintaan untuk penilaian KesesuaianLahan dari tiap satuan lahan untukberbagai keperluan dapat diajukan kePusat Penelitian Tanah, Bogor.

descriptions form an essential part ofthe Explanatory Notes, because all in-formation that is necessary toevaluate a land unit for specific usesis listed here.

All geographic information is avail-able in computer (digitized) format.All primary soil information (analyzedprofiles) is also computerized and canbe made available to the user. At alater stage, land evaluation softwarewhich us^<: t-ho r\?*~?™cVcrc listed j.tithe Land Unit Descriptions will bemade available by the Soil Data BaseManagement Proyect (SDBM).

Requests for suitability ratings ofthe land units for various purposescan be submitted to the Center forSoil Research, Bogor.

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DAFTAR ISIHal aman

1. Pendahuluan 11.1. Latar belakang 11.2. Konsepsi legenda : 11.3. Struktur legenda satuan lahan 2

2. Metodologi 32.1. Peta dasar 32.2. Interpretasi citra 42.3. Survei dan data lapangan 42.4. Uraian satuan lahan 52.5. Data base dan pengelolaan data . 62.6. Relaibilitas peta 9

3. Lokasi daerah peta dan sumber informasi 103.1. Lokasi dan batas admlnistrasi 103.2. Sumber informasi 10

4. Keadaan umum fisik daerah 104.1. Geologi 104.2. Fisiografi 164.3. Hidrologi '. 18

5. Satuan lahan 195.1. Satuan lahan dan tanah 195.2. Isi dari uraian satuan lahan 23

6. Daf tar pustaka 23Laporan pemetaan tanah 24

Daftar Gambaran

Gambar 1. Lokasi peta dan batas administras! 7Gambar 2. Relaibilitas peta 8Gambar 3. Indeks peta topografi dan jalur terbang potret udara 11Gambar 4. Indeks citra Radar STAR-1 dan Landsat 12Gambar 5. Indeks laporan survei dan pemetaan tanah 13Gambar 6. Peta geologi bagan 14Gambar 7. Grup fisiograf i 15Gambar 8. Satuan lahan, blok diagram dan penampang melintang 21

Daftar Tabel

Tabel 1. Grup fisiografi 2Tabel 2. Analisis standar dan tambahan PDBT 5Tabel 3. Nomor dan nama lembaran peta topografi sekala 1:50.000 10

Lampiran

Lampiran 1. Uraian satuan iahan 25

1010 - v

CONTENTSPage

2. InCroducCion 11.1. Background ' 11.2. Legend concept ' 11.3. Structure of the land unit legend 2

2. Methodology 32.1. Base maps 32.2. Image interpretation 42.3. Field survey and field data 42.4. Land unie description 52.5. Data bases and data processing &2. C . 1'to.^j j. ex i d u n XL y 9

3. (Map location and sources of information) 103.1. (Location and administrative boundaries) 103.2. (Sources of information) , 10

4. (General physiography of Che area) 104.1. (Geology) 104.2. (Physiography) 164.3. (Hydrology) 18

5. (Land units) 195.1. (Land units and soils) 195.2. (Contents of a land unit description) 23

6. (References) 23(Soil survey reports) 24

List of Figures

Figure 1. Location and administrâtive boundaries 7Figure 2. Map rel lability 8Figure 3. Index of topographic maps and flight lines of aerial photos .. 11Figure 4. Index of STAR-1 Radar and LandsaC imagery 12Figure 5. Index of soil survey reports 13Figure 6. Geological sketch map 14Figure 7. Physiographic groups 15Figure 8. Land units, block diagram and cross section 21

List of Tables

Table 1. Physiographic groups 2Table 2. Standard and additional SDBM soil analyses 5Table 3. Numbers and names of 1:50,000 topographic maps 10

Appendix

Appendix 1 : Land unit descriptions 25

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1. PENDAHULUAN 1. INTRODUCTIOH

l.l.Latar belakang

Buku Keterangan dan Peta Satuan Lahan& Tanah ini merupakan sebagian hasilakhir survei tanah tinjau Sumatra yangdilaksanakan untuk Proyek Perencanaandan Evaluasi Sumber Daya Lahan dandiprakarsai tahun 1985 oleh PemerintahIndonesia serta dibiayai oleh BankPembangunan Asia.Pelaksanaan survei dilakukan antarabulan Nopember dan Desember 1987 olehTim Survei Tanah dari Pusat PenelitianTanah, sedangkan korelasinya dilakukanpada bulan Januari - Februari 1989.

1.2.Konsepsi legenda

Legenda untuk survei ini didasarkanpada pendekatan satuan lahan. Pen-dekatan ini dianggap paling sesuai un-tuk survei ini, sebab pada sekala1:250.000 dengan intensitas pengamatanlapangan yang kurang, semua batassatuan dapat ditarik dengan caramenginterpretasi citra. Legenda satuanlahan memungkinkan adanya pembatasansetiap satuan dengan sembarang ukuranyang masih dapat dipetakan (tergantungskala peta) dengan memanfaatkan nama-nama morfologi sederhana danberulang. Pendekatan ini menunjangStruktur hirarki dan merupakan sistemterbuka sehingga dapat diperbaharulsesuai dengan penerapannya di In-donesia; ia tidak memuat parameteriklim (parameter iklim disimpan dalamdata base terpisah dan dapat digabungdengan data base satuan lahan).Tambahan pula legenda satuan lahanerat hubungannya dengan legenda ter-dahulu di Indonesia mengenai bentuklahan, sistem lahan dan satuan lahantanpa k e l i r u p e n g g u n a a n n y a(Desaunettes, 1977; RePPProT, 1985-1988; Kips et al., 1981.

Satuan Lahan ini diberi batasan berupalahan dimana satu atau lebih komponen-nya mempunyai ciri-ciri khusus danmerupakan satuan lingkungan dengansembarang ukuran yang dapat dibatasipada peta. Satuan terkecil yang masih

1.1.Background

This explanatory booklet and the in-cluded maps are part of the finalresults of the reconnaissance soilsurvey of Sumatra, which was carriedout for the Land Resources Evaluationand Planning Project (LREP), initiatedin 1985 by the Goverment of theRepublic Indonesia and financed by theAsian Development Bank.The sheet was surveyed between Novem-ber and December 1987, by teams ofCenter for Soil Research (CSR). Mapcorrelation was done in January -February 1989.

1.2.Legend concept

The legend for this survey is based onthe Land Unit approach. This approachis considered most suitable for thissurvey, because at a scale of1:250,000 , with low-density fieldchecks, all unit boundaries are ob-tained by image interpretation. Theland unit legend allows the delinea-tion of mappable units of any size(depending on map scale), it makes useof morphological names which aresimple and recurrent, it supports anhierarchical structure, it is an opensystem that can be amended for useanywhere in Indonesia, and it does notcontain climatic parameters (theclimatic parameters are stored in aseparate data base which can be com-bined with the land unit data base).

Furthermore, the land unit legend isclosely related to previous Indonesianland form, land system and land unitlegends (Desaunettes, 1977; RèPPProT,1985-1988; Kips et al,, 1981) withoutbeing confusing.

A Land Unit is defined here as an areaof land of which one or more at-tributes have special characteristics,and it refers to an environmental unitof any size that can be delineated.The smallest unit that can be

1010 - 1

dapat dibatasi tanpa menghiraukansekalanya berukuran 2 mm lebarnya bilabentuk memanjang dan kurang lebih 3sampai 4 mm bila berbentuk bülat. Padasekala 1:250.000, suatu satuan yangmembulat dengan diagonal 4 mm meliputikurang lebih 80 ha.Satuan lahan dikelompokkan dalamgrup-grup f is iograf i dan kadang-kadang dibagi lagi kedalam sub-grup.Untuk informasi lebih lengkap, lihatpada Buurman et al (1988) dan Balsemet al. (1989)

1 .3 .Struktur legenda satuan lahan

Semua satuan lahan diberi kode berupahuruf dan angka/dijit; masing-masingdengan konotasi khusus tergantungtingkat klasifikasinya.

Contoh:Au.l.1.3- Dataran aluvial luas,tanggul sungai/alur-alur drainase.

Grup FisiografiRelief, ukuran besarnya

Litologi-

Au. 1.1.3 -Bentuk lahan/torehan/vegetasi

-Sub-grup: Morfologi

Tabel 1 menyajikan Grup Fisiografiyang diidentifikasi di Sumatra danpulau-pulau di luarnya. Contöh-contohpembagian lanjut hanya disajikan untukgrup Kubah Gambut dan grup Dataran.

delineated on any map, irrespective ofscale is about 2 mm wide if it is alinear feature and' about 3 to '4 mmacross if it is a circular feature.At a scale of 1:250,000, a circularunit of 4 mm across has a surface ofnearly 80 ha.Land units are grouped together inPhysiographic Groups and, in somecases, in Sub-Groups.For more detailed information, seeBuurman et al., (1988) and Balsem etal., (1989)

1.3.Structure of the land unit legend

All mapping units are coded by meansof a sequence of characters anddigits, each with its specific con-notation which depends on its level inthe classification.

Example: Au.l.1.3 - Broad AlluvialPlain; levee/spillway.

Physiographic GroupBelief magnitude

r •Au. 1.1.3 — Landf orm/dissection

/vegetation

Lithology Subgroup : morphology

Table 1 lists the Physiographic Groupswhich have been identified in Sumatraand the outer islands. Examples ofsubdivisions are given for the PeatDome and Plain groups only.

Tabel 1. Grup Fisiografi

A.B.D.H.I.K.M.P.Q-T.V.X.

ALUVIALMARINKUBAH GAMBUTPERBUKITANDATARAN TUF MASAMKARST *PEGUNUNGAN/PLATODATARANTUF MASAM TOBA *TERAS MARINVOLKANANEKA BENTUK

Table 1 : Physiographic Groups"i

A.B.D.H.I.K.M.P.Q-T.V.X'.

AlluvialMarine \Peat DomesHillyAcid Tuff PlainKarst * ;Mount a in/Plat eauPlain '•"''Toba Acid TuffMarine TerraceVolcanic "' 'Miscellaneous '•' ' '

*) Tidak dijumpai pada lembar peta *) Not present in this mapsheet. 'Ini. ':

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Pembagian Ianjut grup Kubah Gambut danDataran adalah sebagai berikut.

Kubah Ganbut -

eutrofik —

air tawar-t ipis <0,5msedang 0,5-2mtebal >2m

oligotrofik-

pasang surut/bagian tepikubah bergaram |Sda

air tawar |sda

pasang surut/bagian tepikubah bergaram — | S d a

Subdivision of the Peat Domes andPlain groups :

Peat Dones-

eutrophic—

fresh waterthin <0,5mmedium 0,5-2mthick >2m

oliqotrophic

tidal/saline fringesof doues—|ditto

fresh water-|ditto

tidal/saline fringesof domes—|ditto

Bentuk wilayah

Dataran—litologi—

datar-

Penorehantanpasedikit

sedangsangatekstrim

datar - berombak 1 Sdaberombak 1 Sdaberombak - bergelombang-|sdabergelombang 1 Sdadatar berbukit kecil —I Sdaberombak berbukit keciH Sda

Land form

Plain—lithology—

flat-

Dissectionnoneslightmoderatestrongextreme

flat to undulating 1 dittoundulating 1 dittoundulating to rolling—|dittorolling 1 dittoflat with hillocks 1 dittoundulating with hillocksl ditto

Struktur legenda disusun dernikian rupasehingga lanskap datar, raelandai, ter-toreh, bergunung, dsb. dengan mudahdapat dipilih oleh komputer. Strukturini langsung berkaitan dengan potensilahan untuk pertanian.

2. METODOLOGI

The legend structure is such, thatflat, sloping, dissected, mountainouslandscapes, etc., are easily selectedby computer. The structure is directlyrelated to agricultural potential ofthe land.

2. METHODOLOGY

2.1.Peta dasar

Peta dasar untuk keperluan pencetakanPeta Satuan Lahan & Tanah disediakanoleh BAKOSURTANAL. Untuk lembar petain i , peta dasar yang digunakan adalahpeta JOINT OPERATIONS GRAPHICS (JOG),Lembar SB48-6, Seri 1501, Edisi 1,Kotaagung yang dikeluarkan oleh D.Survey. Ministry of Defence. UnitedKingdom, 1969.

2.1.Base maps

Base maps for'the printed Land Unitand Soil map were provided by BAKOSUR-TANAL. For the present sheet, the base-map was the Joint Operations Graphics(JOG), Sheet SBU8-6, Series 1501, Edi-tion 1, Kotaagung, published by D.Survey. Ministry of Def.ence. UnitedKingdom, 1969.

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2.2.Interpretasi cltra 2.2.Image interpretation

Survel tinjau ini sebagian besardidasarkan pada interpretasi citra danba tas -ba tas satuan sesungguhnyaditarik berdasarkan citra. Macam citrayang digunakan adalah sebagai berikut:

- potret udara hitam/putih sekala1:100.000, Angkatan Udara Australia1976 (umumnya kualitas rendah karenadicetak berulang kali dan pemrosesanyang kurang baik).LAÎTDCAT »v/upuoii. waina », Dana 5 - / )

sekala 1:250.000 tahun 1985 yangdiperoleh dari LAPAN (kualitas ber-variasi, sekala kurang t e l i t i ) .

- c i t ra Radar stereo STAR-1, 1988(cetakan hitam putih, kualitas takoptimal).

2.3.Survei dan data lapangan.

Pelaksanaan survei tinjau dapat dibagidalam beberapa tahapan kerja:

1. penelaahan data dan informasi daripeta dan laporan tersedia.

2. in terpretasi c i t ra dan penetapandaerah kunci

3. pengamatan lapangan dan pemasukandata ke komputer

4. penyusunan sa tuan lahan danpemasukan data ke komputer.

5. analisls contoh tanahó.melengkapi uraian satuan lahan

dengan data analisis.7 . korelasi.verifikasi lapangan8. groduksi peta akhir9.dij i tasi peta dan pemrosesan data

base lainnya.

Semua pengamatan di lapangan (pemborandan profil) dicatat, diberi kode dandimasukan sesuai dengan prosedur stan-dar PDBT, seperti diuraikan dalamLaporan Tehnis PDBT No.5 (Balsem etal., 1988). Kode ini terutama diadap-tasi dari standar FAO dan USDA (FAO,1977; SCS, 1978; Gallup, 1978).

Contoh tanah yang r ep résen ta t i fdianalisis sifat-sifatnya seperti yangdisajikan pada Tabel 2.

The surveys are extensively based onimage interpretation and virtually allunit boundaries are imagery - based. Thefollowing imagery was used:

1:100,000 scale black/white aerialphotography, Australian Airforce,1976, (usually poor quality due torecopying and poor processing).1:250,000 LANDSAT colour r.nmpnxii-w(bands 5-7), 1985, obtained fromLAPAN (varying quality, inacuratescale).1:250,000 STAR-1 stereo Radar im-agery, 1988 (black/white positiveprints, quality not optimal).

2.3 .Field survey and field data

The implementation of the reconnais-sance survey can be split up into anumber of essential steps :

1. perusal of existing maps and reports2. image interpretation and selection

of sample/key areas3. field observations and computer data

entry4. preliminary land unit descriptions

and computer data entry5. soil sample analyses6. completion of land unit descriptions

with analytical data7. correlation/'field verification8. final map production9. map digitizing and other data base

operations.

All observations in the field(augerings and profile pits) weredescribed, coded and entered accordingto standard SDBM procedures asdescribed in SDBM Technical ReportNo.5 (Balsem et al., 1988). Thesecodes are mainly adapted from standardFAO and USDA codes (FAO, 1977;SCS,1978; Gallup, 1978).

Representative soils were analyzed forthe properties listed in Table 2.

1010 - 4

Tabel 2. Analisis tanah standar dantambahan PDBT.

Table 2. Standard and additional SDBMsoil analyses.

Analisis Standar1. tekstur2. karbon organik3. KTK NH40Ac pH 74. basa dapat ditukarkan dalam NH40Ac5. Al dalam KC1 IM6. kerapatan lindak pF 2,57. kadar air pF 4,28. pH (H20, KC1 , 1:2,5)9. N total10.K tersedia11.P tersedia

Analisis tambahanuntuk tanah volkanik:

- kemasaman terekstraksi dalam BaC^-TEA (pH 8.2)

- Al, Fe dan Si terekstraksi oksalatmineralogi pasir

- retensi fosfatuntuk Oksisol:mineralogi pasiruntuk Spodosol: ,

- Fe, Al,C terekstraksi pirofosfat- Fe, Al terekstraksi ditionit

untuk endapan marin:- garam terlarut- kadar sulfur- kadar air lapangan (tanah belum

matang)untuk tanah berkapur:

- kadar karbonatuntuk tanah Gambut:

- kadar serat- kadar abu- kerapatan lindak

Standard Analyses1. teksture2. organic Carbon3. CEC NHâOAc pH 74. exch. Bases in NHâOAc5. Al in 1 M KC16. bulk density pF 2.57. water content pF 4.28. pH (H2O, KC1, 1:2.59. total N10.available K11.available P

Additional Analysesfor Volcanic soils:

- extractable acidity in BaC12-TEA

- oxalate extractable Al, Fe and Si- sand mineralogy- phosphate retention

for Oxisols:- sand mineralogy

for Spodosols:- pyrophosphate extractable Fe, Al, C- dithionite extractable Fe, Al

for marine deposits:- soluble salts- sulphur content- field moisture content (unripe

soils)for calcareous soils:

- carbonate contentfor peat soils:

- fibre content- ash content- bulk density

2.4. Uraian satuan lahan

Uraian satuan lahan berupa uraian umumyang dibuat untuk setiap satuan peta.Uraian yang dibuat ini merupakangeneralisasi dari beberapa pengamatan.Atribut satuàn lahan (lihat bab 5.2)digunakan untuk evaluasi lahan ybs.S t r u k t u r u r a i a n s a tuan l ahandidasarkan pada suatu cara yang telahdipublikasikan oleh RePPProT (1988)dengan beberapa tambahan. Disampingdari pengamatan dl lapangan dalampenyusunan uraian satuan lahan ini.

2.4.Land unit description

Land Unit descriptions are generaldescriptions which are made for eachof the mapping units. Such descrip-tions are generalizations of point ob-servations. The land unit attibutes(5.2) are used for land evaluation.The structure of the land unitdescriptions is based on those pub-lished by RePPProT (1988) with amend-ments. In addition to the field obser-vations, the following sources were

1010 - 5

juga dipergunakan beberapa informasilain terutama dari :

- RePPProT, 1988: Review of Phase IResults, Sumatra.

- PPPG, 1978: Peta Geologi LembarKotaagung, Sumatera, Sekala1:250.000.

- Semua laporan survei yang tersediadari daerah ybs (Gambar 5).

used in Che compilation of the landunit descriptions:

- RePPProT, 1988 : Review of Phase IResults, Sumatra

- GRDC, 1978 : Geologic Map of theKotaagung Quadrangle, Sumatra, Scale1:250 000.

- All available survey reports for thearea (Figure 5).

2.5. Data Base dan Pengolahan Data.

Seperti disebutkan diatas, semua datalapangan dan analisis disimpan dalamdata base. Data base yang utama ialah:- pengaraatan lapangan (pemboran dan

penampang tanah).- data analisis- uraian satuan lahan

Data base pengamatan lapangan berlsisemua parameter yang dapat diukur dilapangan dari setiap tempat peng-amatan. Yang didiskripsi dan disimpanadalah nomor tempat/site, tempat,lereng, vegetasi/penggunaan lahan dansemua sifat-sifat tanah yang diukur dilapangan seperti Struktur, porositas,tekstur, warna, dll. (lihat LaporanTeknis PDBT No 5a, Versi 1.1 - Balsemet al., 1988).

Data base analisis berisi semua hasilanalisis kimia, fisika dan mineralogiserta semua data hasil perhitungandari analisis ini yang biasanya diper-gunakan untuk menilai kesuburan atauklasifikasi tanah (Lihat LaporanTeknis No 7a - Buurman, 1988; LaporanTeknis No 17, Muslihat et al., 1989).

Pada data base pengamatan lapangan dandata base analisis, data dapatdikeluarkan dengan cara memanggil/menuliskan nomor pengamatan, nomorlembar peta, satuan pada legenda, ad-ministrasi (kabupaten atau provinsi)atau dengan yang lainnya yang diten-tukan oleh koordinat geografik.

Data base uraian satuan lahan berisiuraian urnum dari tiap satuan peta un-tuk seluruh Pulau Sumatera yangdikatalogkan menurut lembar peta.

2.5.Data Iw»»« arid i~Zc pi «-

As mentioned above, all field andanalytical data are stored in com-puterized data bases. The main databases are :- field observations (auger and pit).- analytical data- land unit descriptions

The field observations data base con-tains all parameters that weremeasured in the field, for each of theobservations sites. Described andstored are site number, location,slope, vegetation/landuse and all soilproperties that are measured in thefield, such as structure, porosity,teksture, colour etc (see TechnicalReport No 5, Version 1.1 - Balsem etal. , 1988).

The analytical data base contains allresults of chemical, physical andmineralogical analyses and allproperties used for fertility ap-praisal or classification, that arecalculated with these analyses (seeTechnical Report No 7 - Buurman, 1988;and Technical Report No 17 «- Muslihatet al., 1989).

In both the field observations and inthe analytical data base, data can beretrieved by observations number, map-sheet , legend unit, administrativearea (province, kabupaten), and otherareas defined by geographic coor-dinates.

The land unit description data basecontains the general description ofeach mapping unit for the whole islandof Sumatra, catalogued by mapsheet.

1010 - 6

GAMBAR 1 : LOKASI PETA DAN BATAS ADMINISTRASIFIGURE 1 : LOCATION AND ADMINISTRATIVE BOUNDARIES

103°30'

5°00'

Oh-»O

6°00'

10B°00-

P.Tabuhan

Jalan

Sungai/Anak Sungai

Kota/Pcmukiman

Bâtas Kabupaten

1 : 1 000 000

10 20 30 40 km

V2Ä Lokasi Peta

A : Kabupaten Lampung Utara

B : Kabupaten Lampung Selatan

C : Kabupaten Lampung Tengah

oI - 1

o

GAMBAR 2 : RELAIBILITAS FETAFIGURE 2 : HAP RELIABILITY

103°30'

6°00'

6°0OJ

45' 104°00'

Jalan

Sungai/Anak Sungai

Kota/Pemukiman

105°00'

P.Tabuhan

TINGKAT RELAIBILITAS

Tinggi

'•'.'."2.''•[•'. Sedang

Rendah

1 : 1 000 000

10 20 30 _40km

U r a i a n u m u m b e r a s a l d a r ipenyederhanaan semua pengamatan padaseluruh satuan peta, termasuk analisislaboratorium dari profil yang lain.Parameter yang disimpan berisi semuainformasi yang diperlukan untukpenilaian evaluasi lahan (lihatLaporan Teknis No 13a - Balsem & Buur-man, 1989). Uraian satuan lahan darisemua satuan peta yang terdapat dalamlembar peta ini disajikan pada Lam-piran 1.

2.6.Relaibilitas peta

Relaibilitas dari peta tergantung padabeberapa faktor seperti: kerapatanpengamatan, keragaman tanah, kualitasdari citra penginderaan jauh, lokasidari titik pengamatan atau daerahkunci, ketepatan dari batas tanahmaupun batas satuan lahan, tingkatpengetahuan dan pengalaman surveyor.Tidak semua dari faktor faktor inidapat diukur dan karena itu harusdiperkirakan.

Berdasarkan faktor faktor tersebutdiatas, terutama kerapatan pengamatan,maka diperkirakan mengenai relai-bilitas peta, dan untuk itu dibagimenjadi 3 grup (Gambar 2).

The general description is derived bygeneralizing information of all obser-vations within the mapping unit, in-cluding laboratory analyses ofseparate profiles. The parametersstored contain all the informationnecessary for land evaluation proce-dures (see SDBM Technical Report No.13, - Balsem & Buurman, 1989). Theland unit descriptions of all mappingunits relevant to the present sheetare listed in Appendix 1.

2.6. Map reliability

The rel lability of a map depends onmany such factors as observation den-sity, soil homogeneity or complexity,quality of the remote sensing imagery,the location of sample/key areas, ac-curacy of soil units and soil bound-aries, the level of education and theamount of experience of the soil sur-veyor. Not all of these can bemeasured and so they have to be es-timated.

Based on the above factors, but mainlyon observation density, three classesof map reliability have been estab-lished (Figure 2).

1010 - 9

3. LOKASI DAERAH PETA DAN SUMBERINFORMASI

3 . 1 . Lokasi dan Bâtas Adminis t ras!

Secara geografik daerah peta Kotaagung(1010) t e r l e t a k a n t a r a 1O3°3O dan105°00 danBujur Timur dan antara 56° Lintang Selatan (Gambar 1).Secara adrainitratif daerah peta ter-raasuk kedalam Provinsi Lampung yangterdiri dari Kabupaten Lampung Utara,Lampung Tehgah dan Lampung Selatan.

j.Z. Sumber Informasi

Dalam pelaksanaan survei dan pemetaantanah tingkat tinjau ini sumber infor-masi yang telah digunakan adalah petatopografi, peta geologi, potret udara,citra landsat, citra Radar sertabeberapa peta dan laporan survei ter-dahulu sebagai nara sumber.Disamping peta topografi skala1:250.0.00 ( BAKOSURTANAL , 1986)digunakan pula peta topografi berskala1:50.000 (1986) yang diperoleh dariBAKOSURTANAL. Lembaran peta dan nomor-nya disajikan pada Tabel 3.

Tabel 3. Nomor dan Nama Lembaran PetaTopografi Skala 1:50.000

111213142122232431323334

-

KembangbananU. SiginBengkunatTampangP. TabuanKagunganPutihdoh

414243445152535461626364

-üjungtapuanKruiKruiBanjarnegaraSanggiLivaSunberjayaKotaagungPringsevuAirnaninganPadangratu

Peta geologi yang digunakan ialah Petageologi skala 1:250.000 dari PusatPenelitian dan Pengembangan GeologiBandung lembar Kotaagung tahun 1978.Potret udara yang dipakai ialah potretudara hitam/putih skala 1:100.000(Royal Australian Air Force, 1976)

berkualitas rendah sampai sedangdengan tutupan awan lk. 10%. Ikhtisarjalur terbang dan Nomor photo disa-jikan pada Gambar 3. Sumber informasilain yang dipakai ialah dari CitraLandsat dan Radar seperti disajikandalam Gambar 4.Beberapa laporan survei tanah ter-dahulu beserta peta tanahnya telahditelaah dalam pekerjaan kompilasidata untuk memperkokoh data base tanahdaerah ybs. Gambar 5 menyajikan lokasidaerah survei cod;r.g!;in juûul laporansurvei dicantumkan pada Daftar Pus-taka.

4. KEADAAN UMUM FISIK DAERAH

4.1. Geologi

Menurut geologinya (Gambar 6) lembarpeta Kotaagung ini dibangun atas duarangkaian pegunungan Bukit Barisan(yakni satu rangkaian di sebelah baratpatahan Semangko dan satu lagi disebelah timurnya), jalur pantaiterangkat di bagian barat, aktivitasvolkanik yang luas di bagian tengahdan di bagian tepi timur pegununganBarisan, batuan sedimen muda di timurdan batuan intrusi baik di timurmaupun di barat rangkaian pegunungan.

PretersierDi sisi timur rangkaian pegununganbatuan skis Pretersier dan granitKretasius "terpangkas" oleh prosespeneplanisasl. Batuan skis terdiridari berbagai batuan: dari skis biotitdan muskovit hingga skis amfibol.Intrusi granit Kretasius bervariasilitologinya dari granit ke diorit.

TersierSebagian besar rangkaian pegununganBarisan terdiri dari batuan Tersieryang aiengalami pelipatan dan patahan.Kebanyakan batuan ini asalnya volkanikdan biasanya berkomposisi intermedier(Tov: lava andesitik dan breksinya)atau felsik (Tmv: tuf dasitik danliparitik). Kumpulan batuan ini dijum-pai di dalam rangkaian pegunungan dikedua sisi Teluk Semangko.

1010 - 10

oh-»O

CAMBAR 3 : INDERS PETA TOPOGRAFI DAN JALUR TERBANG POTRET UDARAFIGURE 3 : INDEX OF TOPOGRAPHIC MAPS AND FLIGHT LINES OF AERIAL PHOTOGRAPHY

103°30- 45' 104°0O' 15' 30'

^ v | P . T a b u h a n

'32

10S°0Ó\

R 4/8282 : Nomor Jalur terbang

115 — 99 : Nomor foto udara

v v(64): Nomer Lembar Peta Topografi

1 : 50 000

GAHBAR 4FIGURE 4

103°30'5°00'

INDERS CITRA RADAR STAR-1 DAN LANDSAT

INDEX OF STAR-1 RADAR AND LANDSAT IMAGERY

104°00' I05°00'

O

O

6°00'

Liputan Radar 1 : 250 000

STAR - 1 , 1010- 1,2,3,4,5,6

Liputan Zitra LandsatA : 124 - 6 4 - 1 1 , 3 0 - 0 5 - 1 9 8 5B : 124 - 64 - I , 30 -05 - 1985C: 123 - 6 4 - 1 1 4 - 1 1 -19840 : 123 - 6 4 - I I , 1 4 - 11 - 1984

g ^ j D ierah TidakTerliput

oh-'O

GAMBAR 5 : INDERS LAPORAN SURVEI DAN PEMETAAN TANAH

FIGURE 5 : INDEX OF SOIL SURVEY REPORTS

103°3O' 45' 104°00'5°(xr

6°00'

106°00'

jpusat Penelitian Tanah, 1986

Propinsi Uopunq, LenbagaPenelitian Tanali, 1968

DAS SekaipungPusat Penelitian Taub, 1981

DiS Sekatpung AtasLeibaga Penelitiao Tanan, 1971

oI—>o

CAMBAR 6 : FETA GEOLOCI BAGAHFIGURE 6 : GEOLOGICAL SKETCH HAP

103 30' BT

103 30' BT

105 OO1 BT

Volken

Kuarter

Tertier 3

Qrv

Tersier 2

Tersier

Pratersier

10 15 Km

6 00' LS

Sedimen

Kuarter Tersier 3 Tersier 2105"00' BT

Pratersier

Tnp Tmbg

Tmtp

Sumber : Geologi Lembar Kota Agung . Geological Research and Development Centre, 1978

Qlv

oo

GAHBAR 7 : GRUP FISIOGRAFI LEMBAR KOTAAGUNCFIGURE 7 : PHYSIOGRAPHIC GROUPS OF THE KOTAAGUNG SHEET

io4°cxr tO6°ÖÓ'

6°00J

H | Grup Aluvial / Alluvial Group WÊÊÊ G>^9 OaXäran Tui Masam / Acid Tuff Plain Group . H.|j Grup Perbukitan / Hilly Group

l g Grup Marine /Marine Group j.:;J»Ü Grup Dataran I Plain Group U j Grup Pegunungan / Mountain Group

T~| - T „ . . „ . . T ^ ^^m Q Voikan / Volcanic Group \~k ! Gtup Aneka Bentuk / Miscellaneous GrQtifl'.J I Grup Teras Mar\n/Manne Terrace Group ^ ^ H K - ' '

Intrusi granit pada rangkaian baratberumur Tersier dan juga raengandunginklusi granodiorit dan diorit.Bagian barat rangkaian pegunungankebanyakan terdiri dari batuan sediraenTersier Atas yang telah mengalaraipelipatan (Tnp) yang tersusun daribatupasir, batulurapur. batuliat, napaldan biasanya mengandung campuran tuffel sik/raasam. Meskipun peta geologisekarang tidak menunjukkan hal ini ,zone pantai kurang mengalami pelipatanserta terdir i dari teras marin ter-angkat seperti yang di temukan disebagian besar pantai Sumatera bagianbarat.

Singkapan-singkapan kecil (sisa erosi)batuan Tersier tua dari Formasi TelisaBawah (Tmtp) dijumpai tersebar diseluruh lembar peta ini . Batuan initerdiri dari pasir kuarsa, serpih dantuf masam/f e1s ik serta kadang-kadangnapal.

KuarterSebagian besar batuan-batuan tua ter-selubung oleh deposi t volkanikKuarter. Lembar peta in i memuatseki tar tujuh pusat erupsi volkanikKuarter utama dan beberapa pusatkecil.

Bahan volkanik Kuartèr tertua berupaTuf Lampung (Qlv) dan Tuf Ranau (Qrv).Keduanya bersusunan d a s i t i k danl i p a r i t i k . Tuf Lampung terdapat dibagian tepi timur lembar peta ini dantuf Ranau di jumpai ke arab selatanDanau Ranau (Lembar 1011) tepatnya dibagian baratlaut lembaran peta ini.Tuf Lampung dan tuf Ranau padagilirannya tertutup oleh bahan volkanmuda (Qhv). Bahan volkan muda in i ,yang menutupi lebih 40% lembar peta,bervariasi antara andesitik dan basal-tik. Pusat erupsi utama adalah GunungTanggamus, Bukit Rindingan dan GunungSekincau.

Depresi-depresi di dalam patahanSemangko dan sekitar pinggiran timurlembaran peta ini terisi oleh endapanaluvial Kuarter, sedangkan di sepan-jang pantai terdapat berselang-selingjalursempit endapan marin muda dansetempat-setempat beting kerang.

4.2. Fisiografi

B e n t a n g a lam pada l e m b a r p e t aKotaagung dapat digolongkan dalam sem-b i l a n grup: A luv ia l , Marin, TerasMarin. Dataran, Dataran Tuf Masara.Perbukitan, Pegunungan. Volkanik danAneka Bentuk Wilayah.

PegununganSebagian besar rangkaian PegununganBarisan termasuk dalam grup Pegunun-gan. Sebagian besar lahan memilikilerene lebih curam dari 10X rtan canvat-tertoreh. Pembagian lebih lanjutterutama berdasarkan litologinya.

PerbukitanSatuan lahan yang termasuk dalam grupPerbukitan terdapat di bagian tepirangkaian pegunungan dan di pinggirankompleks skis tua dan granit di timurlaut lembar peta. Semua pol a per-bukitan tergolong dalam tipe" random".Pembagian lanjut berdasarkan padalereng dan bahan induk dan tingkattorehan pada kategori rendah:

H*.1.1 :Perbukitan dengan pola randomdan lereng melandai

H*.1.2 :Perbukitan dengan pola randomdengan lereng cukup curam.

H*.1.3 :Perbukitan dengan pola randomdengan lereng curam.

H*.1.5 :Lahan bergelombang dengan bu-kit- bukit kecil

H*.1.6:Bukit-bukit kecil berpolawilayah bergelombang

Litologinya beraneka ragam (dinyatakansebagai * ) , seperti: dasitik, basal-tik, andesitik/basaltik (batuan vol-kanik) , kasar masam, halus masam,halus masam/dasitik (batuan sedimen),skis dan gneis (batuan metamorfik) dangranit (batuan intrusi).

VolkanBentang alam yang berasal dari volkanyang masih mempertahankan bentuk as-linya (yakni belura berubah bentuk danmenjadi kompak oleh pelipatan) ter-masuk dalam Grup Volkan. Volkan-volkanmuda pada 1emba peta ini semuanya ter-diri dari lapisan-lapisan berselang-seling lava dan piroklastika (kode

1010 - 16

litologi a dan b) . Kebanyakan volkanini termasuk cukup muda guna memper-tahankan bentuk spesiftk krucutnya. Dibeberapa daerah dijumpai dataranvolkan yang luas. Dataran volkan dibaratlaut yang bersambung dengan kawahRanau t e r d i r i dar i tutupan tufdasitik. Pembagian lanjut berdasarkanmorfologiriya dari grup volkan padalembar peta in i adalah sebagaiberikut:

V*. 1. 2 :Lereng a tas volkan (lereng>30%)

V*.1.3 : Lereng tengah volkan (16-50%)V*.1.4 :Lereng bawah volkan (<16%)V*.2.2 : Dataran volkan berombakV*.2.3 : Dataran volkan bergelombangV*.2.6: Dataran volkan bergelombang

dengan bukit-bukit kecilV*.2.11:Sisa erosi daerah volkan ber-

gunung

Semua satuan lahan ini dibagi lebihlanjut menurut tingkat torehannya.Satuan V*.2.11 menyatakan lahan sisaerosi volkan tua yang telah kehilanganmorfplogi aslinya tapi belum mengalamilipatan.Dataran volkan dijumpai di luar kakivolkan, yang menunjukkan penyebaranpaling jauh abu volkan dan lahar, bah-kan kadang-kadang merupakan tempatbertemunya bahan volkan yang berasaldari berbagai pusat erupsi di 'sekitar-nya.

Dataran Tuf MasamDataran tuf masam yang tidak begituluas di peta ini terdapat di sekitarbatas timur lembar peta ini danmerupakan dataran sedimen dengan ig-nimbrit dari tuf Lampung dan tuf Ranausebagai bahan induk. Dataran ini lebihluas penyebarannya pada lembar peta disebelahnya yakni Tanjungkarang (1110)dan Menggala (1111). Pada lembar petaini hanya tiga subunit yang ditemukan:

Idq .3.1 : Dataran tuf masam berombakagak tertoreh

Idq.3 . 2 : Dataran tuf masam berombakcukup tertoreh

Idq.4.2 : Dataran tuf masam berombaksampai bergelombang cukup ter-toreh

Litologi satuan-satuan ini dasitikhingga berpasir halus.

DataranSisa peneplain yang terbentuk padaintrusi granitik yang tertutup olehskis dan serpih dijumpai di bagianpojok timur laut lembaran peta ini. Kearah barat peneplain ini berbatasandengan pegunungan dengan bahan indukyang serupa dan ke arah selatan iatertutup oleh bahan volkan muda. Sisapeneplain ini termasuk dalam grupDataran. Pada lembar ini dibagi lebihlanjut menurut morfologinya ke dalam:

P*. 3 : Dataran berombakP*.4 : Dataran berombak sampai ber-

gelombangP*.5 : Dataran bergelombang

Setiap satuan ini selanjutnya dibagimenurut tingkat torehan.

Teras MarinPantai barat lembar peta ini dicirlkanoleh jalur panjang dari sedimen pantaiterangkat yang dalam hal ini di-klasifikasikan sebagai Teras Marin.Berdasarkan peta geologi teras-terasini termasuk pada sedimen Tersier Atas(Neogene). Berbagai tingkat/ tanggadapat diidentifikasi. Teras-teras tuadi bagian yang paling timur menunjuk-kan adanya torehan yang paling kuat,sedangkan yang paling muda di bagianterdekat dengan pantai tampaknya masihutuh (tingkat penorehan klas 1).Satuan tersebut dibedakan atas:

Tdf.2: Teras marin berombak padabatuan sedimen halus dan tufmasam

Tdf.3: Teras marin bergelombang padabatuan sedimen halus dan tufmasam

Litologi dasitik (tuf masam), menun-juk kepada percampuran dengan bahanignimbrit dalam sedimen marin danpantai.

MarinGrup Marin ini terutama ditemukanberupa jalur sempit sepanjang pantaibarat. Karena bagian pantai berangsur

1010 - 17

naik sedangkan paparan (shelf) sempitdan terjal, maka penyebarannya ter-batas. Satuan yang dijumpai adaiah:

B*.1.2:Kompleks beting pantai dengancekungan

B*.3: Beting karang dan datarankarang

B*.4: Dataran pasangsurut berlumpurB*.7: Dataran dan kipas pantai sem-

pit tak dibedakan

01 eh karena beting karang tidak di-survei oleh proyek sekarang ini makapenyebarannya diambil dari petatopografi dan geologi.

AluvialGrup Aluvial pada lembaran peta inidinyatakan dalam lima subgrup.Lembah-lembah sungai sempit dalamlingkup grup Dataran dijumpai dibagian timur lembaran peta in i .Cekungan-cekungan tertutup ditemukanbaik dalam patahan Semangko maupun diberbagai bagian dalam atau pada batasdaerah volkan, dimana sedimentasivolkan membendung sistem drainase.Teras-teras sungai terdapat sepanjanga l i r a n yang bercabang -cabang(braided) yang mengalir ke luardaerah lingkupan pegunungan sebelahbarat. Satuan-satuan yang dijumpaiadaiah:

A*.1.2 : Pelembahan a luv ia l luas(non-salin)

A*.1.2.1: Jalur meander pelembahanaluvial luas (non-salin)

A*.2.2.1: Kipas aluvial dan koluvialagak tertoreh

A*.3.2 : Cekungan aluvial tertutupA*.3.4 : Dataran danau (resen)A*.3.5 : Dataran danau tuaA*.4.3.2: Teras sungai bergelombang

cukup tertorehA*.5 : Dataran banj ir sungai-

sungai melebar/bercabang.

Aneka BentukDi antara aneka bentuk wilayah hanyaeskarpmen yang dijumpai. Bentuk inimenonjol terutama sepanjang patahanSemangko dan di bagian aliran atasberbagai sungai di kawasan tersebut.

4.3. Hidrologi .

Dari uraian fisiografi dan geologi diatas ternyata wilayah yang dicakuplembar peta Kotaagung umumnya terdiridari relief kasar pegunungan, per-bukitan, kompleks volkan serta pelem-bahan yang memanjang di dalam kawasanpatahan Semangko. Relief demikianmemberikan keadaan hidrologi yangkhas di daerah tersebut.

Umumnya kompleks pegunungan terutamadi bagian timur patahan Semangkodengan lltologi yang serupa dicirikanpola dendritik; sebagian besarpegunungan sebelah barat patahan mem-punyai gradien lereng relatif besarsehingga pola drainase terutama dibagian tengah daerah aliran sungaididominasi pola paralel. Sebagianaliran bawah sungai-sungai tersebutdisimpangkan arahnya hampir sejajardengan garis pantai karena bagian inimerupakan jalur angkatan (uplift)pantai lama.

Pola aliran radial yang utuh terdapatdi krucut volkan muda a.l GunungSekincau, G. Rindingan, G. Tanggamus.Pola aliran demikian tidak tampaklagi pada daerah volkan tua karenaperubahan radikal bentuk krucutnyaoleh gerakan tektonik/deformasi ;sebaliknya disini ditemukan umumnyapola aliran dendritik.

Pelembahan yang terisi bahan volkanikdi kawasan patahan Semangkodidrainase ke arah selatan/tenggaraoleh Way Semangko yang mendapatsuplai air dari daerah sekitarnyatermasuk DAS sempit eskarpmen patahanSemangko. Pelembahan Semangko inike arah tenggara meluas ke dataranaluvial yang merupakan pusat kon-sentrasi pemukiman disekitarKotaagung.

oDataran tinggi berupa pelembahan yangagak luas terdapat di sekitar kalderaGedongsurian (ketinggian >900m dpi)dan merupakan daerah hortikulturayang potensial di daerah ini karenakeadaan drainase yang baik.Jalur pantai di daerah yang dicakup

1010 - 18

lembar peta ini memang relatif sempitdengan pola a l i r an pendek yaknisebatas dataran rendah yang umumnyalangsung berbatasan dengan kaki per-bukitan. Maka oleh sebab itu polaaliran serba lurus yang khas padasungai-sungai di barat patahanSeraangko menunjukkan dominasi desakanaliran keluar muaranya.

5.SATUAN LAHAN

5.1.Satuan lahan dan tanah.

Secara garis besar satuan lahan lembarpeta Kotaagung (1010)) dapat dikelom-pokkan kedalam 9 (sembilan) grup'yaitu: Grup Aluvial (A) , Marin, (B),Teras Marin (T) , Dataran Tuf Masatn(I), Dataran (P), Volkan (V), Per-bukitan (H) , Pegunungan dan Plato (M)serta Aneka Bentuk (Gambar 7). Padasetiap satuan lahan umunya diketemukanlebih dari satu satuan tanah (padatingkat Great Group), dan agarmemudahkan pembacaannya maka setiapsatuan tanah yang dijumpai pada setiapsatuan lahan ditentukan luaspenyebarannya secara kualitatif,yaitu:

-Sangat dominan: apabila penyebarannya>75% dari luasan Satuan Lahan.-Dominan: apabila penyebarannya antara50-75% dari luasan Satuan Lahan.-Cukup: apabila penyebarannya antara25-50% dari luasan Satuan Lahan.

- Sedikit: apabila penyebarannya 10-25%dari luasan Satuan Lahan.- Sedikit sekali: apabila penyebarannya<10% dari luasan Satuan Lahan.

Dibawah ini akan diuraikan mengenaisatuan lahan dan tanah yang dijumpaipada setiap grup fisiografi.

Grup Aluvial (A)Terbentuk dari bahan endapan sungai,dan endapan hasil aluviasi/koluviasidi kaki lereng perbukitan/pegununganyang landai.Tersebar antara ketinggian 0-lOOm dpi.di sepanjang jalur aliran Way Seputihdan W.Waja yang merupakan jalur aliransungai meander. Di kiri kanan aliranW.Semangka terdapat lembah aluvial

luas yang merupakan dataran banjir. Diselatan Pringsewu terdapat pelembahantertutup yang luas yang selalu ter-genang air. Di kaki lereng perbukitan,di selatan Wonosobo dan sekitar GunungDempo terdapat klpas aluvial/koluvialyang menampung bahan dari daerah atas-nya.

Di sebelah selatan G.Sekincau terdapatdataran danau bekas danau tua. Di-sepanjang sungai-sungai kecil di pan-tai barat terdapat dataran banjir darisungai yang bercabang-cabang.

Bentuk wilayah umumnya datar, dataragak cekung dan dàtâr agak melandaidengan lereng 0-3% . Meliputi luas62.450 ha (7,95%).

Jenis tanah utama di daerah ini adalahjenis tanah yang relatif muda dan padaumunnya berasosiasi dengan lingkunganair/basah, antara lain Tropaquepts(telah berkembang), dan Fluvaquents(belum berkembang). Di daerah kipasatau peralihan dijumpai jenis tanahDystropepts/Eutropepts berpenampangdalam, bertekstur halus sampai sedang,drainase baik.

Tanah berpenampang dalam mempunyaitekstur bervariasi dari halus sampaikasar, kadang-kadang berlapis-lapis.Drainase pada umumnya terhambat sampaisangat terhambat. Tingkat kesuburantanahnya sangat tergantung pada bahandi daerah sekitarnya dan daerah darimana bahan itu berasal. Umumnya unsurhara di daerah ini sedang sampaisangat rendah, dimana lapisan ataslebih baik daripada lapisan bawah.Dengan pengendalian air yang baikterutama untuk daerah pelembahan ditimur lembar peta, daerahnya mempunyaipotensi yang besar sebagaj. daerah per-sawahan. Penghambat utama adalahgenangan air permanen, banjir dan kan-dungan unsur hara.

Grup Marin (B)Merupakan dataran rendah yang meman-jang dari utara ke selatan sepanjang/sejajar pantai barat lembar peta. Ter-letak pada ketinggian 0-20m dpi. ,berupa dataran pasang surut berlumpur,

1010 - 19

beting-beting pasir pantai (beachridges) dan cekungan-cekungan antarbeting (swales). Bentuk wllayahnyadatar, datar agak cekung, sedangbeting pasir pantai uraumnya datar agakcembung dengan lereng 0-3% . Meliputiluas 13.440 ha (1,70%) .

Jenis tanah utama di daeran ini adalahHydraquents dan Sulfaquents yangmerupakan tanah-tanah belum berkerabangdi daerah dataran pasang surut yangselalu tergenang a i r . Sulfaquentsmciuâhau jcu iû Uöllöll yallg lilt Uga UUUllg

plri t tinggi yang bila rauncul di per-mukaan dalatn jumlah di atas ambangtoleransi tanaman akan sangat raem-bahayakan. Ketiga jenis tanah ini ber-penampang dalam, tekstur umumnya halusbercampur bahan organik, drainase san-gat terhambat, hampir sepanjang tahundaerahnya tergenang air.

Di daerah beting pasir pantai dijumpaiTropopsamments, merupakan tanah belumberkembang, bertekstur kasar/pasir ,drainase cepat. Beting pasir pantaicocok untuk perkebunan kelapa sedangcekungan antar beting untuk persawahandengan jenis padi yang lebih toleranterhadapair asin.

Penghambat utama berupa genangan air /banjir, keracunan sulfat , teksturkasar di daerah beting pasir serta un-sur hara tanaman (kesuburan tanah)yang rendah.

Grup Teras Marin (T)Terdapat di bagian barat daerah petadan hampir sejajar dengan garis pan-tai . Terletak pada ketingglan antara0-200m dpi. Bentuk wilayah berombaksampai bergelombang dengan variasilereng antara 3-5% . Terbentuk daribahan tuf masam dan batuan sedimen.Meliputi luas 49.500 ha (6,30%).

Jenis tanah utama yang dijumpai adalahDystropepts/Eutropepts, yaitu yangmenempati daerah punggungnya. Padadaerah bawahnya. dijumpai tanah Trop-aquepts. Tanah umumnya berpenampangsedang sampai dalam, tekstur umumnyahalus dan drainase baik. Daerah inibisa dikembangkan untuk pertanian

lahan kering baik semusim maupuntanaman tahunan dengan mengupayakanpeningkatan kesuburan tanah.

Grup Dataran Tuf MasamDijumpai di timur lau t lembar peta.Bentuk wilayahnya berombak sampai ber-gelombang dengan d i s e l i n g i olehcekungan-cekungan. Bahan pembentuknyaberupa tuf masam bersusunan da s i tsebagai hasil aktivitas volkan. Ter-le tak pada ketinggian 50-170m dpi .dengan variasi lereng 3-15% . Meliputim a s i / . o j u na (

Jenis tanah utamanya antara lainKanhapludults dan Dystropepts, ber-penampang sedang sampai dalam, teksturumumnya h a l u s , d r a i n a s e b a i k .Kesuburan tanahnya rendah sampaisangat rendah demikian pula kandunganbahan organiknya. Dystropepts mem-punyai kandungan hara yang re l a t i flebih baik. Sebagian besar jenis tanahKanhapludults mempunyai s ifat f i s ikyang jelek disebabkan banyak terdapat-nya lapisan kedap air (lapisan dengankandungan kongkresi besi dan mangantinggi).

Dilain pihak adanya lapisan kedap airini mempunyai dampak posit if untukdaerah persawahan karena tidak mem-butuhkan air terlalu banyak disampingdapat menyimpan a i r . Di cekungancekungan dan pelembahan (dataran ren-dah) dijumpai jenis tanah Tropaquepts,berpenampang sedang, tekstur halus,drainase terhambat. Dengan pengen-dalian a ir yang baik (perbaikan danpengaturan air) daerahnya berpotensibaik untuk persawahan, sedang daerahberombak sampai bergelombang untukpengembangan perkebunan terutamakelapa sawit dan karet dan pertanianlahan kering.

Penghambat utama antara lain kandunganhara tanaman rendah (miskin) dan sifatfisik tanah jelek.

Grup DataranBahan pembentuknya dataran ini berupabatuan intrusi masam terutama granitdan b a t u a n metamorf ik ( s k i s ) .Penyebarannya terutama di sebelah

1010 - 20

GAMBAR 8 : SATUAN LAHAN, BLOK DIAGRAM PAN PEHAHPANG HELINTANG LEKBAR KOTAAGDNGFIGURE 8 LAND UNITS. BLOCK DIAGRAM AiïD CROSS SECTION OF THE K0TAAGUNC SHEET

1010 - 21

timur laut daerah peta dengan bentukwilayah berombak sampai bergelombang.Terletak pada ketinggian antara 90-150m dpi, dengan varias! lereng antara3-15%, m e l i p u t i luas 22.375 ha(2.85%).

Jenis tanah utama yang dijumpat dida e rah in i ada lah Kanhap ludu l t s .Dystropepts, Hapludults dan Trop-aquepts. Kanhapludults dan Hapludultsmenempati lereng tengah punggungan.berpanampang dalam. tekstur bervariasidar i halus sarapai sedang. Di 1 ereng

Udll Ua.tsi.all uc i uut

pai Dystropepts, berpenarapang dalam.tekstur bervariasi dari halus sampaikasar, drainase baik. Tropaqueptsdi jumpai di daerah peierobahan/cekung-an, berpenampang sedang sampai dalam.tekstur bervariasi. drainase terham-bat. Kandungan unsur hara dari tanah-tanah tersebut uraunya rendah sampaisangat rendah, kandungan bahan organikjuga rendah.

Kecuali daerah pelembahan/cekungan,daerah ini t idak cocok untuk per -sawahan. Tanaraan per tan ian 1 ah ankering dapat dikernbangkan di daerahberorabak, berorabak agak bergelombang.sedang perbukitan kecil hendaknyadihutankan untuk raenjaga kondisi airdi daerah bawahnya. Penghambat utamaantara la in tingkat kesuburan tanahrendah dan keadaari topografi di daerahbergelombang agak berbukit.

Grup Volkan (V)Grup volkan pada daerah peta ini umum-nya t e r d i r i dar i lereng volkan,dataran volkan dan daerah volkantereros i . Terletak pada ketinggian25-2000m dpi . Lereng atas dan tengahtelah mengalami pengiki san Ianjut,berlereng curam sampai sangat curamdengan lereng >30%, sedang lerengbawahnya berlereng <16% . Bahan pem-bentuknya berupa tuf dan lava inter -raedier sampai basis, sedangkan dataranvolkan disekitar Liwa terbentuk darituf masam. Meliputi luas 228.685 ha(29,10%).

Jenis tanah utama di lereng atas dantengah te ru tama D y s t r a n d e p t s ,

Dystropepts dan Troporthent yangmerupakan tanah-tanah muda. Sedang dilereng bawah dan dataran di jumpaiDystropepts dan Humitropepts dengankandungan bahan organik t i n g g i .Jenis-jenis tanah tersebut berpenam-pang dalam. tekstur halus sampai agakkasar di lereng atas, agak halus sampai halus di lereng tengah dan bawahdengan drainase baik. Di lereng bawahkadang-kadang dijumpai batuan besar(boulder) yang berasai dari 1 erengatas/tengah. Kesuburan tanahnya sedangsarapai tinggi di daerah dataran ren-

Dengan memperhatikan tindakan konser-vasi tanah. lereng-lereng bawah ber-p o t e n s i s e b a g a i pengembanganperkebunan kopi. lada, cengkeh danpertanian lahan kering sedang didaerah dataran untuk persawahan.Lereng atas dan tengah hendaknya tetapsebagai hutan lindung/hutan tutupan.Penghambat utaraa adalah lereng danbatuan besar di lereng tengah danbawah.

Grup Perbukitan (H)Daerahnya t e r l e t a k di l e r e n gpegunungan dan volkan terutama dibagian selatan lembar peta. Bahan pem-bentuknya berupa bahan volkan (tuf danbatuan a n d e s i t ) , batuan sedimen,batuan plutonik masam (granit) danbatuan metamorf, sesetempat ditutupioleh bahan tuf masam Ranau. Terletakpada ketinggian 5-1000m dpi, denganperbedaan tinggi (amplitudo) <300mdar i daerah sek i t a rnya . Bentukwilayahnya berbukit, berlereng curamsampai sangat curam dengan lereng >16%Meliputi luas 145.530 ha (18,50%).

Di lereng atas perbukitan umumnyadijumpai jenis tanah Dystropepts, dilereng tengah Hapludults dan Kan-hapludults , sedang di lereng bawahdijurapai Humitropepts.Tanah umumnya berpenarapang dalam,tekstur agak halus sampai halus.Kesuburan tanahnya rendah sampaisedang untuk yang berkembang daribahan volkan, rendah sampai sangatrendah untuk yang terbentuk dari bahanlairmya.

1010 - 22

Kecuali lereng melandai yang dapatdigunakan sebagai lahan pengembanganpertanian lahan kering dengan mem-perhatian konservasi tanah, lerengcuram hendaknya digunakan sebagaihutan. Pembatas utama berupa lerengdan bahaya erosi.

Grup Pegunungan dan Plato (M)Terletak pada ketinggian antara 25-1.350m dpi, umumnya berlereng agakcuram sampai sangat curam sekali,dengan lereng >30% . Bahan pemben-tuknya berupa bahan volkan Tersier,batuan plutonik masam, batuan metamor-fik dan tuf masam. Meliputi luas232.335 ha (29,55%).

Jenis tanah u t a m a n y a adalahDystropepts yang menempati lerengatas. Hapludults menempati lereng ten-gah sedang di lereng bawah ditempatiHumitropepts.Tanah berpenampang dalam, berteksturhalus sesetempat di lereng atas ber-tekstur sedang dengan drainase baik.Kandungan unsur har a tanaman daritanah-tanah tersebut umumnya rendahsampai sangat rendah, sedang di lerengbawah dengan lereng <30% umumnya mem-punyai kesuburan yang lebih baik.Kecuali di lereng bawah yang landaidaerah ini tidak berpotensi untuk pe-ngembangan pertanian dan hendaknya di-pertahankan sebagai daerah hutan.Penghambat utama berupa topografi/le-reng, erosi dan kesuburan tanah yangrendah..

Grup Aneka BentukMenempati luas 14.685 ha (1,85%), danmerupakan bentukkan spesifik terdiridari X.l berupa lembah sungai terjal •tererosi atau lereng terjal/escarpmentdan X3 berupa badan air (danau).

5.2. Isi Uraian Satuan Lahan.

Merupakan bagian terpenting dari bukupenjelasan ini, menguraikan 59 satuanlahan yang terdapat pada lembar petaKotaagung (1010)), secara detail dalambentuk/format yang baku guna memudah-kan para pemakai.Uraian tersebut antara lain mencakup:

- Luas dan penyebarannya pada tiapPropinsi yang diliput.

- Bahan penunjang yang digunakan an-tara lain citra satelit, foto udaradan radar serta peta-peta

- Bahan induk sebagai bahan pembentuktanah mellputi tingkat pelapukan,litologi dan formasi geologinya

- Sumber dan kualitas air sertakemungkinan pengembangan perikanan,bahaya banjir dan genangan.

- Vegetasi dan penggunaan lahan- Tingkat bahaya erosi (yang diper-

cepat)- Satuan tanah (tingkat great group)

yang mencakup sifat kimia dan mor-fologinya.

- Ketinggian dari muka laut (meter)- Bentuk profil satuan lahan- Pola drainase- Keadaan lereng dan distribusinya- Perbedaan tinggi- Bentuk wilayah serta pembagian yang

lebih lanjut (land facet).- Fragmentasi lahan guna pengembangan

pertanian, dan- Tingkat relaibilitas.

Disajlkan pul a gambaran satuan lahanberupa penampang melintang, yang mem-berikan.gambaran keadaan dan letaktiap satuan lahan guna memudahkanpemakai.

DAFTAR PUSTAKA

Balsem, T., & P. Buurman, 1989.Guidelines for Land Unit Descrip-tion. Soil Data Base ManagementProject Technical Report No. 13,Version 2. Soil Data Base Manage-ment, Center for Soil Research,Bogor

Balsem, T., P. Buurman & U. Wood-Sichra, 1988. Penggunaan kode kom-puter untuk data lapangan. ProyekPengelolaan Data Base Tanah, LaporanTehnis No. 5a, Versi 1.1. PusatPenelitian Tanah, Bogor

Buurman, P., 1988. Sifat-sifat kimia,fisika, dan mineralogi untuk database tanah. Proyek Pengelolaan DataBase Tanah, Laporan Tehnis No. 7a,Versi 2.0. Pusat Penelitian Tanah,Bogor.

1010 - 23

Buurman, P., T. Balsem & H.G.A. vanPanhuys, 1988. Klasifikasi satuanlahan untuk survey tingkat tinjauSumatera. Proyek Pengelolaan DataBase Tanah, Laporan Tehnis No. 3a,Versi 1.2. Pusat Penelitian Tanah,Bogor.

Desaunettes, J.R., 1977. Catalogue oflandforms for Indonesia. FAO/UNDPLand Capability Appraisal ProjectWorking Paper No. 13, Soil ResearchInstitute, Bogor

FAO/UNESCO, 1977. Guidelines for soil

Gallup, D.L., 1981. Proposed codingsystem, for pedon data for trial bythe Center for Soil Research, Bogor.AGO/INS/78/006, Manual 3. Bogor

GRDC (Geological Research and Develop-ment Center), 1978. Geologic map ofthe Menggala quadrangle, Sumatra,scale 1:250.000.

Kips, P.A., D.Djaenudin & NataSuharta, 1981. The land unit ap-proach to land resources surveys forland use planning, with particularreference to the Sekampung water-shed, Lampung province, Sumatra, In-donesia.

Muslihat, A., U.Wood - Sichra &P.Buurman, 1989. Soil .sampleanalysis data base - User Manual andTechnical Manual. Soil Data BaseManagement Project, Technical ReportNo. 17, Version 1.0. Center for SoilResearch, Bogor.

PPPG - see GRDCRePPProT (Regional Physical Planning

Programme for Transmigration), 1985.Review of Phase IB results CenmtralKalimantan. Ministry of Transmigra-tion, Jakarta.

RePPProT (Regional Physical PlanningProgramme for Transmigration), 1988.Review of Phase I results Sumatra.Ministry of Transmigration, Jakarta.

SCS (Soil Conservation Service), 1978.Pedon coding system for the NationalCooperative Soil Survey. USDA,Washington D.C.

Soil Survey Staff, 1987. Keys for SoilTaxonomy. Soil Management SupportServices Monograph No. 6. U.S. Dept.of Agriculture.

Daftar Laporan

(Nomor adalah nomor laporan dalam fileSUMREP)

84. Laporan updating peta tanah tinjaudaerah Toboali - Mesuji. PusatPenelitian Tanah, 1986.

86. Survei dan pemetaan lahan dengansistem land unit di DAS Sekampunguntuk tuJuan evaluasi lahan. PusatPenelitian Tanah, 1981.

184.Survei dasar dalam rangka pemba-ngunan pertanian Lampung. Buku I:Sinopsis; Buku II: Fakta fisik-biologis; Buku III: Tinjauan,rekomendasi dan lampiran-lampiran.Buku IV: Lampiran peta. LembagaPenelitian Tanah, Bogor, 1968.

340.Survei dan pemetaan tanah tinjauDAS Sekampung Atas. LembagaPenelitian Tanah, 1972.

1010 - 24

LAMPIRAN 1. URAIAN SATUAN LAHAN

APPENDIX 1. LAND UNIT DESCRIPTIONS

1010 - 25

LABD UUU.T REPORT LREP-SDBM, CSR-BOBOR

MftP IMAGE: C80SS SECTIŒ:

\ \\ \

\2.3

\

is . V . 2

\

1.S .

V \. X

.3

v-, 1.1.2

\ \

—4/lJ h

S'Y

B.l.5.2r

~ \

\TT2\ ^X-~

escarp

•A

'"A•\

^ \volunic rocks

1.1

JVfti

.2

• •

I.S

rit« *M«1 ¥

-tllurial s«diMnt2 -

1

w1.2

»vib

1.2.2.1

«1 unie rocks

1 . LATO DHIT: A u . 1 . 2

lt. OCCBIHEBCE fay H8CVBBCE:

5. SIATOS IDEBTIFIESS :

6. lâBD QSIir DESCHIPrtCH:

7 . SATTEiTjL

8 . AffiMTATT-

9 . RADftR :

10. 1MKEBT WJEHIAL

a. Heathering :

b. Utbology :

c. Formation :

12. HATES a. Quality :

b. Source :

13. FISHERIES :

14. RIVERS a. Floodxisk :

b. Inondation:

15. VBEEIATIOS/LAffl) OSE :

Area used :

16. ACCELERATED EBOSICH

a. Occarence :

b. Evidence :

2. MAP SHEET: 1010 3. AREA: 54 km2

Lampung: 99%

Updated by: AH edit date: 20/06/89 Status: Final

Broad alluvial valleys,mixed sediments, slopes 0-3Ï

124/64/30/05/85, 123/64/30/05/85

1:100.000 05/8292-027, 05/8292-029

STAR 1/250/88/1010 3-5

11. SOCK OOTCSGP: X

Slight

clay, sand

Qal

Fresh

Perennial River, Shallow wells

Sungai (river)

Medium

None

mixed gardens of fruit trees, upland crops, irrigated wetland

rice (irigasi), rainfed wetland rice, towns, villages

100 X

None

17. SOU. CHEAT GSIOOP

32. Heqy/

ClassificationDominant >50Z fluvaquentsAssociated 1 tropaqueptsAssociated 2

Hmm>WHlATJ.vfc PROFILES:

/ /87/sr/1010/52/ /29 /

Z of area70 X

30 X

lqt/ /

Lab. checkedyes

yes

/87/tb/

1010 - 26

18. SOHL CHABACTERISTICS

Properties

a. Texture: topsail

subsoil

b. Depth: peatsoil

c. Drainage:

d. Exclu. K: topsoil

subsoil

e. Total K2O: topsoil

subsoil

f. Avail. F: method

topsoil

subsoil

g. Total P: topsoil

subsoil

h. CTC pH 7 topsoil

subsoil

i. Soil Beaction:topsoil

subsoil

j. Al Sat. topsoil

subsoil

k. Al toxicity :

1. Acid sulpb. pot.:

m. Salinity :

u. other Toxicity:

o. Boot obstr. layer :

p. Organic Matter :

q. TEB :

r. Total observations:

Dominant > 501

moderately fine

fine

--

very deep

Poorly drained

----

—--

Olsen

very high

very high

very high

high i

medium

medium

strong acid

moderately acid

—

—----

—

--

--

16.2

13.4

1

Associated 1

moderately fine

medium

--

very deep

Poorly drained

high

medium

very high

very high

Bray I

medium

very low

very high

medium

high

medium

moderately acid

neutral

--

—--

—

—

--

--

20.9

19.3

1

Associated 2

0.0

0.0

0

19. ALTITUDE:

20. PLAH/HKWILE:

21. L.U. BHAUHfiEE:

22. SWBEz

23. SLOPE DISTH.:

24. HELŒF AMPLI. :

25. TEBRAŒ:26. CHESnr/KBDGES:

27. VALLET FLOOR:

28. 1MB FACETS:

29.

7 j ni "*T n ^T ^ I IB ** 2 ni

Dominant: No pronounced highs/lows

Included:

a. Pattern: braided

c. Variability: low

a. Steepness:flat

c. Length:

e. Curvature: straight

Valleyfoottams: 100 %

InterHuves : 0-81:0 %, 9-25Ï: 0 X,

a. Amplitude: very low

Flat, slope <2%, 0-50 m

a. Shape: no crests

d. Width:

a. Width:

Bange: 15 m

b. density: Very low

b. Variability: Low

d. Variability:

25-55X: 0 %b. Variability: Low

b. Length:

e. Variability:

b. Variability:

c. Variability:

-1- Alluvial valley, fluvaquents, 70%

-2~ Levees, tropaquepts, 30X

-3-

-4-

Valleys: Medium blocks Interflravcs:

30. BEUABXLHT: 1= reliable, 2= probable, 3= tenable, 4= plausiblelO.b : 1 12.a: 1 14.a: 2 14.b: 2 17: 1 18.a: 2 18.b: 2 18.c: 218.d-q: 2 19: 1 22: 1 23: 2 24: 1 28: 2 29: 2

31. ADOITiaSAL BOTES:

.1010 - 27

CBOSS SECTIOB:

A. 1 . 2 . 2 A . 1 . 2 . 1 A.1 .2 .2

nwler scar present rlrer

TVA older subsoil

1 . LARD (BIT: A f . 1 . 2 . 1

4 . lUaiKHtüi b y FKOVHKZ:

5 . SXftIDS IDERIIFXEBS :

6 . LAID UNIT DESCBHTIOH:

illurial saUiat«

3. AREA: 28 km2

7 .

8 . AEBTAT-

9 . »A11AH

10. M W T MATEPTAT.

a. Weathering

b. Lithology

c. Formation

12. HATES a. Quality

b. Source

13. FISHERIES

14. RIVEBS a. Floodrisk

15. VBSETATICB/LAHD USE

Area used

2. W F SHEET: 1010

Lampung: 99%

(Updated by: AH edit date: 28/04/89 Status: Final

Meanderbelts of broad alluvial valleys,fine sediments,slopes

0-3Z

124/64/30/05/85, 123/64/30/05/85

1:100.000 56/8294-35 , 56/8294-39

Star 1/250/88/1010 - 5

11. BOCK OUTCROP: 0 X

Slight

clay

Qal

Fresh

Perennial River

Sungai (river)

High

None

bush, upland crops, rainfed wetland rice, coffee (kopi), towns,

villages

80 X

16

17.

32.

iqt/

ity/

a. Qccoreace

b. Evidence

SOU. GREAT GBODP

Daainant >5OZ

associated 1

associated 2

: None

Classification

tropaquepts

fluvaquents

dystropepts

LES:

/341-18 /72/sk/1110/4V /50 /

/184-05 /68/is/1110/51/ /60 /

Z of area

55 X

35 X

10 X

eqv/

Lab. checked

yes

yes

yes

/341-18 /72/is/1010/23/ / /ll

1010 - 28

Propertiesa. Texture: topsoil

subsoil

b. Depth: peatsoil

•rinffrnl **** '

c. Drainage:d. Exch. K: topsoil

subsoil

e. Total K2O: topsoilsubsoil

t. Avail. F: arthodtopsoil

subsoil

g. Total P: topsoil

subsoil

h. CEE pH 7 topsoilsubsoil

i. Soil Reaction:topsoilsobsoil

j. Al Sat. topsoilsubsoil

k. Al toxicity :

1. Acid sulph. pot. :a. Salinity :

n. Other Toxicity:

o. Root obstr. layer :

p. Organic Matter :q. TEB :


DoBinant > SOXmoderately fine

moderately fine--

deep

Poorly drained--

—

very high

mediumOlsenvery high

very high

very high

very high----

slightly acid

slightly acid- - •

—

—

—

—

- -

—

1.60.0

0

Associated 1

fine

fine—

deep

Moderately well--

--

medium

very low

Olsenvery high

very low

highmedium

—--

very strong acid

very strong acid----

—

——

—--

4.70.00

Animrinted ?.

finefine

—

moderately deep

Imperfectly drained--

—

mediumvery low

——

very low

very low—--

slightly acid

slightly acid----

—--

—--—

2.10.00

19. ALtlTDDE:20.

21. L.0- PBATWGE:

22. SLOPE:

23. SLOPE DISTR.:

24. RELIEF AMPLI.:

26. CREST/RIDGES:

27. VALLET FOX»:

28. LAUD FACETS:

29. SRAGMEHTATIOS:

100 m Miniüun: 40 mt: No pronounced highs/lows

Included:a. Pattern: meanderingc. Variability: lowa. Steepness:flat

c. Length: short

e. Curvature: straightValleybottoss: 100 XIntertLoves : O-8Z:0 X,a. Anplitude: very lowFlat, slope <2X, 0-50 ma. Shape: no crests

d. Width:a. Width:

-1- Levees, tropaquepts,

Range: 60 m


b. Variability: Low

d. Variability: Medium

9-25X: 0 X, 25-55X: 0 X

b. Variability: Low

b. Length:e. Variability:b. Variability: Low

55Ï35X

c. Variability:

-2- Spillways and oxbow, fluvaquents,

-3- Old meanderbelt, dystropepts, 10X

-4-

Valleys: Small blocks Interfluves: Small blocks

30. REXIABILITT:

lO.b : 2 12.a: 1

18.d-q: 3 19: 2

1' reliable, 2= probable, 3» tenable,14.a: 2 14.b: 2 17: 2 18.a: 2,, 22: 1 23: 2 24: 2 28: 3

4° plausible

18.b: 2 18.c:

29: 2

31. ADOITIOSAL BOXES: All representative profiles are extrapolated from sheet 1110.

1010 - 29

ISEP-SDBH, CSR-BOSCK

MAP IMAGE: CSDSS SECTIQH:

P.3.2

v—.

H.l.3.3 y/ 1.2.2

V. 1 f

\

V.l.4.2

B.1.3.J

1 . LARD O I T : A u . 2 . 2 . 1

4 . •••• m ™ - > by HKWIDEE:

5 . STATUS IDBSTHTEBS :

6 . LAND IUMJLTT DESC8XPTI0S:

7 .

8 .

9 . BAIME

10. KftHESnr DttTEBIAI.

a. Weathering

b . Litfaology

c . Foimatiora

1 2 . HUEK a . Q u a l i t y

b . Source

1 3 . FISHERIES

1 4 . HIVESS a . F l o o d r i s k

b_ luEondaibiOD

1 5 . VBtanniZGH/IABD OSE

Area used

16. ACCELEKaXED EBOSICH

a. Occurence

b . Evidence

2 . MAP SHEET: 1010 3 . AREA: 63 km2

Lampung: 99%


Sligthly dissected alluvial and colluvial fans, mixed sediments,

slopes 3-8X

124/64/30/05/85

1:100.000 5 /8292-27 , 56 /8296-77

Star 1/250/88/1010 3-4

11. BOCK CURCSÛP: 0 %

Slight

clay, sand, gravel

Qal

Fresh

Medium wells, Deep wells

None

None

None

bush, upland crops, rainfed wetland rice, coffee (kopi), lakes

(danau), towns, villages

80 X

Localised

Various

17. SOU. GSEAT GBOOP

Dominant >SOZ

Associated 1

Associated 2

Classification

eutropepts

tropaquepts

Z of area

70 Z

30 X

Lab. checked

yes

yes

32.

ite/

HIAIIVE EBQFILES:

/87/er/1010/33/ /17 / iqt/ /87/sr/1010/33/ /25

1010 - 30

18. SOIL CHARACTERISTICSPropert iesa. Texture: topsoil

subsoilb. Depth: peatsoil

odmeralsoil

c. Drainage:d. Each. K: topsoil

subsoil

e. Total E20: topsoilsubsoil

f. Avail. P: aetbodtopsoilsubsoil

g. Total P: topsoilsubsoil

b. CEC pH 7 topsoil

subsoil

i. Soil Reaction:topsoilsubsoil


k. Al taxicity :1. acid sulph. pot.:•. Salinity :n. Other Toxicity:o. Boot cbstr. layer :p. Organic Matter :q. TEB :r. Total observations:

Dominant > 501

medium

moderately fine

very deepWell drained

medium

low

medium

low

Bray Ilowvery low

low

very low

high

very high

very strong acid

strong acidvery lowlow

Associated 1

fine

fine

very deep

Poorly drainedvery low

low

mediumlow

Bray Ivery low

very low

medium

very highhigh

high

strong acid

slightly acidvery lowvery low

Associated 2

3.737.23

2.424.01

0.00.00

19. ALTITUDE:

20.

21. L.U. DBAHMGE:

22. SLOPE:

23. SLOPE DISTR.:

24. RELIEF «MPU.:25. TBHB»>TM-

26. CREST/BUDGES:

27. VALLES FLOOR:

28. LARD FACETS:

29. FRAGMHSTATICB:

450 m Mininmn: S m Range: 30 mDoBinaat: non-linear and random > 60% of area flat-toppedIncluded:

a. Pattern: dendritic b. density: Lowc. Variability: lowa. Steepness:gently sloping b. Variability: Medium

c. Length: longe. Curvature: straightValleybottOBs: 30 XInterflows : 0-81:60 %,a. amplitude: very lowUndulating 2- 8%, 0-50 ma. Shape: no crests

d. Width:

a. Hidth: narrow

d. Variability: Low

9-25X: 10 %, 25-551: 0 %b. Variability: Medium

b. Length:e. Variability:b. Variability: Medium

-1- Fan head & middle fans, eutropepts, 70%-2- Toe & valley bottoms, tropaquepts, 30%-3--4-Valleys: Small blocks IoterCluves: Large blocks

c. Variability:

30. REUABXLXCT: 1= reliable, 2= probable, 3= tenable, 4= plausible

lO.b : 2 12.a: 1 14.a: 1 14.b: 1 17: 1 18.a: 1 18.b: 1 18.c: 1

18.d-q;: 1 19: 1 22: 2 23: 2 24: 2 28: 2 29: 2

31. ADDXTIGSAL MOTES:

1010 - 31

UM) OUT KEKBT LREP-SCŒH, CSR-BOSGB

W F OMGE: CBDSS SECTIGH:

1. IABD OBIT4 . «»•nminnur«

5 . SX&1FOS

6 . IABO MBIT

7 . SA3TELLHŒs . AIER

g . BADAR

1 0 . FftKEST

a .

b .

c .

1 2 . HftTEK

Au.3 .2

by EBQKTDtCE:

M»TBBTAI-

Heatbering

Lxt&ology

Foiœatian

a. Qna l i t^b . Source

FloodLrisk1 3 . FXSHEBXES1 4 . KIVESS a .

1 3 . VBEEIATIOS/LftliD OSE

2 . KAP SHEET: 1010 3 . AREA: 113 km2

Lampung: 99Ï

Updated by: AH edit date: 28/04/89 Status: Final.

Closed basin / depression, mixed sediments, slopes 0-3%

123/64/30/05/85, 124/64/30/05/85

1:100.000 56 /8294-043, 56 /8294-037

star 1/250/88/1010 -5

11. BOCK OOTCSOP: 0 Z

Slight

clay, sand,

Qal

Fresh


Sungai (river)

None

Seasonal

upland crops, mixed gardens of fruit trees, irrigated wetland

rice (irigasi), rainfed wetland rice, towns, villages

16. S

17. S

Area used :

^X'IKmXATIK'" E9KK>TO3i

a. Occurence :

b. Evidence :

SOU. CP1TAT GRODF :

Doniiiant >SOZ

Associated 1

Associated 2

100 Z

None

Classification

tropaquepts

eutropepts

Z of area

80 Z

20 Z

lab. checked

yes

yes

1010 - 32

IM «a il i moiinuiiiiij

Proparties

a. Textnre: topsoil

subsoil

b. Depth: peatsoil

mineralsoil

c. Drainage:

d. Exch. K: topsoil

subsoil


subsoil

£. Avail. P: method

topsoil

sobsoil

g. Total P: topsoil

subsoil

h. CEC pH 7 topsoil

subsoil

i. Soil Reaction:topsoil

subsoil

j. Al Sat. topsoil

sobsoil

k. Al toxicity :

1. Acid solph. pot.:

m. Salinity :

n. Other Toxicity:


p. Organic Matter :

q. TEB :r. Total observations:

Dominant > 501

fine

fine

—

very deep

Poorly drained

high

medium

high

low

—

--

high

low

very high

very high

strong acid

strong acid

--

—

—--

—

--

—

4.130.1

4

Associated 1moderately fine

moderately fine

--

deep

Imperfectly drained

high

low

high

medium

—--

very high

high

high

medium

slightly acid

slightly acid--

--

—--

—--

1.916.5

2

—

—--

—

—

—--

'--—

—--

--

--

—--

--

--•

- -

—

—

- -

- -

0.00.0

0

19 . AIXITOBE:

2 0 . PLAI/IBQFILE:

2 1 . L .0 . 1DBAIKAGE:

2 2 . SLOPE:

2 3 . SLOPE DISTB.:

2 4 . RELIEF AHFLI.:2 5 .26.

2 7 . VALLET FLOOR:2 8 . "-*»" FACETS:

29. ISaGMEXTATiai:

150 m HiniKon: 95 m


Included:

a. Pattern: centripetal

c. Variability: low

a. Steepness:flat

c. Length: long


Valleybottoms: 100 I

I n t e r f i l e s : 0-81:0 X. 9-251: 0a. Wi»11II imiu : very lowFlat, slope .<ZX, 0-50 m4. Shape: no crests b. Length:

d. Width: e. Variability:

a. Width: very wide b. Variability: Low

-1- Depressions, tropaquepts, 80Ï

-2- Transitions, eutropepts, 20Ï

-3-

-4-

Valleys: Large blocks Interflnves:

100 m


X, 25-55X: 0

b.

Variability: Low

Variability: Low

Variability: Low

c. Variability:

30.10.

18.

OTITAHTT TTV-

b :d-q:

2 12.a:

1 19:

1

1

1» reliable, 2° probable, 3= tenable,

14.a: 2 14.b: 2 17: 1 18.a: 1

22: 1 23: 2 24: 1 28: 2

4 s plausible18.b: 1 18.c: 129: 2

31. AOOrnOML BOTES:

1010 - 33

mir LHEP-SDBM, CSR-BOGGR

HtF IMAGE: C8OSS SBCTIOB:

• " • * .

H.2.3.«

\ IK. ,V

A

k A.3.5

M

vH.l.3.3)

ft,)A4

A.

Tolcuiic D d s ' ^

A.3.4

==*=- (jöuiiï"rrr..rrr-jzrrr

•CdlBUtS

A.3

—7old

.5

Muta

H.1.3.3

' tcid tuffs

1. IAD) OMIT: Au. 3 . 4

4 . orxnBBHCE by ROVIHCE:

5. SUIDB IDIHTIÏTÎHS :

6. ÎAHD UHIXÏ DESCSIFTiaS:

7 . g*TFIT.HTTM gjB WHIJM ;

S . ABBTAI. FBOTDGHAISS :

9 . BADAR :

10. FASEBT MATBMTAT-

a. (feathering :

b. litholosy :

c. Foimation :

12. MâTES a. Quality :

b. Source :

13. FÏS&ERXES :

14. HIVEBS a. Floodrisk :

b. Xnmidatiasi :

15. VBGEtéTIOH/lASIIJ OSE :

Area osed

16.

a. Occurence

b. Evidence

2 . MAP SHEET: 1010 3 . ASIA: 18 km2

Lampung : 99%


Lacustrine plain,mixed sediments, slopes 0-32

124/64/30/05/85

1:100.000 /8296-81

star 1/250/88/1010 - 4

i i . BOCK asmaos: xSlight

clay, sand, peat

Qal

Fresh .


Danau (lake)

High

Seasonal

, bush, swamp (rawa) including sedges, upland crops,, rainfed

wetland rice, lakes (danau), towns, villages

40 I

None

17. SOU. GREAT GRCOP

Dominant >5OZ

Associated 1

Associated 2

Classification

tropaquepts

tropofluvents

X of area

90 %

10 X

Lab. checked

yes

yes

32.

iqt/

HAUKIJLES:

/87/hj/1010/52/ /20 / evt/ /87/af/10l0/54/ /6

1010 - 34

18. SOIL CHARACTERISTICSPi<i£wi t ii.fwa. Texture: topsoil

snbsoilb . Depth: peatsoil

•rinornlsnn

c. Drainage:

d. Exch. K: topsoil

subsoil


f. Avail. P: methodtopsoil

subsoil


h. CTC p9 7 topsoil

subsoil

i. Soil Reaction: topsoilsubsoil


k. Al taxicity :1. Acid sulph. pot.:

a. Salinity :n. Other Toxicity:

o. Root obstr. layer :p. Organic Matter :q. TUB :r. Total observations:

Dominant > SOX

moderately fine

moderately fine—

very deepVery poorly drained

low

low

medium

high

Bray Ivery low

very low

very highvery high

high

highstrong acid

strong acidvery low

very low--

--

—

--

—

4.419.62

Associated 1fine

fine—

deep

Well drainedmedium

medium

very highvery high

Olsenhigh

high

very high

very highhigh

high

very strong acid

very strong acid—--

--

--

—

--

--

3.314.7

0

Associated 2

0.00.00

19. ALTITUDE:

20. FLAB/PROFILE:

2 1 . L.O. B8AIHÄGE:

22 . SLOPE:

2 3 . SLOPE DISTS. :

2 4 . RELIEF AMPLI.:25. irragnATiB-26 . CKEST/RUDGES:

27. VALLET FLOGB:28. LAKD FACETS:

29. FRACMEBTAnOB:

250 m Miniman: 230 mDominant: No pronounced highs/lowsIncluded:

a. Pattern: centripetalc. Variability: lowa. Steepness:flatc. Length: moderatee. Curvature: concaveValleybottcms: 100 %Imterflmves : O-8Z:0 %,a. Amplitude: very lowFlat, slope <2%, 0-50 ma. Shape: no crests

d. Width:

a. Width: wide

-1- Lacustrine plains

-2- Lacustrine plains

-3--4-

Valleys: Large blocks InterOjnves:

240 m


b. Variability: Lowd. Variability: Low

9-251: 0 %, 25-551: 0 X

b. Variability: Low

b. Length:e. Variability:b. Variability: Medium

tropaquepts, 90%tropofluvents, 10%

c. Variability:

30. REt.TABTlf.Tinr:lO.b : 1 12.a: 218.d-q: 1. 19: 1

1» reliable, 2 - probable, 3= tenable,14.a: 1 14.b: 2 17: 1 18.a: 1

22: 1 23: 2 24: 1 28: 2

4= plausible18.b: 1 18.c:

29: 2

31. AODITIOHAL HOTES:

1010 - 35

f-All u m IfHHIIT LREP-SDBM, CSR-BOGOR

MAP IMAGE: GBOSS SECTIOH:

*

rol

v\v\> A

canic r

2

*j

3d

^

.z.iA.J

IJn l

(ï«n

.4

S4VUS

- l ic iutriM

Vlllaqe

3*

A

F?

.3

™*M

S

savais

—

*- 'Kid

H.l .J .J

A * *r • *

tuff$

1. LAND OBIT: Au.3.5

4. iiiiinMJi by

5 . STATOS IDEHTIFXEBS :

6 . LAND MSIT DESCHIPTIOS

8 . ABBTAT- PBOTOGBAPBS • :

9 . RADAR :

1 0 . PARER MATERIAL

a. Weathering :

b. Litbology :

c. Formation :

12. MATES a. Quality :

b. Source :

13. FISHERIES :

14. RIVERS a. Floodrisk :

b. Inondation:

15. VBGEXATZCH/LAHD OSE :

Area used :


Lampung: 99%

Updated by: AH edit, date: 29/04/89 Status: Final.

Ancient lake bottom,mixed sediments, slopes 0-3%

124/64/30/05/85

1:100.000 52 /8296-81 , 53 /8316-147, 54 /8296-61

star 1/250/88/1010 4-5

11. ROCS OUTCROP: '0 %

Slight

clay, sand

Qal

Fresh

Perennial River, Shallow wells.

Sungai (river)

Low

Seasonal

, bush, alang-alang, upland crops, rainfed wetland rice, coffee

(kopi), lakes (danau), towns, villages

70 %

a. Occoxence :

b. Evidence :

17. SOIL GSEAI GROUP :

DoBinant >50X

Associated 1

Associated 2

None

Classification

tropaquepts

tropofluvents

eutropepts

X of area60 %

30 %

10 %

L a b . checked

y e s

y e s

no

iqt/ /87/hj/1010/52/ /23 evt/ /87/af/10ip/52/ /4 /

1010 - 36

1B STUT f*Hftïlflf™THfiTSTTf"SPxupaarU.esa. Texture: topsoil


Bin*r*Ti «nf 1

c. Drainage:d. Ezch. K: topsoil

subsoil

e. Total D O : topsoilsubsoil

f. Avail. P: aetbodtopsoil

subsoil


h. CBC pH 7 topsoil

subsoili. Soil Reaction:topsoil

subsoilj. Al Sat. topsoil

subsoil

k. Al toxicity :1. Acid smlph. pot.:

a. Salinity :

n. Other Toxicity:

o. Boot obstx. layer*:

p. Organic Hatter :q. TED :


Doainant > 501

moderately fine

fine

--

very deep

Poorly drained

very high

medium

high

low

Bray I

very low

very low

medium

very low

high

lowstrong acid

strong acid

very low

very low

--

—

----

• —

4.65.3

1

Associated 1

coarse

moderately coarse

--

very deep

Moderately well

low

medium

very high

very high

Olsen

very high

high

medium

medium

low

low

strong acid

strong acid

—--

--

—--

--

0.84.21

Associated 2

0.00.00

19. ALTXÏOBE:

2 0 . PLAH/XBOFI1E:

2 1 . l . O . BBAJBAGE:

2 2 . SUSS:

23 . SLOPE DISTR. :

24 . wil.TW AMPLI-:25. VfnaAjm-

2 6 . CHEST/HEDGES:

2 7 . VALLES FLOER:2 8 . LAND FACETS:

29 .

m

9-251: 0 X,

400 m Minima: 240Dominant: No pronounced highs/lowsIncluded:

a. Pattern: centripetalc. Variability: lowa. Steepness:flatc. Length: moderate

e. Curvature: straightValleybottOBs: 100 XInterfloves : O-8Z:0 X.a. Aaplitode: very lowFlat, slope <2%, 0-50 ma. Shape: no crests

d. Width:a. Width:

-1- Lake bottom, tropaquepts, 60%-2- lake bottom, tropofluvents, 30Ï

-3- Transitions, eutropepts, 10%-*-

Valleys: Large blocks Interflmves;

Bange: 260 m


b. Variability: Low

d. Variability: Low

25-551: 0 X

b. Variability: Low

b. Length:

e. Variability:

b. Variability:

c. Variability:

30. HKI.1TAWirT.TTy:lO.b : 2 12.a: 118.d-q: 1 19: 1

= reliable, 2= probable, 3= tenable, 4= plausible

14.a: 2 l«.b: 3 17: 1 18.a: 1 18.b: 1 18.c: 1

22: 1 23: 2 24; 1 28: 2 29: 2

31. AIUU1T1CBAL BOTES: No analysed profile for eutropepts

1010 - 37

LUD nur

MAP IMAGE:

** * ' * ' ^ \

nlcuic roda

t 7

X.5

f CtUlUWl

A.4.3

'j^Äi.V^P' (oW)""Z'i «I IOTUI «dient«

.2

à

{

V ? 1 i

•A / * .*

nlcuic rocks

1 . LAHD OSUT: Au. 4 . 3 . 2

4 . 00CHiBB9CE by ÏBOTIBCE:

5 . STATUS IDBSXIFIIBS :

6 . IJUBID immuLï DE9CSXFTI0R:

7 . SATEUUtTE SCERES :

8 . AEBIAL fHOTOGBAFHS :

9 . BADAR :1 0 . EftHESnr MATFHTA1.

a . Heattaering :b . LitJsology :

c . Founation :


b. Source :

13. FISHERIES :

14. BIVE9S a. Floodrisk :

15.


Lampung: 99%

Updated by: AH edit date: 20/06/89 Statos: Final .

Moderately dissected rolling river terraces, mixed sediments,

slopes 8-15%

124/64/30/05/85

1:100.000 4 /8282-115, 4 /8282-113

Star 1/250/88/1010-5

11. BOCK COTCaOP: 20 X

OSE

Area u s e d1 6 . ACCEUEHATED ESDSICH

a. Occnrence

b . Evidence

Partial

clay, andesitic lavas, sand

Tnp , Qhv

Fresh

Perennial River

None

None

None

moist primary lowland forest, bush

0 X

Localised

Various

17.

32 .

ity/

SOXL fimy^T GR0DP :Classif ication

Dominant >SOZ dystropepts

Associated 1

Associated 2

UIMJWÜIHJUMgyAT • w». PROFILES:

/ /87/HJ/1010/24/ / /46

X of

99

area

X

X

X

Lab.. checked

yes

1010 - 38

18. SOIL CBABACTEBISnCS

a. Texture: topsoilsubsoil

b. Depth: peatsoil•ineralsoil

c. Drainage:d. Euch. K: topsoil

subsoil


£. Avail. F: aetbodtopsoil

subsoil8- Total P: topsoil

sobsoilh. CEC pH 7 topsoil

sobsoil

i. Soil Beaction:topsoilsubsoil

j. &1 Sat. topsoil

subsoil

k. Al toxicity :1. Acid smlpfa. pot.:•. Salinity :n. OUter TeariLcity:o. Boot obstx. layer :p. Organic Matter :q. TE8 :r. Total observations:

Dosdnant > 501

moderately fine

fine

very deep

Moderately well

highlow

high

medium

Bray Ilowvery low

high

mediumhigh

high

strong acid

moderately acidvery lowvery low

Associated 1 Associated 2

2.011.70

0.00.00

0.0 '0.00

19. AIXIOTDE:20- HLAH/HBOBHLE:

2 1 . L.O. QBATJU6E:

22 . SLOPE:

2 3 . SU0SE DISTE.:

2 4 . BELIEF «MFLI.:25. TraPATTIB-26 . CHEST/HIDGES:

27. VAULET FUXS:2 8 . LAKB FACETS:

29 .

300 m MiniaDB: 200 m Bange: 250 mDominant: non-linear and random 40-60% of area crested/peakedIncluded:

b. density: Moderatea. Pattern: dendriticc. Variability: lowa. Steepness:slopingc. Length: short

e. Curvature: convexValleybottoBs: X

Interfluves : 0-81:20 X, 9-251: 80 X,

a. Avplitode: mediumRolling 9-15Ï, 0-50 m

a. Shape: Irregulard. Width: moderatea. Width: very narrow

b. Variability: Medium


25-55X: 0 X


b. Lengtib:Moderately long

e. Variability: Mediumb. Variability: Low

c. Variability: Medium

-1- interfluves,-2--3--4-

Valleys:

dystropepts, 99Z

Interfluves: Small blocks

30. mg.TABTT.1TTy:

lO.b : 3 12.a: 1

18.d-q: 3 19: 2

» reliable, 2- probable, 3- temable, *= plausible

14.a: 1 14.b: 1 17: 3 18.a: 3 18.b: 3 18.c:

22: 2 23: 3 24: 3 28: 3 29: 3

31. ADDITIOBAL KTTES: Representative profile transfered from Aq.5.

1010 - 39

UUT

MAP CBOSS SECTIOH:

X.2.2.3

X -

A.5 f/£J9.1.3.3

ff

f-X'

X.2.2.4

»olaiic roda

A "jï «liariil sediient* -.<f<*

1.4.5.

6.

7.

8.

9.

10.

12.

13.

14.

15.

16.

17.

LAID om

SIATOS ID!

LAB) OBIT

SATELLITE

ATOTAT- FB

RADAR

FAREIT Ml

a.

b.

c.

MATES

FISDERIEj

RIVERS a

bVBGEtATIC

Aq.5hw l mUfTHTT'

BBTIFIERS

DESCHrPTIOH

SCEHES

7IDG8AFBS

tTPRTAT.

Heatfaering

Litbslogy

Foxnatiom

a. Quality

b. Source

S

Floodrisk

Immdation

J8/LAKD DSE

Area osed

ATTTfJlf TBDATTOTI WBTRTftttt

a.

b.

SOIL Qgm

Oc carence

Evidence

LI GBOOP


: Lampung: 99Z

: Updated by: AH edit date: 20/06/89 Status: Final

: Floodplain of braided river , coarse sediments, slopes 0-3X

: 124/64/30/05/85

• 1:100.000 4 /8282-115, 3A /8285-05 , 56 /8292-123

: Star 1/250/88/1010 2-4

11. ROCK CÜTCBOP: 20 X

• Slight

sand, gravel

Qal

Fresh

: Perennial River

Sungai (river)

Medium

None

bush, upland crops, coffee (kopi), towns, villages

30 %

None

Bot relevant

Dominant >SOZ

Associated 1

Associated 2

Classificationtropaquepts

tropofluvents

dystropepts

Z of area

60 X

30 X

io x

Lab. checked .

yes

noyes

/44 / ity/ /87/HJ/1010/24/ < /46

1010 - 40

18. SOIL CHARACTERISTICS

Properties

a. Testbare: topsoilsabsoil

b. Depth: peatsoilnnineralsoil

c. Drainage:d. Utah. K: topsoil

subsoil


f. Avail. F: methodtopsoilsubsoil

g. Total F: topsoilsubsoil

h. CEE pB 7 topsoil

subsoil

i. Soil Beactiom: topsoilsubsoil


k. Al tozicity :1. Acid sulph. pot. :m. Salinity :n. Other Toxicity:o. Boot cfljstx. layer :p. Organic Hatter :q. TEB :r. Total observations:

Dominant > 50Zfinefine

very deep

Poorly drained

low

very low

low

low

Bray Ivery lowlowvery low

high

high

very high

moderately acid



moderately fine

fine

very deep

Imperfectly drained

highlow

high

medium

Bray Ilowvery lowhigh

medium

highhigh

strong acid


3.325.21

0.00.00

2.011.74

19. AOTTOPE:

20.Range: 150 m

2 1 . L .B. DRAINAGE:

2 2 . SLUFü):

2 3 . SLOPE DISTK. :

24 . BELIEF AMPLI.:25 . T£KBATJS:26 . CREST/BXD5ES:

27 . VALLET FLOCK:28 . LfUKD FACETS:

2 9 . fBAGMESITATIQH:


b. Variability: Lowd. Variability:

Maximum: 400 m mnimmn: 0 mDominant: Ko pronounced highs/lowsIncluded:a. Pattern: braidedc. Variability: lowa. Steepness:flatc. Length:e. Garvature:Valleybottams: 60 %

Interfluves : O-8Z:40 %, 9-25Z: 0 %, 25-55X: 0 Xa. amplitude: very low b. Variability: Low


a. Shape: b. Length:


a. Width: moderate . b. Variability: Medium

-1- Valleys/Low araes, tropaquepts, 30%

-2- Levees or bars, tropofluvents, 40%

—3- Levees or bars, dystropepts, 30%

-4-

Valleys: Small blocks Xnterdaves: Small blocks

c. Variability:

30. BElT.TABin.irTr: 1= reliable, 2= probable, 3= tenable, 4= plausiblelo.b : 2 12.a: 1 14.a: 2 14.b: 2 17: 1 18.a: 2 18.b: 2 18.c: 218.d-q[: 1 19: 2 22: 2 23: 2 24: 2 28: 2 29: 2

31. AiaJITIDHAL BOTES: No ana lysed p r o f i l for Tropof luvents

1010 - 41

LAfiD UHJLIT LHEP-SDBM, CSR-BOGOR

HftF DMGE: CHOSS SECTIGH:

8.1.2

urine s«liicntffinekoarM

1.2.1T.J.2

icid tuffsifine felsic sediKntiry rodcs

illurill

A.5

—XJ-S'"--.;

sediMiits

1 . LAMB nSlIT: B f q . 1 . 2

4 . mrniiniuMyrin1 b y

s. STAXDS6. U B mir

7 . SATELLITE

9 . HAUSE

1 0 . PAHEBHT ÜSUTEKIAL

a . Weathering

b. Litinology

c. Formation

12. HÉIER a. Quality

b. Source

13. flSHBSIES

14. KITOHS a. Floodrisk

15. VBSSSàJICS/lêMD USE

16.Area used

iSSATHD SS0GIŒ9

a. Occorence

b . Evidence

2. MSP SHEET: 1010 3. AREA: 88 km2

Lampung: 99%

Updated by: AH edit date: 20/06/89 Statins: Final

Complex of eroded beach ridges and filled in swales, fine and

coarse sediments (partly ripened).

124/64/30/05/85

1:100.000 23 /8282-141, 23 /8282-139, 3A /8285-05

Star-1/250/88/1010 3-4

11. BOCK OTTCHOP: 0 %

Slight

sand, clay

Qal , Qg

Brackish . ,

Rain, Perennial River

Laut (sea)

None

None

tidal forest, bush, alang-alang, mixed gardens of fruit trees,

rainfed wetland rice, coconut (kelapa), reafforestation, beaches,

towns, villages

90 %

Localised

Various

17. Sim. GBE&T GH0DP

Donämant >S0Z

Associated 1

Associated 2

Classification

tropopsamments

tropaquepts

X of area

70 X

30 X

X

Lab. checked

yes

yes

3 2 . BEH8ESHBTATXVE BBO8F1LES:

est/ / /87/SR/1010/44/ /36 / iqt/ /87/SR/1010/44/ /37

1010 - 42

i s . son. CHARACTERISTICSProperties

a. Textbnure: t o p s o i lsubsoil

b. Depth: peatsoil

mineral soil

c. Drainage:

d. Exch. K: topsoil

subsoil


subsoil

f. Avail. P: method

topsoil

subsoil

g. Total P: topsoil

subsoil

h. CEC pH 7 topsoil

subsoil

i. Soil Beactiom:topsoil

subsoil

j. Al Sat. topsoil

subsoil

k_ Al toxicity :

1. Acid solph. pot. :

m. Salinity :

m. Otter Tozicity:


p. Organic Hatter :

q. HEB :


Dominant > 50X

coarse

coarse

very deep

Somewhat excessively

very low

very low

very low

very low

Olsen

very low

very low

medium

medium

low

very low

moderately acid

moderately acid

very slightly

2.12.11

Associated 1

fine

moderately fine

very deep

Poorly drained

low

low

low

low

Bray I

very low

very low

very low

very low

high

low

strong acid

moderately acid

very low

very low

very slightly

3.112.71

Associated 2

0.0

0.0

0

19. ALTITUDE:

20.

21. L.D. BKAŒ&SE:

22. SLOPE:

23 _ SLOPE DXSTfi.:

24 . BELIEF «MPLI.:25 . TEBBAID:2 6 . CHEST/HEDGES:

27. VALLET F1O0E:2 8 . LABD FACETS:

29 . FBAfiMMTAPOH:

20 m Minimum


Included:

a. Pattern: parallel

c. Variability: low

a. Steepness:flat

c. Length:

e. Curvature:

Valleybottons: 30 %

Imterflraves : 0-81:70 %

a. Amplitude: very low


a. Shape: Level

d. Width: narrow

a. Width: narrow

0 m Bange: 10 m

9-25X: 0 %,

b. density: Low

b. Variability: Low

d. Variability:

25-551: 0 %

b. Variability: Low

b. Length:Short

e. Variability: Medium



-1- Ridges,

-2- Swales,

-3-

-*-

Valleys: Small blocks

tropopsamments, 70%

tropaquepts, 30%

Interdaves: Medium blocks

30. BE3LIABIUTT: 1= rel iable, 2= probable, 3= tenable,lO.b : 1 12.a: 1 14.a: 1 l* .b: 1 17: 1 18.a: 118.d-q: 1 19: 2 22: 1 23: 2 24: 1 28: 2

*= plausible18.b: 1 18.c: 1

29: 2

31. ABDITXO&IAL SÛTES:

1010 -

UÜHJLT R E f ö K T , CSR-BOKH

HAP SECnOBT:

I X.2.2.1 H.2.3.4 | 1 F I

A.2.2.1B.4.1

colliniil sedixnts

1 . 1AEHJ tJBdT: Bf

by

2. MAP SHEET: 1010

: Lampung: 99%

3 . ABE&: 28 km2

5. SIATOS HJEEITITXEHS : Updated by: AH edit date: 20/06/89 Status: Final

6. LAB© DUIT mSUUPIlOB: Tidal mud flats, fine sediments (unripe)

7. SATELLITE SCEBES : 124/64/30/05/85

8. AERIAL fmaUGBABBS : 1:100.000 3A /8285-09 , 4 /8282-99 , 54 /8296-75

9. BAD&B : Star-1/250/88/1010 3-1

10. PAHEST M&TEBIAL 11. ROCK COTCSOP: 0 %

a. Weathering : Slight

b. Litibology : sand, clay

c. Formation : Qal

12. HATER a. Quality : Brackish

b. Source : Rain

13. FISHERIES : Tambak (estuary)

14. HI WHS a. Flocdrisk : None

b . TmniiiBnii3»fr.fiinmn• Permanent

15. WjEKEiai'llWILA» OSE : tidal forest, bush, rainfed wetland rice, fishponds (tambak),

beaches, towns, villages

Area used : 20 X

1 6 . M "n "in ii TtngAinPTni iPPinRTfBCT

a. Occurence : None

b. Evidence : Not relevant

17 . SOJX OTE&T OTOTP

Damimamt >SOZ

Associated 1

Associated 2

Classification

hydraquents

sulfaquents

X of area

65 X

35 X

X

lab. checked

yes

no

3 2 . 8ESHESEWTE&TIWE FKQFILES:

eqw/ / / 8 7 / T B / 1 0 1 0 / 3 3 / / 0 1 /

1010 - 44

18. SOIL CHARACTERISTICS

Propertiesa. Texture: topsoil


mimeralsoil


subsoil


f. Avail. P: methodtopsoilsubsoil


h. CEE pH 7 topsoil

subsoil


j. Ai Sat. topsoilsubsoil

k. Al tenacity :1. Acid smlph. pot.:

n. Other Toxicity:o. Boot obstx. layer :p. Organic Matter :q. TEB :


Dominant > SOXmoderately finemoderately fine

very deepPoorly drainedvery highvery highvery highvery highOlsenvery highvery highvery highvery highhighhigh

slightly acidslightly acid

deepmoderately

4.224.01


0.00.00

0.00.00

19 .2 0 . PLAH/HSQIFTLE:

2 1 . L.BL

0 m

22. SUBS:

2 3 . SLOPE DISHS. :

2*.

25.

26. CKEST/REDEES:

27. VALLEY FLOOR:

2 8 . IAS© FACETS:

29. FBAQHEBTATiaS:

Bange: 5 m

b. density:

b. Variability: Low

d. Variability:

5 m Müaimm:Bouillant: No pronounced highs/lowsIncluded:a. Pattern:c. Variability:a. Steepness:flat

c. Length:

e. Corvatore:Valleybottons: 100 %InterQaves : 0-8Z:0 %. 9-25Z: 0 X, 25-55X: 0 %

a. Amplitude: very low b. Variability: Low


a. Shape: b. Length:d. Width: e. Variability:a. Width: b. Variability:-1- Tidal flat, hydraquents, 65%

-2- Tidal flat, sulfaquents, 35%

-3--•-

Valleys: Large blocks Interflnves:

c. Variability:

30. BELIABILITY: 1= reliable, 2= probable, 3= tenable, 4= plausible

lO.b : 2 12.a: 2 14.a: 2 14.b: 2 17: 3 18.a: 3 18.b: 3 18.c: 3

18-d-q: 3 19: 1 22: 1 23: 2 24: 2 28: 2 29: 2

31. ABOITiaBAl BOTES: No analysed profil for Sulfaquents

1010 - 45

LAB UUT LBEP-SDBI, CS8-)

CSOSS SECTIOB:

,„ »laaie rodoftljic .'••

"iirï* • « d T S i i ü ; « ' " • s«Ji«iUiY rods iSSfiTu!«'"*" *"U

1 . LAND MUIT: Bcq.7

4. Kinimii'. by FSO7ESCE:

. SI&TOS IDESrnFIEaS :

. IXHD DIHI1T DESCHIPTICB:

7 . S0JTELJLJLTE

8 . ATPWTAff. iwwimmWJPAHI*K

9 . HABAB

tO. HUBERT MÄTEHIAL

a. Weatterins

b . Litfaology

c . Fonœatiom

12. MUTER a. Quality

b. Source

13. FISHERIES

14. RIVERS a. Floodrisk

1 5 . VBSETATIOB/IJUH) MSE

area used

16. ACCELERATED ERQSIGB

a. Qccoience

b . Evidence

2 . MAP SHEET: 1010 3 . AREA: 19 km2

Lampung: 99Ï


Undifferentiated marine deposits, calcareous and coarse sediments

(unripe), slopes 0-3X.

124/64/30/05/85

1:100.000 23 /8282-143, 3A /8285-05 , 3A /8285-11

Star-1/250/88/1010 4-5

11. BOCK OOICmP: 10 X

Partial

limestone/marble, sand

Qs

Brackish

Rain

Laut (sea)

None

None

bush, upland crops, coconut (kelapa), beaches, towns, villages

60 I

None

17. SOU. GREAI GBDDP

ÏÏUrmpfl imarwtL > 5 0 ï

Associated 1

Associated 2

Classificationtroporthentstropopsamments

Z of area85 X

15 X

Lab. checkedyes

yes

32. REEBESEBTATIVE PROFILES:

eot/ / /87/SR/1010/44/ /48 / est/ /87/SR/1010/44/ /36

1010 - 46

18. SOn. CBABi

a. Tndtnxo:

b. Depth: ]

c. Drainage:d. Exch. K:

e. Total K2O:

£. Avail. P:

g. Total P:

h. CEC pH 7

B.1E1LUSIXU»

topsoil

sobsoilpeatsoilRralsoil

topsoil

sobsoil

topsoil

subsoil•ethodtopsoil

sobsoiltopsoil

subsoil

topsoil


j. Al Sat.subsoil

topsoil

subsoil

k. Al toxlcity :

1. Acid snlph.m. Salinity :

pot.:

n. Other Tenacity:

o. Boot obstr.. layer :p. Organic Matter :q. TEB :


Dominant > 50Z

coarsecoarse

—

very shallow

Somewhat excessivelylow

very low

low

low

Olsenvery low

very low

high

high

very lowvery low

strongly alkaline

strongly alkaline--

—

--

--

—

--

20 cm

3.322.51

Associated 1coarse

coarse—

very deep

Somewhat excessivelyvery low

very low

very low

very low

Olsenvery low

very low

medium

mediumlow

very low

moderately acid

moderately acid--

—

----

very slightly--

—

2.12.10

Associated 2

0.00.00

19. ALTITUDE:

20 . PLAH/ÏBOFXLE:

2 1 . L.DL B8AIBMISE:

22 . SLOPE:

23 . SLOPE DISTE.:

24. BELIEF AMPUL:25 . TEKBAEB:26J QKEST/BXDGES:

27. VALLEY FLOGS:

28. LAMB FACETS:

2 9 . IBACME8TATIOB:

20 m Minimun: 0 mDrainant: No pronounced highs/lowsIncluded:a. Pattern:c. Variability:a. Steepness:flat

c. Length:

e. Curvature: not recorded

Valleybottons: 0 Z

Interduves : 0-81:100 Z, 9-25X: 0 Ïa. Amplitude: very low

Flat, slope <ZX, 0-50 m

a. Shape: no crestsd. Width:a. Width:

-1- Marine deposits

-2- Marine deposits-3-

-4-

Valleys:

10 m

b. density:

b. Variability: Low

d. Variability:

25-551: 0 %b. Variability:

b. Length:e. Variability:b. Variability:

troporthents, 85%tropopsanments, 15Z

Interduves: Small blocks.

c. Variability:

30. RELIABILITY:

lO.b : 1 12.a: 2

18.d-q: 2 19: 1

"= reliable, 2» probable, 3= tenable, 4= plausible

14.a: 1 14.b: 1 17: 2 18.a: 2 18.b: 2 18.c:

22: 1 23: 2 24: 2 28: 2 29: 2

31. ADDITIOaaL ROTES: Representative profile for tropopsanments is extrapolated from

Bfq.1.2. Subsoil contain coral reef remnants.

1010 - 47

TOIT SEFOBT UŒP-SDON, GSK~BOGCB.

BLOCK DIAGRAM: GRÇBSS SBCTICffl:

M*

fr1.2.1

T.3.

A.5-J

2

/

i

a.i.

y

2.2

T.1.2" ïï üi

•aril» »diwitsfinclcune

icid tuffstfine felsic setfientiry ndts ' * /

sediMflts

1 . LAHD DHIT: T d f . 2 . 1

4 . nmmnywin' by SBOTHCE:

5 . STATUS HJE8TIFEEBS :

6 . LAÉD KHIT DESCSIFnOH:

7 . SATELLITE SCBBES :

S. AEBIAL raniDGSAFBS :

9 . SABAB :

1 0 . BABB9T IW*TB»TAT-

2. MAP SHEET: 1010 3. A8EA: 156 km2

Lampung: 991


Slightly dissected undulating marine terraces, acid tuffs and

fine felsic sedimentary rocks, slopes 3-8X .

12V64/30/05/85

1:100.000 23 /8282-137, 3A /8285-5 , 3A /8285-13

Star-1/250/88/1010 2-3

11. BOCK UUI U K Q P : 0 X

12.

13.

14.

15.

16.

17.

32.

ity/

ité/

a. Weathering

b. Littuology

c. Fomnatian

MATER a. Quality

b. Source

FISHERIES

BIVERS a. Floodrisk

b. Xnanndatiox

vBraPTATirraa/TJiiMïïi ÜTSE

Area used

a. Occnrence

b. Evidence

SOIL QttFAT GSOOP

Dooinamt >50I

Associated 1

Associated 2

: High

: dacite, claystone

: Tnp

: Fresh

, sandstone

: Perennial River, Medium wells

: Laut (sea)

: None

i: None

: secondary forest, bush, shifting cultivation, upland crops, rainfed

wetland rice, coffee (kopi), towns,

: 70 X

: Common

: Various

Classification

dystropepts

eutropepts

tropaquepts

UÜMUMKÜBlnrA-rIMK SBDFILES:

/ /87/ER/1010/43/' /39 /

/ /87/ER/1010/24/ /45 /

Z of area

80 X

10 X

10 X

iqt/

villages

Lab. checked

yes

yes

yes

/ /87/HJ/1010/24/ /43

1010 - 48

18 . SOIL CHPropertiesa. Texture: topsoil

sabsoilb. Depth: peatsoil

•ineralsoil

c. Drainage:d. Each. K: tapsoil

subsoil

e. Total K2O: topsoilsobsoil

f. Avail. P: aetfaodtopsoilsabsoil

g. Total P: topsoilsabsoil

h. CEE pH 7 topsoil

subsoil

i. Soil »eaction:topsoilsubsoil

j. Al Sat. topsoil

subsoilk. Al toxicity :1. Acid snlph. pot.:m. Salinity :n. Other Toxicity:o. Boot obstx. layer :p. Organic Matter :q. ZEB :r. Total observations:

n—<»—y* > SOZ

medium

fine


high -

medium

high

medium

Bray Ivery lowvery low

very lowvery low

medium

medium

moderately acid

strong acidvery lowlow

Associated 1

moderately fine

fine

very deepModerately well

highvery low

high

low


low

low

medium

medium

slightly acidmoderately acidvery lowvery low

Associated 2finefine

very deep

Poorly drainedmedium

low

medium

mediumBray Ivery low

very low

mediumlow

medium

medium

strong acid

strong acidvery lowvery low

2.26.04

1.213.40

3.910.2

1

19. ALTITUDE:

2 0 . PIAH/rBOmE:

2 1 . L.U. DBADUGE:

2 2 . SLOPE:

2 3 . SLOPE DISTE.:

2 4 . BEUEF AMFLI.:2 5 . TBUBATP-

26.

2 7 . VALLES FLOOR:2 8 . LAID FACETS:

29. FBAQMERTATIOB:

50 m Minim)- o ni Bange: 10 mDcariLnant: non-linear and random > 60% of area flat-toppedIncluded:a. Pattern: dendritic b. density: Low

c. Variability: mediuma. Steepness:gently sloping b. Variability:c. Length: moderate d.e. Curvature: convex

ValleybottoBs: 10 XInterfloves : 0-8Z:80 %, 9-2SZ: 10 X, 25-551:a. Amplitude: low

Undulating 2- 8%, 0-50 m

a. Shape: no crests b. Length:d. Width: e. Variability:a. Width: narrow b. Variability: Low

-1- Interfluves, dystropepts, 80%

-2- Interfluves, eutropepts, 10%-3- Valleys, tropaquepts, 10%

-4-

Valleys: Small blocks Interdoves: Large blocks

density:

Low

Variability: Medium


c. Variability:

30. RKI.TABn.TTy: 1= reliable, 2» probable, 3= tenable, 4- plausible

lO.b : 2 12.a: 1 14.a: 1 14.b: 1 17: 2 18.a: 2 18.b: 2 18.c: 2

18.d-q: 2 19: 1 22: 1 23: 2 24: 2 28: 2 29: 2

31. ADOrrtOBAL BOIES: Representative profile for Eutropepts is extrapolated from Tdf.3.2

1010 - 49

LAID U U T REBQBT LBEP-SDBM, CSB-BOSOR

BLOCS DltESUtf: CSOSS SECTIOS:

T.3.2

«a

8.1.2

tait» sHiwiufinetcoirse

1.2.11.3.2

A.5

acid tuftsifi« feliie «dintuy rods £

lilimil saliwits

I -

1 . LftHD UUT: Tdf .3 .24 . I»'«'!«!»«»-» by PBEWISCE:

5 . STATUS HJEHTIFIESS :

6. um msnr

7 . SATELLITE SCEHES :

8 . AffiBTAT- PHOTOGRAPHS :

9 . BADAB :

1 0 . PABE8T M&TESIAL

a . Heatbering :

b. Littoology :

c. Formation :

12. KATES a. Quality :

b. Source :

13. FISHERIES :

14. HIVEBS a. Floodrisk :

b. Inondation:

1 5 . VBGETATHWLAKD OSE :

Area used :

16. ACCELE8ATED EBOSIGH

a. Occmrence :

b. Evidence :


Lampung: 99%


Moderately dissected rolling marine terraces, acid tuffs and

fine felsic sedimentary rocks, slopes 8-15Ï..

124/64/30/05/85

1:100.000 3A /8285-15 , 3A /8285-09 , 23 /8282-137

Star-1/250/88/1010 1-5

11. BOCK OtnrtStXP: 0 Ï

High

dacite, claystone, sandstone

Tnp

Fresh

Perennial River

None

None

None

, bush, alang-alang, shifting cultivation, upland crops, coffee

(kopi), towns, villages

30 X

Common

Various

17. SOU. GBEÄT GSCÖP

Damnant >SOZ

Associated 1

Associated 2

Classification

dystropepts

eutropepts

tropaquepts

Z of area

80 I

10 %

10 X

Lab. checked

yes

yes

yes

32.

ity/

ite/

TATIVE IK3FTLES:

/ /87/ER/1010/44/ /34 /

/ /87/HJ/1010/24/ /45 /

1010 - 50

iqt/

ite//

/

/87/HJ/1010/24//87/ER/1010/24/

/ 4 3

/ 4 5

/

/

Pi upei 11 <i Ha. Texture: topsoil


muerai soil

c. Drainage:

d. Erch. K: topsoil

subsoil


t. Avail. F: aotbodtopsoil

subsoil


h. CTC pffl 7 topsoil

siob soil

i. Soil Beactiam:topsoilsubsoil


k. Al tozicity :

1. Acid sulph. pot.:•. Salinity :n. Other Toxicity:


p. Organic Hatter :q. TJEB :z. Total observations:

Donnant > SOX

moderately fine

fine—

deep

Moderately well

very low

very lowvery low

low


very lowvery low

lowlow

strong acid

very strong acidvery lowhigh

yes—

--

--

100 cm

1.84.85

Associated 1

moderately finefine

—

very deep

Moderately wellhigh

very lowhigh

low

Bray Ivery low

very low

low

low

medium

mediumslightly acid

moderately acidvery low

very low

no--

—

----

1.213.4

1

Associated 2fine

fine--

very deep

Poorly drainedmedium

lowmedium


very low

mediumlow

mediummedium

strong acid

strong acidvery low

very lowno

--

--

--

--

3.910.20

19. ALTITUDE:

20 . PLAS/PBQFILE:

2 1 . L.0- D8AW0E:

2 2 . SLOPE:

2 3 . SLOPE DISTR.:

24 . BELIEF AMPLI.:25 . TEBBAIH:26 . CREST/BUDGES:

27. VALLET FLOCK:28. LAID FACETS:

29. FBAGMEBTATIGH:

U n i — : 200 m Minimal: 5 m Bange: SO mDominant: non-linear and random > 60% of area flat-toppedIncluded: linear and random 40-60% of area crested/peakeda. Pattern: dendritic b. density: Moderatec. Variability: mediuma. Steepness:slopingc. Length: moderatee. Curvature: convexValleybottons: 10 2Interflaves : 0-8Z:25 X, 9-251: 45a. A^litode: low

Rolling 9-15*, 0-50 m

a. Shape: no crests b. Length:d. Width: e. Variability:a. Width: narrow b. Variability: Low-1- Upper & middle slopes, dystropepts, 80Ï-2- Foot slopes, eutrbpepts, 10X-3- Valley bottoms, tropaquepts, 10X

Valleys: Small blocks Interfluves: Medium blocks



X, 25-551: 20 Xb. Variability: High

c. Variability:

30. RELIABILITY:lO.b : 2 12.a: 118.d-q: 1 19: l

1= reliable, 2« probable, 3= tenable,

14.a: 1 14.b: 1 17: 1 18.a: 1

22: 2 23: 2 24: 2 28: 2

4= plausible

18.b: 2 18.c:

29: 2

31. ADDITIQML BOTES: Representative profile for Dystropepts is extrapolated from Tdf.2.i

1010 - 51

U B U U T REPORT IBEP-SDBN, CSR-BCSOR

BUCK BIAGSAM: CSOSS SECTICB:

V.2.J.2V.2.2.Z

[.1.2.2

inttnediitetiaflc tufts'ufic Uns

1.3.1

»UiotpUe rod» - ^ ^ " ^ • • •• •'• • • 7"^ V 1 " ' tulislcojrs« felsi<

1 . LAHD OOIT: I d q . 3 . 1

4 . UaJIHUKUE b y PHCWIHCE:

5 . STATUS IDEHTIFIERS :

6 . IABDD DHTT DESCRXPTiaS:

7 . g*inTJ„|Tlf Mf-MHHX :

8 . ÄBBT«T,. IBOTOGSACBS :

9 . BADAR :

1 0 . FftKHBTI MATERIAL

a. Weathering :

b . Lit faology :

c . Formation :

12. WIER a. Quality :

b. Source :

13. FISHERIES :

14. BIVERS a. Floodriak :

I S . VEGETAXKWLâHD USE

Area used

16.

a. Occorence

b. Evidence

2. MftP SHEET: 1010 3. AREA: 29 kro2

Lampung: 99%


Slightly dissected undulating acid tuff plain, acid tuffs and

coarse felsic sedimentary rocks, slopes 3-8%

123/64/30/05/85

1:100.000

Star-1/250/88/1010 - 3

11. ROCS OfltlCROP: 0 %

High

liparite, dacite, sandstone

Qlv

Fresh

Perennial River

Sungai (river)

None

None

, horticultural crops, upland crops, rainfed wetland rice, irrigated

wetland rice (irigasi), coffee (kopi), towns, villages

100 %

Localised

Various

17. SOIL G8EAT GSGOP

DoBinant >50I

Associated 1

Associated 2

Classification

kanhapludults

dystropepts

tropaquepts

X of axea

60 %

30 %

10 %

Lab. checked

yes

yes

yes

32. «enciLtfftTi

udh/ /84-13

iqt/ /84-16 /85/dn/llll/23/

PROFILES:

/85/AH/1111/13/ /03 /

/11 /

ity/ /3A0-13 /71/Dn/1010/62/ /26

1010 - 52

is. son. CHABACTESISTICSPropertiesa. Textbare: topsail


mineralsoil

c. Drainage:

d. Exch. S: topsoilsubsoil

e. Total K2Q: topsoil

subsoil

£. 'Avail. P: methodtopsoilsubsoil

g. Total P: topsoil

subsoil

h. CEC pH 7 topsoil

subsoil


subsoilJ. Al Sat. topsoil

subsoil

k. Ai tozicity :

1. Acid sulph. pot. :

m. Salinity :

n. OUbier TcariLcity:o. Boot obstr. layer :

p. Organic Matter :q. TIB :


Dominant > SOX

moderately fine

moderately fine--

very deep

Well drainedlow

very low

very lowvery low

Bray Ihigh

very lowlow

very lowlow

very low

excessive acid

very strong acidhighvery low

yes--

----

140 cm

1.61.0

0

Associated 1medium

fine--

deep

Well drained--

—low

very low

Bray I----

low

very low--

—

moderately acid

strong acid--

—

—--

----

—

1.60.0

1

Associated 2

moderately finemoderately fine

—very deep

Poorly drainedlow

very low

very lowvery low

Bray Ilowlow

very low

very lowlow

low

very strong acid

very strong acidmediumhigh

yes--

—--

125 cm

1.90.9

0

19. ALTITUDE:

zo. vim/mams-,

2 1 . L .0 . DBAHSAGE:

22. SWIPE:

2 3 . SLOPE DISTR. :

2 4 . BELIEF âMPLI.:2 5 . TEBKABH:26. CXEST/BIBGES:

27. VALLET FLOOR:28. LAID FACETS:

2 9 . FfiAQMEBTATIQBI:

Variability:

Variability:

0 X

170 m Kinimnm: SO m Bange: 70 m©traînant: non-linear and random > 60% of area flat-toppedIncluded:

a. .Pattern: dendritic b. density: Low

c. Variability: lowa. Steepness:gently sloping b.c. Length: long d.e. Curvature: convex

Valleybottoms: 10 %

Interfluves : 0-81:75 X. 9-251: 15 X, 25-55Z:

a. Amplitude: very lowUndulating 2- 8%, 0-50 ma. Shape: Level b. Length:Moderately longd. Width: moderate e. Variability: Lowa. Width: narrow b. Variability: Low-1- Flat top/upper slopes, kanhapludults, 60%-2- Middle & lower slopes, dystropepts, 30%-3- Valleys bottoms, tropaquepts, 10%

-*-

Valleys: Small blocks Imterflmves: Large blocks

MediumLow

Lowb. Variability:

c. Variability: Low

30. BELIABULITT: 1= reliable, 2= probable, 3= tenable, *= plausiblelO.b : 2 12.a: 1 14.a: 1 14.b: 1 17: 3 18.a: 3 18.b: 3 18.c: 318.d-q: 3 19: 2 22: 2 23: 2 2«: 2 28: 2 29: 2

31. AMJITIQSaUL BOTES: Representative profiles for Kanhapludults and Tropaquepts are

exrtrapolated from sheet 1111.

1010 - 53

HMD U U T LSEP-SDBM, CSR-BOSOR

BLOCK DIAGRAM:

1 . LAID OBIT: I d q . 3 . 2

4 . OGCnBETCE b y PBCWIBCE:

5 . STATUS IBESmTTERS :

6 . LABD MBIT DESCBTPTIOS:

7 . g*TPlT, iYV ^-^M|y ;

8 . ADUAL PHOTOGSAPHS :

9 . BADAK :

10. BASEST MATERIAL

a. Weathering :

b. Litbology :

c. Fomation :


b. Soorce :

13. FISHERIES :

1«. RIVERS a. Floodrisk :

b . IsBnudatxcoi:

15, VBGETATIGII/LAHD OSE :

Area used :

16. ACCELERATED EBQSIOB

a. Occorence

b. Evidence


Lampung: 99Ï

Updated by: AH edit dat«: 20/06/89 Status: Final

Moderately dissected undulating acid tuff plain, acid tuffs and

coarse felsic sedimentary rocks, slopes 3-8%.

124/64/30/05/85

1:100.000 56 /8294-35

Star-1/250/88/1010-5

11. ROCK cmCBOB: 0 %

High

dacite, sand, claystone

Qlv

Fresh

Perennial River, Medium wells

None

None

None

alang-alang, upland crops, rainfed wetland rice, coffee (kopi),

coconut (kelapa), towns, villages

80 X

Common

Gulleys

17. SOIL GREAT GROUP

32. RI

udh/

iqt/

Dcmijiant >SOX

Associated

Associated

UHESUW1ATIVI

/84-20

/14-1

1

2

Classification

kanhapludults

dystropepts

tropaquepts

r PROFILES:

/85/dr

/75/F

1/1111/12/ /17

/1111/13/ /12

Z of area

60 X

30 X

10 X

Lab. checked

yes

no

yes

ity/ /86/AH/1010/64/ /0.6 /

1010 - 54

18. SOIL CBABACTERISTICSPropertiesa. Tertore: topsoil

subsoilb. Depth: peafcsoil

•tueralsoil


subsoil

e. Total K20: topsoilsubsoil

£. Avail. F: methodtopsoilsubsoil


h. CXC pH 7 topsoilsubsoil

i.'Soil Heaction:topsoil

sobsoilj. Al Sat. topsoil

subsoil

k. Al toxicity :

1. Acid snlph. pot.:

m. Salinity :n. Other Toxicity:o. Boot obstx. layer :

p. Organic Matter :q. XEB :r. Total observations:

Dominant > 501moderately fine

fine--

very deep

Well drainedlow

low

low

very low

—--

very low

very lowlow

low

strong acid

strong acidvery low

very low

—--

--

----

1.42.5

0

Associated 1 Associated 2mediummoderately fine

very deep

Poorly drained

low

low

very low

very low

very low

very lowmedium

low

strong acid

very strong acidvery lowvery low

0.00.00

2.51.10

19. ALTITUDE:

20 . PLAB/BB0FILE:

2 1 . L .0 .

22 . SÜ0PE:

2 3 . SfcOTE DISTB.:

24 . BELIEF AMPLI.:25 . TESBAXH:26. CHEST/BUDGES:

27. VALUE! FLOCH:28. LAUD FACETS:

29 . FBAGMHBTATiaB:

""•••• 90 m Mi ni mm: 50 m Bange: 70 mDominant.: non-linear and random > 60% of area flat-topped

Included:a. Pattern: dendritic b. density: Moderate

c. Variability: lowa. Steepness:gently sloping b. Variability:c. Length: long d. Variability:e. Curvature: convexValleybottoms: 10 %

Interfluves : 0-81:80 %a. Amplitude: very low

Undulating 2- 8%, 0-50 ma. Shape: Level b. Lengtln:Moderately longd. Width: moderate e. Variability: Lowa. Width: very narrow b. Variability: Low-1- Flat top/upper slopes, kanhapludults, 60X-2- middle & lower slopes, dystropepts, 30Î-3- Valley bottoms, tropaquepts, 10X

-4-

Valleys: Small blocks ImterOjmres: Large blocks

9-25X: 10 X. 25-55X: 0 %b. Variability:

Low

Medium

Low

c. Variability: Low

30. RELIABILITY:

lO.b : 2 12.a: 1

18.d-q: 3 19: 2

1= reliable, 2= probable,

14.a: 1 14.b: 1 17: 2

22: 3 23: 3 24: 3

3= tenable, 4= plausible

18.a: 2 18.b: 2 18.c:

28: 2 29: 3

31. ADDTTIOHAL BOIES: Representative profiles for Kanhapudults and Tropaquepts are

extrapolated from sheet 1111.

1010 - 55

LABO n u r REPCBT LBEP-SDBH, CSR-BOGO8

BLOCK S H ry n i IH -

acid tuffslcoaise felsic sediientarv rodes

. 1 . U S D raiT: I d q . 4 . 2

4 . nrrnpiaariM: b y ERD7IBCE:

5 . SIATOS HJEBTTFUBS :

6 . LAND OBIT DESCHIPTIGEI:

7 . SATELLITE SCXMES :

8 . AERIAL BBDI0G8AFHS :

g . BABAS :

1 0 . PAHEHTT MATESIAL

a. Weathering :

b. Lithology :

c. Foxmation :

12. HATEB- a. Quality :

b. Source :

13. FISHERIES :

14. RXVE8S a. Floodrisk :

b . ifTTHinnia^qit-ïqn ;

15. VBGEÏAUCH/LAHD OSE :

Axea osed :

16. ACCELEBATED EBOSIOB

a. Occorence :

b. Evidence :

2. MAP SHEET: 1010 3. ABEA: 111 km2

Lampung: 99%


Moderately dissected undulating to rolling acid tuff plain, acid

tuffs and coarse felsic sedimentary rocks, slopes 3-15%

1:100.000 56 /829A-35

Star-1/250/88/1010-5

11. BOCK OOnCSOP: 0 %

High

dacite, liparite, sandstone

Qlv

Fresh


None

None

None

, alang-alang, upland crops, mixed gardens of fruit trees, rainfed

wetland rice, coffee (kopi), towns, villages

90 X

Common

Various

17. SOIL G8EAI

Damimant >SOZ

Associated 1

Associated 2

Classification

kanhapludults

dystropepts

tropaquepts

Z of area

55 X

35 X

10 X

Lab. checked

yes

yes

yes

32 _ HHMIKK Jiïï ATTI y re FW*FnrTR> :

udh/ /84-19 /85/US/1010/14/

iqt/ /84-17 /75/dn/1010/23/

/9 ity/ /340-31 /85/dn/1010/62/ /26 /

1010 - 56

18. SOU. CHARACTERISTICSPropertiesa. Texture: topsoi l


mineralsoil

c. Drainage:d. Ercfa. K: topsoil

subsoil


£. Avail. F: metbodtopsoil

subsoilg. Total F: topsoil

subsoilh. CEE pffl 7 topsoil

subsoil

i. Soil Réaction:topsoilsubsoil


k. Al tozicity :1. Acid solph. pot.:m. Salinity :n. Other Tozicity:o. Root obstc. layer :p. Organic Matter :q. TEB :r. Total observations:

Itartiwmt > 501fine

fine

very deep

Well drainedlow

low

very low

very low

Bray Ivery low

very low

very low

very low

low

very low

strong acid

very strong acidvery high

very high

yes

very shallow

salt free

125 cm

1.90.4

0

Associated 1medium

—

deep

Well drained--

—

low

very low

—

—

low

very low--

—

moderately acid

strong acid--

—

--—

—

1.60.02

Associated 2fine

moderately fine

deep

Poorly drainedvery low

very low

very low

very low

Bray Ivery low

very lowvery low

very low

low

low

very strong acid

very strong acidvery high

very high

yes--

salt free

125 cm

1.90.7

0

19 . AUXTODE:2 0 .

2 1 . L.D. D3ADBASE:

2 2 . SLOPE:


2 4 . RELIEF AMPLI.:2 5 . TEHRAIB:2 6 .

2 7 . VALUE! FLOOK:2 8 . LAND FACETS:

29. IBACMSHTATIOH:

150 m MUniQum: 60 m Range: 80 mDominant: non-linear and random > 60% of area flat-toppedIncluded:

a. Pattern: dendritic b. density: Moderatec. Variability: mediuma. Steepness:gently sloping b. Variability: Mediumc. Length: long d. Variability: Mediume. Curvature: convexValleybottons: 10 %

Interfluves : 0-81:55 %, 9-251: 35 X, 25-551: 0 %a. Amplitude: medium . b. Variability: Medium

Rolling 9-15%, 0-50 ma. Shape: Level b. Lengtto:Moderately longd. Width: moderate e. Variability: Lowa. Width: very narrow b. Variability: Low-1- Crest/upper slopes, kanhapludults, 55%-2- Middle & lower slopes, dystropepts, 35%-3- Valleys bottoms, tropaquepts, 10%

-4-

Valleys: Small blocks Interfluves: Large blocks

c. Variability: Low

30. RELIABILITY:lO.b : 2 12.a: 118.d-q: 2 19: 1

1= reliable, 2= probable, 3= tenable, 4= plausible

14.a: 1 14.b: 1 17: 2 18.a: 2 18.b: 2 18.c: 2

22: 2 23: 2 24: 2 28: 2 29: 2

31. ADOITIGHAL BOTES: Representative profiles for Kandihapludults and Tropaquepts are

extrapolated from sheet 1111.

1010 - 57

LAHB m m REFOBT LR£P~SDBM, CSR~BOGOR

BLOCK DIAGRAM: CROSS SBCTICS:

alluiial sediients «cid plutonic rocks

1. LAHB DMT: Pg.4.2

4. immun« :«. by FSDWIHCE:

5. STATUS iBunniUBs :6. LABD OBIT DESCHIFTICH:

7. SATELLITE

9. RADAR

10. BAREST MATERIAL

a. Weathering

b. Litbology

c. Formation

12. HATER a. Quality

b. Source

13. FISHERIES

14. KIVEKS a. Floodrisk

b. Imnradatiom

15. VEGEXATK3S/LAHD OSE

Area used

16. ACCELESATEO ESOSIdB

a. Occorence

b. Evidence


Lampung: 99%

Updated by: AH edit date: 20/06/89 Status: Final.

Moderately dissected undulating to rolling plain, acid plutonic

rock, slopes3-15%

123/64/30/05/85

1:100.000 56 /8294-39

Star-1/250/88/1010 - 5

11. BOCK aOTCSOP: 0 %

High

sand, granodiorite, dioritp

Kgr

Fresh

Perennial River, Deep wells

None

None

None

upland crops, mixed gardens of fruit trees, rainfed wetland

rice, coffee (kopi), towns, villages

90 %

Common

Various

17. son. mane

Dominant >50Z

Associated 1

Associated 2

Classification

dystropepts

hapludults

tropaquepts

Z of area

65 X

30 X

5 X

Lab. checked

yes

yes

no

32. BEEBESEHTATXVE FBQFILES

ity/ /84-2 /7a / uda/ /87/er/1010/24/ /42

1010 - 58

i s . son. CBAHACTERISTICS

Propertiesa. Textare: topsail

subsoil

b. Depth: peatsoil

mineralsoil

c. Drainage:d. Erch. K: topsoil

subsoile. Total K2O: topsoil

subsoilf. Avail. F: Method

topsoil

subsoil

g. Total P: topsoil

subsoil

h. CEE pH 7 topsoil

subsoil


subsoil

j. Al Sat. topsoil

subsoil

k. Al toxicity :

1. Acid sulph. pot.:

a. Salinity :

n. Other Toxicity:

o. Boot obstx. layer :

p. Organic Hatter :

q. TIB :


Dominant > SOX

fine

fine

very deep

Well drained

medium

medium

medium

medium

Bray I

very low

very low

low

low

medium

medium

very strong acid

very strong acid

very low

very low

no

2.7

0.9

0

Associated 1

moderately fine

fine

deep

Well drained

medium

medium

very low

very low

Bray I

very low

very low

low

medium

very low

medium

very strong acid

very strong acid

high

very high

yes

98 cm

1.6

3.3

0

Associated 2

0.00 .00

19. ALTITUDE:20 .

2 1 . L.O. QBAIHASE:

22 . SLOPE:

2 3 . SLOPE DISIB.:

24 . PFirimng ètWU..-.25 . TFHHaATTH-

26 . C8EST/RHDGES:

27. VAUEI FLOOR:28. LAND FACETS:

29. IBACMEHTATICH:

150 m Minimum: 100 m Range: 110 m

Dominant: non-linear and random 40-60% of area flat-topped

Included:

b. density: Moderatea. Pattern: dendritic

c. Variability: low

a. Steepness:sloping

c. Length: long


Valleybottoas: S %

Interfloves : 0-81:60 %

a. Amplitude: low

Rolling 9-15%, 0-50 m

a. Shape: Level

d. Width: moderate

a. Width: very narrow

9-25X: 35



%, 25-551: 0 %


b. length:Moderately long

e. Variability: Low

b. Variability: Low

-1- Slopes, dystropepts, 65%

-2- Convex Top/Crests, hapludults, 30%

-3- Valleys bottoms, tropaquepts, 5%

-4-

Valleys: Small blocks Imterflmves: Medium blocks

c. Variability: Low

30. HEUABHJtTï:lO.b : 2 12.a: 118.d-q: 2 19: 1

1= reliable, 2= probable, 3= tenable,l*.a: 1 14.b: 1 17: 2 18.a: 2

22: 2 23: 2 24: 2 28: 2

4= plausible18.b: 2 18.c: 2

29: 2

31. AHDXTXQSAI. BOTES: Representative profiles for Dystropepts and Hapludults are extra

polated from other L.U.

1010 - 59

L U D OBIT HEKKT IfiEP-SDEM,

BLOCS D U O A M : SECXXC23:

P.4.2

leUiorBÈic

K.3.2P.4.2

•etaiorphic rocks

B.l.3.3

A/'VSA,/:• '.--•:}

acid plutonic rodcs

I <=•

1. LABD CHIT: .Ftn.4.2

4. nmutMat by ESCWBCE:

s . SXÄTOS njKsnriFiEKS :

6. LAID raSIT DESCaiPTICH:

7_

8 . AyPTATT.. IMWIBVII*3BAvta

9. HÄlttftH

10. VtMEBI MftTEKlÄL

a. Heatbexing

b . Littoology

c . Foiatation

12. H t m a. Quality

b . Source

14. HIVEKS a. Floodrisk

1 5 . VBSETÄTI08/LAHD OSE

area used

16. ACCEUEBaXED EBOSICB

a. Cccurence

b.

2. MSP SHEET: 1010 3. ABE&: 116 km2

Lampung: 99%

Updated by: AH edit, date: 20/06/89 Status: Final

Moderately dissected undulating to rolling plain, metamorphic

rocks, slopes 3-15%.

123/64/30/05/85, 124/64/30/05/85

1:100.000 56 /8294-39

Star-1/250/88/1010 - 5

11. BOCK aOTCSßP: 0 %

High

gneiss, schists

pTse

Fresh


None

None

None

upland crops, mixed gardens of fruit trees, rainfed wetland

rice, irrigated wetland rice (irigasi), coconut (kelapa), towns,

villages

99 I

Common

Various

17. SOn. GBE&T GSOOF

Dandmaiit >SOZ

Associated 1

Associated 2

Classification

kanhapludults

dystropepts

tropaquepts

X of area

60 X

35 Z

5 %

lab. checked

yes

• yes

yes

32.

udh/

iqt/

TATIWE ÎBDFTLES:

/340-52 /71/SD/1010/62/ /14

/340 /71/DN/1010/64/ /23

ity/ /184-1 /68/IS/1010/64/ /50 /

1010 - 60

18.Tl<HMlll li ivft


b. Depth: peatsoil•dneralsoil


subsoil

e. Total S2O: topsoil

subsoilt. Avail. P: metbod

topsoil

subsoilg. Total P: topsoil

subsoilh. CEE pO 7 topsoil

»aihsoili. Soil Heaction:topsoil


subsoil

k. Al taxicity :1. Acid sulph. pot.:m. Salinity :n. Other Taxicity:o. Boot cbstr. layer :p. Organic Matter :q. TBB :r. Total observations:

Dominant > 501

moderately fine

moderately fine

very deep

Well drainedvery low

very low

low

low


medium

very low

very low

very low

slightly acid

moderately acidvery lowvery lowno

2.10.02

Associated 1mediumfine

moderately deepWell drained

very low

very low

mediumvery low


mediummedium

very low

very low

moderately acidvery strong acid

ciated 2medium

moderately fine

deep

Poorly drained

very low

very low

low

very low

strong acid

strong acid

3.31.82

0.50.01

19. ALTITUDE:

2 0 . PIABI/ÏBQFTLE:

2 1 . L.O. BSAHSftGE:

2 2 . SLOPE:

2 3 . SLOPE DISTE.:

24. B>Ft . .TFF JMMIWT..T -

2 5 . TggnATM-

2 6 . CBEST/HIDSES:

2 7 . VALLEST FLOCK2 8 . LAHD FACETS:

29. FBAEMEHTATIOH:

ISO m Minimum: 90 m Bange: 120 mDominant: non-linear and random 40-60Ï of area flat-toppedIncluded:a. Pattern: dendritic b. density: Moderate

c. Variability: mediuma. Steepness:gently sloping b. Variability: Mediumc. Length: long d. Variability: Medium

e. Corvatore: straightValleybottans: 5 XInterfloves : 0-8X:70 %,a. Amplitude: low


9-25X: 25 X, 25-55X: 0 Xb. Variability: Medium

undulating 2- SX, 0-50 ma. Shape: Undulating b. Length:Shortd. Width: moderate e. Variability: Lowa. Hidth: very narrow b. Variability: Low-1- Interfluves, kanhapludults, 60%-2- Interfluves, dystropepts, 35X-3- Valleys bottoms, tropaquepts, 5X-4-Valleys: Interfloves: Medium blocks

30. H1Kf.TABTT.TTY:lO.b : 2 12.a: 118.d-q: 1 19: 1

1= reliable, 2= probable,

14.a: 1 14.b: 1 17: 122: 2 23: 2 24: 2

3= tenable, 4° plausible18.a: 1 18.b: 1 18.c: 128: 2 29: 2

31. ADDITIOHAL SOXES:

1010 - 61

LBEP-*3DBM, C3K~*BOG0R

BLOCS DIAGSAM:

J W

P.4.2

P.5.2 P.4.2

acid plutonic rocks

P.4.2

alluriil' adiKnts acid plutonic redo

1 . L A » BBIT: P g . 5 . 2 2 . MftP SHEET: 1010 3 . AREA: 42 km2

4 . tuaTumtwnuiriw. b y SBOSTDBCE: Lampung: 99%

5. STATUS njHSrEFUSS : Updated by: AH e d i t date: 20/06/89 Status: F ina l

6. LAUD ŒSTT OESCBIPnOB: Moderately dissected rolling plain, acid plutonic rocks, slopes

8-15%.

7. SAÜELLHTE H MMKK :

8 . AERIAL ffflOTOGSAPHS : 1:100.000 56 /8294~37

9. BADaS : Star-1/250/88/1010-5

10. PAHfflnr M»TBBTAî- 1 1 . BOCK OTTCSOP: 0 X

a . Heatfaering : High

b. Litbology : granite, granodiorite,

c. Foxmation : Kgr

12. K&HH a. Quality : Fresh

b. Source : Perennial River, Deep wells

13. FISHERIES : None

14. KIVEBS a. Floodrisk : None ' .

b. Imumdation: None

15. VBKEDUnQB/lABID USE : bush, upland crops, mixed gardens of fruit trees, rainfed wetland

rice, coconut (kelapa), towns, villages

Area used : 90 %

16. ACCELERATED EBOSXÖ9

a. Qccorence : Common

b. Evidence : Various

'17. SOU. GSEAT G8ÖDP

Dominant >SOZ

Associated 1

Associated 2

Classification

dystropepts

hapludults

tropaquepts

Z of area

65 %

30 X

5 X

Lab. checked

yes

yes

no

32. BEEKESEOTATIVE PBOFHLES:

ity/ / /87/ER/1010/24/ /42 / uda/ /84-2 /85/AH/1010/64/ /7a /

1010 - 62

18. SOU. CHABACTEBISTICSPropertiesa. Texture: topsoil

subsoilb. Depth: peatsoi l

nineralsoil

c. Drainage:d. Exclu. S: topsoil

subsoil




h. CEC pB 7 topsoilsubsoil


j. Al Sat. topsoil

subsoil

k. Al toxicity :1. Acid sulph. pot.:ni. Salinity :m. Other Toxicity:o. Boot obskur, layer :p. Organic Matter :q. TUB :r. Total observations:

Dominant > 501

fine

fine


mediummedium

medium

medium

Bray Ivery lowvery lowlow

low

mediummedium

very strong acid


no

2.70.90

Associated 1moderately finefine

deepWell drained

medium

mediumvery low

very low

Bray Ivery low

very lowlow

medium

very lowmedium

very strong acid

very strong acidhighvery high

yes

98 cm1.63.30

Associated 2

0.00.00

19 .2 0 .

2 1 . L.O.

2 2 . SLOPE:

2 3 . SLOPE BISTB.:

2 4 . BELIEF AMELI.:2 5 . TEBBAIH:2 6 . CBEST/BIBSES:

2 7 . VAIXEÏ FLOCK:2 8 . LAND FACETS:

2 9 . FBAQfflBSTAÏIGB:

Variability: Medium

Variability: Medium

ISO m Kimiaamm: 100 m Bange: 120 m: non-linear and random 40-60X of area flat-topped

Included:

a. Pattern: dendritic b. density: Moderate

c. Variability: mediuma. Steepness:slopingc. Length: moderatee. Curvature: convexValleybottons: 5 %

Interfiles : 0-81:20 X, 9-25X: 65 %, 25-551: 10 %a. Amplitude: mediumRolling 9-15%, 0-50 ma. Shape: Level

d. Width: widea. Width: very narrow

b. Length: Longe. Variability: Mediumb. Variability: Low

-1- Slopes, dystropepts, 65%-2- Convex tops/Crests, hapludults, 30%

-3- Valleys bottoms, tropaquepts, 5%

-4-Valleys: Small blocks Interfftaves: Medium blocks



30. WEI.TAim.TTr:lO.b : 2 12.a: 118.d-q: 2 19: 2

1= reliable. 2= probable, 3= tenable,14.a: 1 14.b: 1 17: 2 18.a: 222: 2 23: 3 24: 2 28: 3

4= plausible

18.b: 2 18.c:

29: 3

31. AOOTTIOBAI. DOTES: Repesentative profiles for Dystropepts and Hapludults are extrapo

lated from other L.U.

1010 - 63

KBIT REPOST LBEP-SDBM, CSK-BOBQ8M

IMAGE: CSOSS SECTIOB:

V.l.4.2

ZS@r -tolcanic rodstitenediiteniflc tnffimflc latu

1 . 1AHD D D T : V a b . 1 . 2 . 3

4 . otXOBBBCE b y FS091ECE:

5 _ smunois

6 . L A B Hfflll DESCHIPÎ1C0:

7. SATEUUTTE8 . ATPlttTTA

9 . BADAB :

1 0 . PABEEnr MMTESIAI.

a . Weathering :

b . Lltifasology :

c . Formation :

1 2 . H&TEB a. Q u a l i t y :

b . Source :

1 3 . FXSSSESXES :

1+. BXVQBS a . F loodr i sk :

b . Izmmdafcioxi:

i s . wB&Ewmm/ism USE :

Area used

16. AOCELEBATEB E80BIDH

a. Ocomrence

b . Evidence

2. M&P SHEET: 1010 3. AREA: 193 km2

Lampung: 99%


Strongly dissected upper slopes of volcanoes,intermidiate and

mafic tuffs an d lavas, slopes >30X

124/6A/30/05/85

1:100.000 55 /8295-71 , 52 /8296-85 , 54 /8296~63

Star-1/250/88/1010 4-5

11. HOCK OOTtKOP: 10 %

Slight

andesitic tuffs, andesitic lavas, basalt

Qhv «

Fresh


None

None

None

moist primary lowland forest, moist primary submontane forest,

bush, coffee (kopi)

15 X

Common

Various

1 7 . SOU. iS&EAT CT00P

Dttannant >SBZ

Associated 1

Associated 2

Classification

dystrandepts

troporthents

humitropepts

Z of area

50 %

30 %

10 %

Lab.-checked

yes

no

yes

3 2 . HHPHESEKTATTWE HBDFIIUES:

iny/ 7 /87/hj/1010/61/ /30 /

ith/ /340-47 /71/H /1010/61/ /73 /

ith/ /340-47 /71/H /1010/61/ /73 /

1010 - 64

18. SOIL OHABACTISISTICSPj.opert.iesa. Texture': t o p s a i l

subsoil

b. Depth: peattsoil

mineraXsoil

c. Drainage:d. Excn. K: topsoil

subsoil

e. Total 820: topsoilsubsoil

£. Avail. P: methodtopsoilsmbsoil

g. Total P: topsoil

subsoiln. CBC p9 7 topsoil


smbsoilj. Al Sat. topsoil

subsoil

k. Al toxicity :1. Acid sulpb. pot.. :m. Salinity :n. Other Toxicity:

0. Boot, obstr. layer :p. Organic Matter :q_ ir»jw :

1. Total observations:

Dominant > 50Zmedium

medium

deep

very lowvery lowmediumvery lowBray Ivery lowvery lowhighmediumvery lowvery lowexcessive acidmoderately acid


mediummedium

moderately deepWell drainedvery lowvery lowlowlowBray Ivery lowvery lowvery highvery highvery lowvery lowstrong acidslightly acid

11.22.02

0.00.00

14.30.02

19. AUITIBE:

20.

21. L.O.

22. SI0PE:

23. SflTitnptP' DISTM. :

2 4 . BFiï..TFIF A M P L I . :

2 5 . TESHABST:

2 6 . CHEST/HEDGES:

2 7 . VALLET F1LODB:

2 8 . LAND FACETS:

2 9 . fBA&OTATXQB!:

: 2000 m Mtninaim: 600 m Bange: 800 mDominant: non-linear and random > 60% of area crested/peaked

Included:

a. Pattern: radialc. Variability: mediuma. Steepness:very steepc. Length: shorte. Curvature: convexValleybottans: %

Interfluves : HI-SS :0 %a. Amplitude: very high

Mountainous >16%, >300ma. Shape: Very irregular b. Lengtth:Longd. Width: moderate e. Variability: Higha. Width: very narrow b. Variability: Low-1- Middle parts, dystrandepts, 50%

-2- Upper parts/Crests, troporthents, 30%

-3- Lower parts, humitropepts, 10%

-4- Rock out crop, 10%Valleys: Intterfluves:

b. density: Mod. high

b. Variability: Highd. Variability: Medium

9-25Ï: 10 %, 25-55Ï: 40 %, >55X: 50 %b. Variability: High

c . V a r i a b i l i t y : High

30. BELlABlLnrï:lO.b : 2 12.a: 118.d-«j: 2 19: 2

1= reliable, 2= probable, 3= tenable, 4= plausible14.a: 1 14.b: 1 17: 2 18.a: 2 18.b: 2 18.c: 2

22: 2 23: 2 24: 2 28: 2 29: 2

31. AMJITKIIW. KOTES: no analysed profi le for Troporthents (eot)

1010 - 65

LAHD BOIT IHEP-SDBM, CSB-BOGQBM

MAP IMAGE: SECÏTCM:

T ,»'. rJM-lL.i. I

V.l.4.2

1 . um miT: V a b . l . 3 . 3

4 . njunimrw.JC. b y BBOVIIBCE:

s. sx&ms6 . LASBD QJIfiMT DE9CSXPTIQ9:

7 . RAT1B1..ÏÏ..IlTW

8 . *1JPTJDLÏÏ.

g. BAD&S

10. P&BBm iMi»TipitT«iT..

a. Heatlœring

b . l i t lnolcgy

c . Formation

12. H&XER a. Quality

b . Source

13. flSHESHS

14. EIVEHS a. Flocdrisk

b . XraomidaitïQii

15. VBGE3ÄTI0H/L*JSD USE

1 6 .

&rea osed

tATHn ÜBOSIGSI

a . Occnurence

b . Evidence


Lampung: 99X

Updated by: AH edit, date: 20/06/89 Status: Final

Strongly dissected middle slopes of volcanoes, intermediate and

mafic tuffs and lavas, slopes 16-50%

124/64/30/05/85

1:100.000 54 /8296-69 , 52 /8296-83 , 55 /8296-71

Star-1/250/88/1010 4-5

11. BOCK tflmatUP: 10 X

Partial

andesitic tuffs, basalt, andesitic lavas

Qhv

Fresh

Perennial River

None

None

None

moist primary lowland forest, bush, upland crops, horticultural

crops, coffee (kopi), towns, villages

50 %

Common

Various

17. SOIL QBE&T GSODP

Dominant >50Z

Associated 1

Associated 2

Classification

humitropepts

dystrandepts

troporthents

Z of area

55 X

20 X

15 X

lab. checked

yes

yes

no

32. KEEBESEOTATWE H8QFHJES

ity/ / /87/hk/1010/54/ /17 /

ith/ /86-17 /81/sr/1010/21/ /01 /

iny/ /87/hj/1010/61/ /30

1010 - 66

is. son. cHSBàcnBisncsPropertiesa. Texture: topsoil


nfneralsoilc. Drainage:d. Each. K: topsoil

subsoil


£. Avail. F: methodtopsoil


subsoilh. CEE pH 7 topsoil



subsoil

k. Al toxicity :1. Acid sulpb. pot.:n. Salinity :n. Other Toxicity:o. Boot obstr. layer :p. Organic Matter :q. TJE8 :r. Total observations:

Damnant > SOXfinefine


mediumlow

medium

very low


very high

very high

mediumlow

excessive acid

excessive acidhighmediumyes

120 cm5.01.34

Associated 1

medium

medium

deep

Well drained

very low

very low

medium

very low

Bray Ivery lowvery lowhigh

mediumvery low

very low

excessive acidmoderately acid

Associated 2

11.22.00

0.00.00

19.

2 0 . PLAH/PSDSFXLE:

2 1 . IL.ro. BHAEMGE:

2 2 . S£jUU£E:


2 4 . BELIEF dMPU.:2 5 .2 6 .

27. VALLEY FU0CH:

2 8 . LAND FACETS:

2 9 .

1000 m t&mijEinmi: 200 m Bange: 800 m

Dominant: linear and random 40-60% of area crested/peaked

Included: linear and random < 40% of area flat-toppeda. Pattern: radialc. Variability: mediuma. Steepness:mod. steepc. Length: longe. Curvature: straightValleybottons: 0 %Imterflraves : 0-81:5 7.,a. Amplitude: highHilly >16%,51-300ma. Shape: Irregular

d. Width: widea. Midth:


b. Variability:d. Variability:

HighHigh

9-25Z: 20 %, 25-551: 50 %, >55X: 25 %


b. Length:Longe. Variability: Mediumb. Variability:

-1- Lower& middle parts, humitropepts, 55%-2- Middle parts, dystrandepts, 20%-3- Upper patrs, troporthents, 15%-4- Rock out crops, 10%Valleys: Small blocks Interduves: Small blocks

c. Variability: High

30. BEUABXLX1IY: 1= reliable. 2= probable, 3° tenable, 4= plausiblelO.b : 2 12.a: 1 14.a: 1 14.b: 1 17: 2 18.a: 2 18.b: 2 18.c: 218.d-q: 2 19: 1 22: 2 23: 2 24: 2 28: 2 29: 2

31. AmuuLXJUJiSAL BOXES: Representative profile for Dystrandepts is extrapolated from

other LU.

1010 - 67

LAMD OBIT LBEP-SÜBH, CSK-BOBŒM

IMAGE: •BOSS SECTICB:

1. LAHD OBIT: Vab.I.A.2

4 . OOCmiEBCE b y HffiOTIHCE

5. Slams6. I.ATO g g n DESCHIPTÎOH

7 . RATTTET i . || TV.

8 . AIPMTM, leUTOGSAEHS

9 . BABAR

10. PAHEHT MUXBIAL

a. Weathering

b. Lithology

c. Formation

12. «AXES a. Quality

b. Source

13. FISHERIES

14. RIVEES a. FLoodrisk

13. OSE

Area used

16. AOCELEKATED E80SICI9

a. Occnrence

b. Evidence

2. MftP SHEET: 1010 3. AREA: 523 km2

Lampung: 99%

Ppdated by: AH edit: date: 20/06/89 Status: Final

Moderately dissected lower slopes of volcanoes, intermediate

and mafic tuffs and lavas, slopes 8-15%.

124/64/30/05/85

1:100.000 52 /8296-83 , 55 /8295-79 , 55 /8295-71

Star-1/250/88/1010,4-5

11. BOCK OOTC80P: 5 %

Partial


Qhv

Fresh

Perennial River

None

None

None

moist primary lowland forest, bush, shifting cultivation, upland

crops, horticultural crops, ralnfed wetland rice, irrigated wetland

rice (irigasi), coffee (kopi), coconut (kelapa), towns, villages

70 i

Common

Various

17. SOIL GBEAT GSOTP

Damnant >5OZ

Associated 1

Associated 2

Classification

humitropepts

dystropepts

dystrandepts

m ma

Z of area

50 X

20 X

20 X

Lab. checked

yes

yes

yes

ith/ / /87/ua/1010/54/ /6 /

iny/ / /87/ua/1010/54/ /14 /

ity/ /87/US/1010/53/. /16 /

1010 - 68

1« «sniTi n u n r n n s n nPropertiesa. Textare: topsoil


—jitoiraiKnil


subsoil


£. Avail. P: methodtopsoil

subsoil

g. Total P: topsoil

subsoil

h. CEC pH 7 topsoil



subsoil

k. Al toxicity :

1. Acid sulph. pot.:m. Salinity :n. Other Taxicity:

o. Boot obstr. layer :p. Organic Matter :q. TEB :r. Total observations:

19. ALTITUDE: Mxxia

DoMnant > 501

moderately finefine

--

very deep

Well drained

high

very high

very high

very highBray Ivery low

very low

low

very low

mediumlow

moderately acid

strong acidvery low

very low—

—--

--—

4.38.01

ma: 1000 m

20. PLAB/P8QFILE: Dominant: linear andIncluded: non-linear

21. L.0. mRATlIMTE: a. Pattern: dendritic

Associated 1

moderately coarsefine

--

very deep

Somewhat excessivelymedium

very low

very high

high

Bray Ivery low

very lowvery low

very low

low

low

very strong acid

strong acidhigh

highyes

--

--—

120 cm

1.61.0

5

Ifiniümaiiii: 100 m B a n g e :


—

moderately deep


very low

low


very low

mediumlow

very low

very low

very strong acid

very strong acidlow

mediumyes

—--

—

120 cm

3.92.0

2

750 m

random 40-60% of area crested/peakedand random 40-60% of area crested/peaked

b. den!sity: Mod. hish

22. SLOPE:

23. sum: DISTR. :

2 4 . BELIEF AMPLI.2 5 . TEHKAUB:26. CREST/BUDGES:

27. VALLEY FLOOR:

28. LAND FACETS:

29. FBAGMESTATIGH:

c. Variability: mediuma. Steepness:slopingc. Length: longe. Curvature: convex

Valleybottons: 10 %Imterflraros : 0-81:10 %, 9-25Z: 60

a. Amplitude: mediumRolling 9-15%, 0-50 m

a. Shape: Irregulard. Width: very widea. Width: very narrow

b. Variability: High


%, 25-551: 20 %b. Variability: High

b. Length:Moderately longe. Variability: Highb. Variability: Medium

-1- Lower parts, humitropepts, 50%-2- upper parts, dystropepts, 20%

-3- middle parts, dystrandepts, 20%-4- Valleys bottoms, tropaquepts, 10%

Valleys: Small blocks Interdoves: Large blocks


30. RELIABILITY:lO.b : 2 12.a: 118.d-q: 2 19: 1

3 1 . ADDITIOttL BOTES:

= reliable, 2= probable, 3= tenable,

14.a: 1 14.b: 1 17: 2 18.a: 2

22: 2 23: 2 24: 2 28: 2

4= plausible

18.b: 2 18.c: 2

29: 2

1010 - 69

LAHD HSÎT HEFCHT , CSS-HOGCSM

MAF IHBGE: SBCTICH:

Ä.2.1.2

1 . LAHB HffllT: V a b . 1 . 4 . 3

4 . OCCnSMCE b y HKWII3CE:

5 . STÄUBE HJEHTUTEBS :

6 . ILASIID EUUBIJLX DESCHUTIOBI:

7 . SÄHBUUTTE

8 . »WlgTAT- HBOOTGSÄME

9 . HMMK

1 0 .

a . Heatberims

b . Utbology

c. Formation

12. H&XBK a. Quality

b. Sonucce

13. F1SH3EHEES

14. RITOSS a. F loodr i sk

b _ TiiiiiiBffnilafrü rvm

1 5 . VHÊHÄTIOIBI/IiAHiD I1ÜS£E

16.

Area used

a. Qccmremce

b. Evidence

2. MAP SWEPT- 1010 3. AREA: 446 km2

Lampung: 99%


Strongly dissected lower slopes of volcanoes, intermediate and


124/64/30/05/85

1:100.000 54 /8296"65 , 54 /8296-69 , 4 /8282-113

Star-1/250/88/1010 4-5

11. BUCK OETTCSaP: 5 X

Partial


Qhv

Fresh

Perennial River

None

None

None

moist primary lowland forest, bush, shifting cultivation, upland

crops, horticultural crops, rainfed wetland rice, coffee (kopi),

towns, villages

60 %

Common

Various

17. son.

Dandinant >50Z

Associated 1

Associated 2

Classification

humitropepts

dystropepts

dystrandepts

Z of area

50 %

25 %

20 %

Lab. checked

yes

yes

yes

ith/ / /87/ua/1010/63/ /5 /

iny/ / /87/ua/1010/54/ /14 /

ity/ /340-1 /71/dn/1010/63-/ /3

1010 - 70

Properties

a. Textare: topsoilsubsoil

b. Depth: peatsoil

c. Drainage:

d. Exch. K: topsoilsubsoil


£. Avail. P: methodtopsoilsubsoil

g. Total P: topsoil

subsoilb. CEC p9 7 topsoil



subsoilk. Al toxicity :

1. Acid sulph. pat.:

ra. Salinity :n. Other Toxicity:

o. Soot obstr. layer :

p. Organic Matter :q. TEB :r. Total observations:

Dominant > SOX

fine

fine--


medium

medium

medium

medium

Bray Ivery low

very low

medium

medium

mediumlow

very strong acid

excessive acidvery low

high

yes--

—--

120 cm3.33.01

Associated 1

finefine

--

very deep

Well drainedmedium

low

low

very low

Bray Ivery low

very lowlow

low

mediumlow

strong acidvery strong acid

--

—

----

—--

—

4.23.64

Associated 2

finefine

—

moderately deep

Well drained

very lowvery lowlow

medium

Bray Ivery low

very lowmedium

low

very low

very lowvery strong acid

very strong acidlowmedium

yes--

—--

120 cm

3.92.0

0

19 . ALTITUDE:

2 0 . PIAH/ÏBQFILE:

2 1 . L.O. D8AHHASJE:

2 2 . SLOPE:

2 3 . SLOPE

2 4 . WW-TEP AMPLI.;

2 5 . TEmaflirm-

2 6 . CHEST/BIDSES:

2 7 . VALLET FLOOR:

2 8 . LAUD FACETS:

29. FHAQMEBTATIQSI:

800 m Mininmm: 300 m Bange: 500 mDominant: linear and random > 60% of area crested/peakedIncluded: non-linear and random > 60% of area crested/peaked




9-25X: 60 %, 25-55Z: 20 %b. Variability: High

a. Pattern: dendriticc. Variability: mediuma. Steepaess:slopingc. Length: long

e. Curvature: convex

Valleybottons: 5 %

Xmterfiboves : O-8Z:1S %a. Amplitude: medium

Rolling 9-15%, 0-50 ma. Shape: Irregular b. Length:Longd. Width: wide e. Variability:a. Width: very narrow b. Variability:-1- Lower parts, humitropepts, 50%

-2- Upper parts, dystropepts, 25%

-3- Middle patrs, dystrandepts, 20%

-*- Valleys bottoms, tropaquepts, 5%Valleys: Small blocks InterflLraves: Medium blocks

c. Variability: HighHigh

Low

30. BEUABSLITT: 1= reliable, 2= probable, 3= tenable, 4= plausible

lO.b : 2 12.a: 1 14.a: 1 14.b: 1 17: 1 18.a: 1 18.b: 2 18.c: 1

18.d-q: 1 19: 1 22: 2 23: 2 24: 2 28: 2 29: 2

31. AUUUTIUBAL SUITES: Representative profile for Dystrandepts is extrapolated from

other L.U.

1010 - 71

U H D HOTT HEFOBT IBEP-SOBM, CSK-BOSŒM

MAP BÖGE: SECTIQH

1 . LAMB EMIT: V a b . 2 . 2 . 1

4 . QOEnRESEE b y

5. sinse. LAID nnnr DESCSIFTIOIS:

7 . SATEULXTE

8 . ATHinrAïï.:

9 . RADAR -

1 0 . EftHESnr «WTBBTAL

a . WnmthpriiTig

b . Litbology

c. Foxmation

12. HBUTEB a. QmaUtty

b. Source

13. FISDER1XS

14. BIVBBS a. Floodrisk

b . TniiiiiifliiilatïoiD

1 5 . VHGEIAnaH/XABU USE

16.

Area msed

a. Occorence

b. Evidence

2. MAP SMEET: 1010 3. AREA: 81 km2

Lampung: 99%


Slightly dissected undulating volcanic plain, intermediate and


123/64/30/05/85, 124/64/30/05/85

1:100.000 56 /8294-41 , 57 /8292-77

Star-1/250/88/1010-4-3

ii. sacs cmncaaP: o %High


Qhv

Fresh

Perennial River

None

None

None

upland crops, rainfed wetland rice, irrigated wetland rice

(irigasi), coconut (kelapa), towns, villages

100 %

Common

Various

1 7 . S O I L ffSRFATT G&OIIJP

32. SI

ity/

uda/

Classification

Dominant >5OZ dystropepts

Associated

Associated

eXBESBSnTAXXVl

/340-17

/340-14

1 humitropepts

2 hapludults

! PBOFTLES:

/71/DN/1010/62/ /39 /

/71/DN/1010/62/ /030/

Z of area

50 I

20 %

20 X

Lab. checked

yes

yes

yes

ith/ /87/US/1010/54/ /002/

1010 - 72

18. SOIL CHARACTERISTICSPropertiesa. Textare: topsoi l

subsoilb. Depth: - peafcsoil

raûnecalsoilc. Drainage:d. Exch. K: topsoil

subsoil


sdbsoil£. Avail. F: method

topsoil


subsoilh. CTC p9 7 topsoil



subsoilk. al toxicity :1. acid «"Hf** pot. :m. Salinity :n. Other Toxicity:o. Boot obstx. layer :p. Organic Natter :q. TEB :r. Total observations:

Dominant > 501finefine

very deep

Well drained

very lowvery low

low

very low


low

very low

very low

moderately acid

very strong acid

1.30.01

Associated 1moderately finemoderately fine


high

medium

high

medium

Bray Ivery lowvery lowmedium

very low

medium

medium

very strong acid

very strong acidmediummedium

yes

120 cm3.63.10

Associated 2

moderately fine

fine

deep

Moderately wellvery low

very low

high

very high


high

mediumvery low

very low

neutral

neutral

1.50.00

19. ALTITUDE:20.

2 1 . L.D. BHAIBIftSE:

22 . SLOPE:

23 . SLOPE BISTft.:

2 4 . «gUTIglir AMPLI.:2 5 . TBBTO>T1I-

26. Q8E5T/RHQGES:

27. VALIES FIDOS:28. IAMB FACETS:

2 9 . F8AGME9TATIGIH:

Maximum: 400 m tüminnams: 150 m Sauge: 170 m

Dominant: non-linear and random > 602 of area flat-topped

Included: No pronounced highs/lows

a'. Pattern: dendritic b. density: Low

c. Variability: mediuma. Steepness:gently sloping ' b. Variability:c. Length: extremely d. Variability:e. Curvature:Valleybottams :InterflLioves : 0-81:60 %, 9-251: 20 %, 25-551: 10 X .a. Amplitude: low b. Variability:

0-50 mb. Length:

d. Width: e. Variability:a. Hidth: narrow b. Variability: Low-1- Interfluves, dystropepts, 55%-2- Interfluves, humitropepts, 15%

-3- Interfluves, hapludults, 20%-4- Valley bottoms, tropaquepts, 10%

Valleys: Small blocks Interftaves: Large blocks

Undulating 2-

convex: 10 %: 0-81:60low8%,

Medium

Medium

Low

c. Variability:

3 0 . B1Kir.TABiri.nnr:

lO.b : 2 12.a: 118.d-q: 2 19: 2

1= reliable, 2= probable, 3= tenable,14.a: 1 14.b: 1 17: 2 IS.a: 222: 1 23: 2 24: 1 28: 2

*= plausible

18.b: 2 18.c: 2

29: 2

31. ADDITKMAL BOIES: Representative profiles for Humitropepts and Hapludults are extra-

polated from other L.U.

1010 - 73

um «crr LBEP-SDBM, CS8-B0GCSM

SECTIGH

1. UHD HUT: Vd.2.2 .1

4 . naaumtum-E by WtXJK

5 . STATUS nJEHOTTEHS

6. LAM) uaiix

7. SATELLITE SCBSES

8. ASBIflL

9. SABAS

10. KAarara. HeatheriHK

b. Lithology

c. Formation

12. Sfi&TES a. Quality

b. Scarce

13. FISHERIES

14. BXVH2S a. Flccdrisk

b . ImaKBdatïcin

15. VBGETATICH/LAHD OSE

Area osed

16.a. Occorence

b . Evidence


Lampung: 99%

Updated by: Ah edit date: 20/06/89 Status: Final

Slightly dissected undulating volcanic plain, acid tuffs, slopes

3-8%

124/64/30/05/85

1:100.000 52 /8296-87

Star-1/250/88/1010-5-6

11. BOCX OQTQBC8P: 0 %

Partial

dacite

Qrv

Fresh


None

None

None

bush, upland crops, horticultural crops, rainfed wetland rice,

coffee (kopi), towns, villages

90 X

Localised

Gulleys

17. SOU. «PEAT QBGDP

>50X

associated 1

Associated 2

Classificatie

dystrandepts

humitropepts

eutrandepts

X of area

60 %

30 %

10 X

Lab. checkedyes

yes

yes

32.

iny/

ine/

TATXWE PS0FILES:

/ /87/HK/1010/53/ /ll /

/ /87/US/1010/53/ /20 /

ith/ /87/ÜS/1010/53/ /21 /

1010 - 74

18. SOIL CBABACXEKISTXCSPropertiesa. Texture: topsoil


mriiinimr»11 '="'• 1

c. Drainage:d. Exclu. K: topsoil

subsoil

e. Total K2Q: topsoilsubsoil



h. CEC pH 7 topsoilsubsoil

i. Soil Heaction:topsoilsubsoil


k. Al taxicity :1. Acid sulpm. pat. :

n. Salinity :n. Other Toxicity:


p. Organic Hatter :q. TEB :r. Total observations:

Benmieant > 501

moderately fine

moderately coarse--

deep

Well drained

medium

very high

high

high

--

--

very highlow

high

highmoderately acid

slightly acidlow

--

no--

------

6.73.7

2


moderately fine--

very deep

Well drained

medium

low

very highhigh


very high

medium

medium

mediumstrong acid

moderately acidvery low

very low

no--

--—--

6.32.52

Associated 2

moderately coarsemoderately coarse

--

very deep

Imperfectly drained

low

medium

very highvery high

Bray Imedium

mediumlow

low

low

mediummoderately acid


no--

——

—

5.68.11

1 9 . ALTITUDE:

2 0 . PIAH/HSUFUJE:

2 1 . L . 0 . EBAŒ&SE:

2 2 . SLOPE:

2 3 . SLOPE IJISTH. :

2 * . HMEOTEF AMPLI.:2 5 . TEBBAUH:2 6 . CHEST/BUDGES:

2 7 . VALLEST FLOCK:2 8 . L A B FACETS:

29.

•: 1100 m Münimmn: 800 m Bange: 850 mDominant: non-linear and random > 60% of area flat-toppedIncluded:a. Pattern: dendritic b. density: Low

c. Variability: lowa. Steepness:gently sloping b. Variability: Mediumc. Length: long d. Variability: Highe. Curvature: straight

Valleybottoms: 10 %Interfluves : 0-81:70 %, 9-25Ï: 20 %, 25-55Z: 0 %

a. Amplitude: low b. Variability: Medium

Undulating 2- SX, 0-50 ma. Shape: b. Lengtn: c. Variability:d. Width: e. Variability:

a. Width: narrow b. Variability: High-1- Interfluves, dystrandepts, 60%

-2- Interfluves & valleys, humitropepts, 30%-3- Interfluves, eutrandepts, 10%

-•-

Valleys: Small blocks Imterdnves: Large blocks

30. BELIABILITÏ: 1= reliable, 2= probable, 3= tenable, *= plausible

lO.b : 2 12.a: 1 l«.a: 1 14.b: 1 17: 1 18.a: 2 18.b: 2 18.c: 1

18.d-i5: 2 19: 1 22: 2 23: 2 24: 2 28: 3 29: 2

3 1 . ADIDXTXaSAL BOXES:

1010 - 75

LBEP-SDB4, CSB-BpBCBM

HUGE: C8OSS SBCTICB

1. L&HD tffllT: Vab.2 .2 .2

4 . naanimrjim. by BBOTISCE:

s . STATUS unsnnFZEBS :

6 . IABDD U U T DESCHIPTIOIB:

7.

8 .

9 .

10

12.

13.

14.

15.

»BEBT »aiTBBTAT.

a. Weathering :

b . LitfaDlogy :

c . Formation :

HUUfi a. Quality :

b . Source :

FISHERIES :

KJVSSS a. Floodriak :

b . lummdatiom:

VBSEIATIOS/LftSD TOSE :

Area used

16. ACCELERATED EBOSICH

a. Qccmrence

b. Evidence

2. MAP SHEET: 1010 3. ABE&: 198 km2

Lampung: 99X

Updated by: AH adit date: 20/06/89 Status: Final

Moderately dissected undulating volcanic plain, intermediate

and mafic tuffs and lavas, slopes 3-8Ï.

124/64/30/05/85

1:100.000 56 /8294-43 , 53 /8316-155

Star-1/250/88/1010-3-5

11. BOCK UUTUÜOP: 0 %

High


Qhv

Fresh


None

None

None

secondary forest, bush, alang-alang, upland crops, mixed gardens

of fruit trees, irrigated wetland rice (irigasi), coconut (kelapa),

coffee (kopi), towns, villages

90 X

Common

Various

1 7 . SOIL CTEAT G8OTP

Dcnrnamt >SOZ

Associated 1

Associated 2

Classification

dystropepts

humitropepts

hapludults

Z of area

50 %

20 %

20 X

Lab. checked

yes

yes

yes

32.

ity/

uda/

/340-55

/340-14

/71/SK/1010/62/

/71/DN/1010/62/

/32 /

/30 /

ith/ /87/US/1010/54/ /02 /

1010 - 76

18. SOIL CHABaCTEBISTICSPropertiesa. Teztimre: topsoil

subsoil

b. Depth: peatsoilmimeraisoil


stribsoil



subsoil


to. CGC pffl 7 topsoilsubsoil

i. Soil Eeactiom:topsoil


subsoil

k. Al toxicity :

1. Acid stmlpb. pot.:

m. Salinity :n. Other Toxicity:o. Boot obstr. layer :

p. Organic Matter :q. TEB :r. fötal observations:

Dominant > 502

moderately fine

moderately fine--

deep

Moderately well

----

very high

very high

--

—low

very low

—--

slightly acid

slightly acid----

--

--

----

—

11.20,0

5


moderately fine--

very deep

Well drained

highmedium

high


very lowmedium

very low

medium

medium

very strong acidvery strong acidmediummedium

yes

—

----

120 cm

3.63.1

2

Associated 2

moderately finefine

--

deep

Moderately well

very low

very low

high

very high

Bray Ivery low

very low

high

medium

very low

very lowneutral

neutral--

--

--

—

—

——

1.50.0

19. ALTITUDE:20 . PLSM/fSDFIlLE:

2 1 . L .0 .

2 2 . SLOPE:

2 3 . SLOPE DISTB.:

24.

25. TERBAUBI:

2 6 . CSEST/anJGES:

2 7 . VALLEY FUKR:

2 8 . L a » FACETS:

29. IBÄGMEBTATIOIH:

Ml»« nmnum- 925 m MünimcnB: 150 m Range: 850 m

Dominant: non-linear and random > 60% of area flat-topped

Inclmled: No pronounced highs/lows

a. Pattern: dendritic

c. Variability: medium

a. Steepness:gently sloping

c. Length: long

e. Corvatore: convex

Valleybottoms: 10 %

Imterflraves : 0-81:65 X, 9-251: 25 Z,

a. Amplitude: low

Undulating 2- 8%, 0-50 m

b. density: Moderate

b. Variability: Mediumd. Variability: Medium

25-55Z: 0 %b. Variability: Medium

b. ïïjngtlh:e. Variability:

b. Variability: Low

c. Variability:

d. Width:

a. Width: very narrow-1- Interfluves, dystropepts, 50%

-2- Interfluves, humitropepts, 20%

-3- Interfluves, hapludults, 20%

-*- Valley bottoms, tropaquepts, 10%

Valleys: Small blocks Interfliaves: Large blocks

30. mg.TABTT.TTg: 1= reliable, 2= probable, 3= tenable, 4= plausible

lO.b : 1 12.a: 1 14.a: 1 14.b: 1 17: 1 18.a: 2 18.b: 2 18.c: 1

18.d-q: 1 19: 1 22: 2 23: 2 24: 2 28: 2 29: 2

3 1 . ADIDXTXlWIi. BOXES:

1010 - 77

m i r REPOST IHEP-SBBM, CSB-B0S08M

MftP DfflGE: QBOSS SEO1QS

1. U U » I T : Vab .2 .3 .2 2 . M&P SHEET: 1010 3 . AHEA: 233 km2

4 . o» » iiimyim-»' b y ffiOKOTCE: Lampung: 99%

5. STATO5 HJBHTIITEBS : Bpdated by: AH ed i t dat«: 20/06/89 S tatous: F ina l

6. HAB nmCT BESCKÏEnCIH: Moderately dissected rolling volcanic plain, intermediate and

mafic tuffs and lavas, slopes .8-15%.

7. SÄHHULOT SCEHES : 124/64/30/05/85

8 . AEHIM. PaonrOGBABBS : 1:100.000 56 / 8 2 9 4 - 3 5 , 55 / 8 2 9 5 - 7 3 , 54 /8296-67

9 . BADAS : Star-1/250/88/1010 4-5

10. PABHHT MATERIAL I I . 'WKX. OOTCHOP: 0 %

a. Weathering : Partial

b. Litbology : andesitic tuffs, andesitic lavas, basalt

c. Formation : Qhv

12. H&XEB a. Quality : Fresh

b. Source : Perennial River

13. FISHEBXES : None

14. SIVEBS a. Flocdrisk : None

b . TTnmnrnriatftLU muni • None

15. VHSEHATIOH/ILAIBD OSE r secondary forest, bush, upland crops, coffee (kopi), towns, villages

Area used : 60 X

1 6 . AOEE1UEBAIEO EBQSKM

a. Occarence : Common


1 7 . SOIL OTEftT GBOOF

toaniiwBt. >50Z

Associated 1

Associated 2

Classification

dystropepts

humitropepts

hapludults

Z of area

55 %

30 X

10 %

Lab. checked

yes

yes

yes

3 2 . BEEBESES1AXILVE FBQFILES

ity/ / /87/ES/1010/54/ /06 /

uda/ / /87/UA/1010/54/ /08 /

ith/ / /87/HK/1010/54/ /28

1010 - 78

18. SOIL CBftHACTEBISTICS

Properties

a. Texture: topsoil

subsoil

b. Depth: peatsoil

oieeralsoii

c. Drainage:


subsoil


subsoil

t. Avail. P: method

topsoil

subsoil

g_ Total P: topsoil

subsoil

b. CEC pH 7 topsoil

subsoil

i. Sail Reaction;topsail

subsoil

j. Al Sat. topsoil

subsoil

k. Al toxicity :


m. Salinity :

n. Other Toxicity:


p. Organic Matter :

q. TEB :


Dominant > 501

fine

fine

--

very deep

Well drained

very low

very low

low

high

Bray I

very low

very low

high

low

very low

very low

very strong acid

excessive acid

very low

very low

no

--

--

--

--

4.0

2.0

2

Associated 1

medium

moderately fine

deep

Well drained

high

very low

very high

high

Bray I

very low

very low

very high

very low

very high

high

very strong acid

moderately acid

very low

very low

no

--

--

--

--

5.3

6.1

1

Associated 2

fine

fine

--

very deep

Well drained

very low

low

low

low

Bray I

very low

very low

medium

low

medium

medium

excessive acid

excessive acid

high

very high

yes

--

--

--

120 cm

2.7

1.1

3

19. AUUTUIUE:

2© _ PLftEIƒ P3ÛFIUE :

21. L.O.

22. SLOPE:

23. SLOPE BISTE.. :

24. BELIEF AMPLI.:

25. TEKKABH:

26. QJEST/BIBGES:

27. VALLET FLOCK:

28. LAND FACETS:

29.



Maximum: 1250 m Minim».»- 200 m Bange: 750 m

©ominant: non-linear and random 40-60% of area crested/peaked

Included:



a. Steepness:sloping

c. Length: long

e. Curwatmre: convex

Valleybottans: 5 %

Imterfibnwes : 0-81:20 %, 9-25X: 60 %, 25-55Z: 15 %

a. Amplitude: medium

Rolling 9-15%, 0-50 m

a. Shape: Level

d. Width: wide

a. Width: narrow

b. Length:Long


b. Variability: Low

-1- Interfluves, dystropepts, 55%

-2- Interfluves, humitropepts, 30%

-3- Interfluves, hapludults, 10%

-4- Valley bottoms, 5%

Valleys: Small blocks Interflnves: Medium blocks



30. BELIABIUTÏ: 1= reliable, 2= probable, 3= tenable, 4= plausible

lO.b : 1 12.a: 1 14.a: 1 14.b: 1 17: 1 18.a: 1 18.b: 1 18. c: 1

18.d-q: 1 . 19: 1 22: 2 23: 2 24: 2 28: 3 29: 2

3i. BOTES :

1010 - 79

M I T EEEQRT , CSR-BOKIHM

H&P csoss sBcnas

V.2.11.3V.2.6.2

iiUnediitetuf ie tuffstufic lans

nlcuic rods

V.2.11.3

5 . SXAXUS njEBTTIFIEHS :

6 . L A B OMIT BESEXIPTXOEI:

7 . RATigrj-ITH *ji-Hill M :

8 . ÄHaiTAT- IB0IOE8AEB5 :

9 . BADfiR :

10 . BUKEST mtTBHTAT-

a. Heathexing :

b . Lithmlogy :

c . Fonnatiom :

12 . H&na a. Qual i ty :

b . Source :

1 3 . FJSHXSX1ES :

1 4 . SWISS a. Floodrisk :

15. TOEElÄTlCffl/LAlSiD OSE :

Area osed :

16. AOCELDBAIBD ESOSICD

a. Occurence :

b. Evidence :

2. M&P SHEET: 1010 3. AREA: 33 km2

Lampung: 99%

Opdated by: AH edit date: 20/06/89 States: Final

Moderately dissected rolling volcanic plain with hillocks,in

termediate and mafic tuffs and lavas, slopes 8-25%

124/64/30/05/85

1:100.000 53 /8216-157, 53 /8316-155

Star-1/250/88/1010-5

11. BDCX OTOCSaP: 0 X

High


Qhv

Fresh

Perennial River

None

None

None

secondary forest, bush, shifting cultivation, upland crops, coffee


40 X

Common

Various

17. SOU. QSEAT QBCOP

32. BI

ity/

uda/

Classification

Utaminamt >50Z dystropepts

Associated 1 humitropepts

Associated 2 hapludults

kiiwuii ii iBnrATr H vif. 5BOFELES:

/ /87/es/1010/54/ /6 /

/ /87/ua/1010/54/ /8 /

Z of area

6 0 %

3 5 X

5 X

ith/ /

Lab. checked

y e s

y e s

y e s

/87/hk/

1010 - 80

18. SOIL CBABACTERISTICS

Properties

a. Texture: topsail

subsoil

b. Depth: peafcsail

mineralsoil

c. Drainage:


subsoil


subsoil

£. Avail. P: rraetiaod

topsoil

subsoil

g_ Total P: topsoil

subsoil

h_ CEE pB 7 topsoil

subsoil

i. Sail fieactian:topsoil

subsoil

j. Al Sat. topsoil

subsoil

k. Al toxicity :


m. Salinity :

D. Otter Toxicity:


p. Organic Matter :

q. TEB :


Dominant > SOZ

fine

fine

•

very deep

Well drained

very low

very low

low

high

Bray I

very low

very low

high

low

very low

very low

very strong acid

excessive acid

very low

very low

no

--

--

--

--

4.02.0

0

Associated 1

moderately fine

fine

--very deep

Well drained

very low

very low

high

high

Bray I

very low

very low

low

very low

medium

low

strong acid

strong acid

very low

very low

no--

--

--

--

4.65.21

Associated 2

fine

fine

--

very deep

Well drained

very low

low

low

low

Bray I

very low

very low

medium

low

medium

medium

excessive acid

excessive acid

high

very high

yes--

—--

120 cm

2.7

1.10

19 . ALTITUDE:2 0 . PLAH/BBöïlLE:

2 1 . L.D.

2 2 . S3L0PE:

2 3 . S U K DISTS. :

2« .2 5 .2 6 . CHEST/RIDGES:

2 7 . VALUES FUCOK:2 8 . L A » FACETS:

29. EBAOMESITATICW:

875 m Minimum: 725 m Bange: 800 m

Dominant: non-linear and random 40-60% of area crested/peaked

Included:



a. Steepness:mod. steep b. Variability: High

c. Length: long d. Variability: Medium


Valleybottans: 5 %

Interöaves : 0-81:10 %, 9-2SZ: 65 ?.. 25-551: 20 %

a. Anplitoode: medium b. Variability: High

Rolling 9-15%, 0-50 m

a. Shape: Level b. LengUii:Long c. Variability: Medium

d. Width: wide e. Variability: Medium

a. Width: very narrow b. Variability: Low

-1- Middle & upper slopes, dystropepts, 60%

~2~ Tops and lower slopes, humitropepts, 35%

-3- Foot slopes, hapludults, 5%

-*-

Valleys: Small blocks Interffluves: Small blocks

30. BHLIABIILITÏ: 1= reliable, 2= probable, 3= tenable, 4= plausible

10.b : 2 12.a: 1 14.a: 1 l*.b: 1 17: 2 18.a: 2 18.b: 2 18.c: 2

18.d-q: 2 19: 2 22: 2 23: 2 2*: 2 28: 2 29: 2

31. ADDITiaHAL 1BOTES: Dystropepts and Hapludults are compiled from Vab.2.3.2

1010 - 81

LABD OBIT BEPQBT

MAP B O G S : •BOSS SBCTIOH:

V.2.11.3 fS \T /-» r « » ï . î .n.î V.4.U.3

V.2.6.2

V.2.U.3

iitcnediate+ufic tuffsrtafie lans

volcanic neks

1. 1ABDJ WS11: Vab .2 .11 .3

4. aaaiiniHi«:E by SHOWUCE:

5 . STT&TOÏS IDEMTIFIEHS :

6 . 1A9SD iDDBIT

7. SAXQXITE

8 . ^THgTAïï..

9 . HABfiS

1 0 . IKBHSnr M&TEHIAL

a . HeatlbeirdLng

b. Ijttoology

c. Fommatitm

12. H&n& a. Quality

b. Source

13 . f1[SfDESX£S

14 . aiTOBS a. F loodrisk

15 . VBÊIftnOSI/lLAlBllD USE

Area used

16. ADCELESATH) HBOSIO®

a. Ocoorence

b . Evidence


Lampung: 99%


Strongly dissected eroded volcanoes, intermediate and mafic tuffs

and lavas,mountainous relief Cslopes 30-75%).

124/64/30/05/85

1:100.000 53 /8316-157, 53 /8316-153, 52 /8296-87

Star-1/250/88/1010-5

11. HOCK GBICBQP: 0 %

Partial


Qhv

Fresh


None

None

None

moist primary lowland forest, secondary forest, bush

0 %

Extensive

Various

17. son . GSEAir

>50X

Associated 1

Associated 2

Classification

humitropepts

dystropepts

troporthents

Z of area

50 X

40 %

10 %

Lab. checked

yes

yes

no

32.

ith/

HBOFELES:

/87/HK/1010/54/ /28 / ity/ /87/ES/1010/54/ /12 /

1010 - 82

18. SEUL CHARACTERISTICSPropert iesa. Texture: topsoil


mimeraisoil


subsoil

e. Total K2O: topsoilsdbsoil

£. Avail. P: methodtopsoilsubsoil .

g. Total F: topsoil

subsoilb. dBC pB 7 topsoil

subsoil


j. Al Sat. topsoil* subsoil

k. Al tozicity :1. Acid sulpn. pot.:m. Salinity :n. Other Tozicity:o. Boot obstr. layer :p. Organic Hatter :q. TEB :r. Total observations:

Dominant > SOI

medium

moderately fine

deep

Well drained

highvery low

very highhigh


very high

very low

very high

high

very strong acid

moderately acidvery lowvery lowno

5.36.10


very deep

Well drainedmediumlow

medium

very lowBray Ivery lowvery low

low

low

mediumlow

very strong acidvery strong acidvery lowhighyes

142 cm3.92.63

Associated 2

0.00.00

19. ALTITUDE:2 0 . HLAB/HBQFILE:

2 1 . L.O

2 2 . SLOPE:


2 4 . BFI.TEE1 AMPLI. :

2 5 . TEHH&Œ:

2 6 . CHEST/HUJGES:

27 . VAIXEÏ FLODS:

2 8 . LA!» FACETS:

2 9 . FBAGMmTATIQS:

Maximum: 1600 m Minimum: 800 m 1000 mDominant: non-linear and random > 60% of area crested/peakedIncluded:

b. density: Mod.a. Pattern: dendriticc. Variability: mediuma. Steepness:very steepc. Length: moderatee. Onurvature: convexValleybottoms: %Interfluves : O-8t:0 %,a. Amplitude: highMountainous >16%, >300ma. Shape: Irregular

d. Width: moderatea. Hidth:

b. Variability:

d. Variability:

high

High

High

9-251: 10 %, 25-551: 40 %, >55I: 50 %


to. Length:Moderately longe. Variability: Mediumb. Variability:


-1- Lower slopes, humitropepts, 50%

-2- Upper & middle slopes, dystropepts,

-3- Crest, troporthents, 10%-4-Valleys: Interfloves:

40%

30. BELIABILITT:

lO.b : 2 12.a: 1

18.d-q: 2 19: 2


14.a: 1 14.b: 1 17: 2 18.a: 2

22: 3 23: 3 24: 2 28: J

4= plausible18.b: 2 18.c: 229: 2

31. AHUDITIOSIAL HOflTES: Representative profile for Humitropepts is extrapolated from

Vab.2.3.2

1010 - 83

LAID CHIT BHHXX IBEP-SDBH, CS&-BOQ08M

MAP IMAGE: CSQSS SECÏTQB

V.l.4.2 I A V.2.2.2V.2.U.3

I IV.2.11.3

V.2.6.2

intinediîUmfic tuffsttafk ïaras

— volcanic rods

Ï.2.U.3

1 . LUD OBIT: V b . 2 . 1 1 . 3

4 . im ni lim UWE by HBuwuwuE:

5 . STOTOB IDHBTIFIIHS :

6 . HASH OHIT DESCSIFTICM:

7. SATELLITE

8 . iftTHaiTAir.

9. Hamas

10. EBBEST

a. Weathering

b. LitÎKjlogj

c. Foimatiou

1 2 . M&TEH a . Q u a l i t y

b . SoiDurce

1 3 . FISHERIES

14 . HITOHS a . F l o o d r i s k

15 . TOEEIATIOB/LÄMD OSE

Area a s e d

16 . ACCELEBATEB EfiQSIQS

a. Ctecnuremce

b . Evidence

2. M&F aEET: 1010 3. ASEA: 23 km2

Lampung: 99%

Opdated by: AH edit date: 20/06/89 Status: Final

Strongly dissected eroded volcanoes, intermediate and mafic lavas,

mountainous relief( slopes 30-75%.)

124/64/30/05/85

1:100.000 53 /8316-155, 53 /8316-157

Star-1/250/88/1010-5

11. BOCK OTTCSOP: 0 %

High

basalt, andesitic lavas,

Tov

Fresh

Perennial River

None

None

None

secondary forest, moist primary•lowland forest, bush, upland

crops, coffee (kopi)

30 X

Extensive

Various

1 7 . SOHL QBEA3T GROUP

nommant >5OX

Associated 1

Associated 2

Classification

dystropepts

humitropepts

X of area70 %

30 %ym

Lab. checkedyes

yes

3 2 . HEHSESEBTIÄTIWE FBŒDLES:

ity/ / /87/SR/1010/34/ /03 / ith/ /87/ES/1010/54/ /01 /

1010 - 84

18. SOIL CBftBACTEKISTXCSPropertiesa. Texture: topsoil

sobsoilb. Depth: peafcsoil

mimeraisoil


subsoil

e. Total K2D: topsoilsubsoil

f. Avail.' P: rnnethodtopsoil

subsoil


h. CEC pH 7 topsoilsubsoil

i. Soil Beaction: topsoil


subsoil

k. Al toxicity :

1. Acid smlph. pot.:m. Salinity :

n. Other Toxicity:


p. Organic Hatter :q. TEB :


19. ALTITUDE: Maxim

Dominant > 50Zfine

fine--


high

high

high

highBray Ivery lowvery low

medium

low

low

low

moderately acid

strong acidvery low

very lowno

--

----

--

3.87.7

0

on«: 1395 m

Associated 1fine

fine--

very deep

Well drained

medium

very low

medium

very highBray Ivery lowvery low

low

very low

high

low

strong acid

strong acidlow

low

no--

—--

--

5.51.22

Mümimmm: 875 m

Associated 2

0.00.00

20. PIAWPBüFttE:

21. L .0 . m&UM&E:

2 2 . SLOPE:

2 3 . SLOPE DISTJft. :

2*. BELIEF AMPLI. :

25. TEBBAHH:26. aSEST/BIDSES:

27. VALLEY FLOOR:28. LA» FACETS:

29.

dromünamt: non-linear and randomIncluded:

a.

Bange: 1000 m> 60% of area crested/peaked

Pattern: dendriticc. Variability: lowa. Steepmess:very steepc. Lemgtli: moderatee. Curvature: convexValleybottons: %Imterffloives : 0-81:0 X,a. Anplîtrade: very highMountainous >16%, >300ma. Shape: Irregular

d. Hidtto: moderatea. Width:

-I- Middle & upper slopes, dystropepts,-2- Lower slopes, humitropepts, 30%

-3-

-4-Valleys: Interfloves:



MediumMedium

9-251: 15 Z. 25-55Ï: 60 %, >55Z: 25 I


b. Length:Moderately longe. Variability: Mediumb. Variability:

70%


30. BELIABILITY:lO.b : 2 12.a: 1I8.d-q: 2 19: 2

= reliable, 2= probable, 3= tenable,14.a: 1 14.b: 1 17: 2 18.a: 122: 3 23: 3 24: 2 28: 3

4= plausible

18.b: 2 18.c: 1

29:

31. ABIDITIOIBÄL HMTES: Representative profile for Dystropepts extrapolated from Mb. 2.2.3.

1010 - 85

U S D UlSIlir BEPQBT

MAF IWBGE: SECÏTQB:

H.2.2.3

KÜ ttffsJfine felste udiienUrY roda

1. LATO OMIT: Hdf. 1.1.2

4 . OCOKBOCE by FBOWICE:

5 . STATUS ntJEUTiFlfiHS :

6. U U OBIT PESOim-JiHUM:

7. SS3HJLITE 9CEHES :

8 . AE8IAL mOWGa&PBS :

9 . EMMS. :

10. FÄKHBT M&HHIÄL

a. Weathering :

b . LiUhiology :

c . Foxmation :

12. M&TE8 a. Q u a l i t y :

b . Soraurce :

13 . FISHERIES :

14. EWEHS a. F l ccdr i sk :

b . Immdatian:

15. WBGEmmm/lAM) OSE :

Area used :

.16. aCCHJEBATED EBOSIOH

a. Qccmrence :

b. Evidance :

2. HBP SHEET: 1010 3. AHEA: 82 km2

Lampung : 99%

Opdated by: AH edit date: 20/06/89 States: Final

Moderately dissected hills, acid tuffs and fine felsic sedimentary

rocks, gentle slopes (0-15X).

124/64/30/05/85

l:100.000 A /8282-103, A /8282-99 , 3A /8285-13

Star-1/250/88/1010-1-2

11. HOCK HJÜllUmP: 0 %

High


Tnp

Fresh

Perennial River

None

None

None

bush, shifting cultivation

5 X

Localised

Various

17. SOU. QgfAT QBDOP

EJeradnamt >50Z

Associated 1

Associated 2

Classificatie

dystropepts

hapludults

X of area

70 %

30 %

Lab. checked

yes

yes

32 . REPSESBSITAnVE FBDFILES:

ity/ / /87/ER/1010/31/ /33 / uda/ /87/TB/1010/33/ /13 /

1010 - 86

18. SOIL CHâBACTEBISnCSPropertiesa. Texture: topsoil


mimeralsoilc. Drainage:

d. Exclu. K: topsoilsubsoil


£. Avail. F: methodtopsoilsubsoil


m. CEC pB 7 topsoilsubsoil

i. Sail Reaction: topsoilsubsoil

j. Al Satt. topsoilsobsoîl

Al taxicity :Acid solpm. pott.:Salinity :Other Tcrxicity:Boot obsfcr. layer :Organic Matter :

k1mmopq. TJHB :r . Total observations:

Danmnanit > 501moderately coarsefine

very deep

Moderately well

mediumvery low

mediumlow

Bray Imedium

very low

very high

very low

lowhigh

moderately acid

strong acidvery lowhigh

yes

110 cm1.86.11


very deep

Moderately well

mediummedium

medium

mediumBray Ivery lowvery low

low

low

medium

mediumvery strong acid

very strong acidvery low

mediumyes

100 cm2.26.52

Associated 2

0.00.00

19. ALTITUDE:20.

2 1 . L.O.

22 . SLOPE:


2 * . anr.TEF AMPU.

2 5 . TfHBADBI:

2 6 . QIEST/HIDSES:

2 7 . VALLEST FUOQE:

28 . 1MB FACETS:

2 9 . FBASMHSTATIQS!:

Maxim»mi: 200 m Minimum: 5 m Range: 75 m

Pnmriromt: non-linear and random > 60% of area crested/peaked

Included: non-linear and random 40-60% of area crested/peaked

a. Pattern: dendritic b. density: Moderatec. Variability: lowa. Stteepness:sloping b. Variability: Medium

c". Length: long d. Variability: Mediume. Curvature: convex

Valleybotttons: 0 %

InterflŒves : O-8Z:20 %, 9-25X: 80 %, 25-551: 0 %

b. Variability: Mediuma. Amplitude: high

hillocKy >16%, 0-50 m

a. Shape: b. Length:



-1- Upper and lower slopes, dystropepts, 70%

-2- Middle slopes, hapludults, 30%

-3-

-*-

.Valleys: InterjElmves: Small blocks

c. Variability:

30. BBI.TAim.TTY: 1= reliable, 2= probable, 3= tenable, .4= plausible

lO.b : 2 12.a: 1 14.a: 1 14>.b: 1 17: 1 18.a: 1 18.b: 2 18.c: 1

18.d-q: 2 19: 1 22: 2 23: 2 2«: 2 28: 2 29: 2

31. AD3HTIQBAL BOTES:

1010 - 87

U D OBIT BEFOBT F.RFP—gnw _ CSR~BOGGR

M&P IMAGE: CSOSS SECTIGS:

1 . LfUBD n u t : H a b . 1 . 2 . 2*. nmuBwarie b y FKCWIBCE:

5 . STATES HJEBTIFXE8S :

6 . LABD HUIT DESOBIFinaS:

7 . S&TELUTE SCB8ES :

8 . ATHttTATT. 5HOTOGHAPHS :

9 . Harnas • :

10. BÄHEST MATERIAL

a. Weathering :

b. Litbology :

c. Formation :

12. HAXEK a. Quality :

b. Source :

13. FH til W'l x :

14 . KIVEHS a. F loodr isk :

15 . VBSETÄiriUBI/ILAJSD USE :

16. i E8DSIQS

a. Occorence

b . Evidence

2. MAF SBEET: 1010 3. AREA: 13 km2

Lampung: 99X

Opdated by: AH edit date: 20/06/89 Statms: Final

Moderately dissected hills, intermediate and mafic tuffs and

lavas, moderately steep slopes (16-30%).

124/64/30/05/85

1:100.000 55 /8295-71 , 52 /8296-83

Star-1/250/88/1010-5-3

11. BOCK CUTCEÛP: 0 %

High


Qhv

Fresh

Perennial River

None

None

None



70 X

Common

Various

1 7 . SOIL GSEAI OTDTO

Ihm» mamt >SOZ

Associated 1

Associated 2

Classification

dystropepts

humitropepts

hapludults

Z of area

55 X

25 %

20 X

Lab. checked

yes

yes

yes

32.

ity/ / /87/HJ/1010/52/ /26 /

uda/ / /87/AF/1010/54/ /12 /

ith/ /87/HK/1010/54/ /22

1010 - 88

18. SOIL CSABCCTEBISnCSProperties

a. Texture: topsoil

subsoil»

b. Depth: peatsoil

c. Drainage:

d. Exen. K: topsoil

subsoil


subsoil

£. Avail.. F: methodtopsoil

subsoil

g. Total F: topsoil

subsoil

fa. CEC p9 7 topsoil

subsoil


subsoil

j. Al Sat. topsoil

subsoil

k. Al taxicity :1. Acid sulpm. pot. :

m. Salinity :

n. Other Taxicity:


p. Organic Matter :q. TEB :r. Total observations:

Dominant > 50Zfine

fine

--

very deep

Well drained

medium

low

medium

very low

Bray Ivery low

very low

low

low

high

high

very strong acid

excessive acidvery low

high

yes

--

--

--

1.20 cm

2.0

2.9

0

Associated 1

fine

fine

--

very deep

Well drained

medium

medium

low

medium

Bray Ivery low

• very low

medium

medium

high

medium

strong acid

strong acidvery low

very low

no--

—

--

—

5.4

11.3

0

Associated 2fine

fine--

very deep

Well drained

low

very low

very low

very low

Bray Ivery low

very low

medium

low

low

low

moderately acid


very low--

--

--

--

--

3.011.2

0

19 . ALTITUDE:2 0 . FLABI/FSOFnJE:

Marri—: 400 m Minimum: 100 m Bange: 200 m

Dominant: non-linear and random > 60X of area crested/peaked

Included: non-linear and random < 40% of area crested/peaked

21. L.O.

22. SLOPE:

23. SLOPE OISTK.:

24. BELIEF AMF1I.

25. TEBBAU9:

2 6 . QBE5T/KIBGES:

2 7 . VALLET FLOQB:2 8 . LAUD FACETS:



a. Steepness:mod. steep

c. Lengtih: moderate


ValleybottOBS: 0 %

Interfluves : 0-81:15 %

a. Amplitude: high

Hilly >162,51-300m

a. Shape: Irregular

d. Width: widea. Hidtto: very narrow




9-251: 70 %, 25-55X: 15 %b . V a r i a b i l i t y : Medium

b. Lengtli:Moderately long


b. Variability: Low •


-1- Crest and upper slopes, dystropepts, 55%



29 . IHfiHMEHTATiaB: Va l l eys : Interfluves: Small blocks

30. BELXABUXTS': 1= reliable.' 2= probable, 3= tenable, 4 s plausiblelO.b : 2 12.a: 1 14.a: 1 14.b: 1 17: 2 IS.a: 2 JB.b: 2 18.c: 218.d-q: 2 19: 2 22: 2 23: 2 24: 2 28: 2 29: 2

3 i . BOTES:

1010 - 89

LARD HUIT BEHKT LHEP-SBHM, CS8-B0GCB

MAP IMAGE: QBOSS SECTIOH:

1 . 1ABD OBIT: H b . 1 . 2 . 2

4 . <KiaiWrj«J& b y E80VIBCE:

5 . STATUS IBEBTIFIEHS :

6 . LAUD OBIT DESCSIFTIOIB:

7.


Lampung: 99%


Moderately dissected hills, intermediate and mafic lavas, moderately

steep slope (16-30Ï).

124/64/30/05/85

8 .

9 .

1 0 .

1 2 .

1 3 .

1 4 .

1 5 .

1 6 .

1 7 .

3 2 .

AEBIAL paOTOGBAPHS

SADAB

BASEST MATERIAL

a. (featheringb. Littoology

c. Formation

HATES a. Quality

b. Source

PTESHERXES

BIVE3S a. Floodrisk

VBEE3ÄTKW/LAHD USE

Area used

a. Occur ence

b . Evidance

SOIL flwiBAir G800P

Doninant >50IAssociated 1Associated 2

: 1:100.000 56 ,/8292-123, 3A /8285-09 , 4 /8282-101: Star-1/250/88/1010-3-2

: High: andes i t ic lavas

: Tov

: Fresh: Perennial River

: None

: None

i: None

: secondary fores t

(kelapa), towns,

: 50 X

: Common

: Various

Classification

dystropepts

hapludults

mrpumsyipiTATHifir IJIMIPIHIER.

i ty / /340-21 /71/DN/1010/34/ /57 /

11. BOCK UUirLSUf: 0 Ï

, bush, upland crops, coffee (kopi), coconut

villages

Z of area Lab. checked

70 X yes

30 X yes

%

uda/ / /87/TB/1010/33/ /10

1010 - 90

in sann f-p»p«-TFBT«rrrr5î

Properties

a. Texture: topsoil

subsoil

b. Depth: peatsoil

orneralsoil

c. Drainage:

d. Exch. K: topsoil

subsoil


subsoil

£. Avail. P: Method

topsoil

sud» soil

S- Total P: topsoil

subsoil

h. CEC pH 7 topsoil

subsoil

i. Soil Réaction:topsoil

subsoil

j. Al Sat. topsoil

subsoil

k. Al toxicity :

1. Acid sulph. pot. :

•. Salinity :

n. Other Toxicity:

o. Boot dbstx. layer :

p. Organic Hatter :

q. TJE8 :


Pnmmnt > 50tmoderately fine

fine--

deep

Well drained--

—

highlow

--

--

mediumlow

—--

neutral

neutral—--

—

—

—

--

75 cm1.70.0

1

Associated 1fine

fine—

very deep

Well drainedlow

low

low

very low


low

very low

medium

high

very strong acid

strong acidmedium

low--

--

—

--

142 cm

2.17.8

0

Associated 2

0.00.00

19. ALTITUDE:

20 . PIAS/P5OFILE:

2 1 . L .0 . DHAiaaGE:

22 . SLOPE:

23 . SLOPE DISTR.:

2 4 . WBT-IMP AWPLI.:2 3 . TmgBAinB-

2 6 . CSEST/BHHzES:

2 7 . VALLET RUHR:

2 8 . LARD FACETS:

29. FBAGMEBTATIOB:

350 m Mind«: 5 m Bange: 200 mDamnant: non-linear and random > 60Z of area crested/peakedIncluded:a. Pattern: dendritic b. density: Mod. high

c. Variability: lowa. Steepness:mod. steep b. Variability: Mediumc. Length: long d. Variability: Mediume. Curvature: convexValleybottoas: 0 Z

Interflnves : 0-81:15 Z, 9-251: 70 X, 25-55X: 10 Z, »55Z: 5 Z

a. Amplitude: high b. Variability: Medium

Hilly >16Z,51-300ma. Shape: Irregular b. Length:Moderately long c. Variability: Lowd. Hidth: wide e. Variability: Mediuma. Hidth: very narrow b. Variability: Low-1- Upper and lower slopes, dystropepts, 70%-2- Middle slopes, hapludults, 30Z

-3--4-Valleys: Interdoves:Small blocks

30. HELIABmrr:lO.b : 2 12.a: 1

18.d-q: 2 19: 2

» reliable, 2« probable, 3- tenable, 4« plausible

14.a: 1 14.b: 1 17: 2 18.a: 2 18.b: 2 18.c: 1

22: 1 23: 2 24: 2 28: 2 29: 2

31. ADDITIOBAL BOXES: Hapludults is compiled from Hb.1.3.3.

1010 - 91

HBP DKGE: CBQSS SECTIGH:

I K.2.2.J !

II !

acid plutmic rod?

2. MAP SHEET: 1010- 3. AREA: 83 km2

Lampung: 99%

Updated by: AH edit data: 20/06/89 Status: Final

6. L&KD DSnnr DESCSIXTXCH: Moderately dissected hills, acid plutonic rocks, moderately steep

slopes (16-30%).

1. LARD OUT: Hg. 1.2.2

4. i i n i i M T by HtUVJLHUE:

5 . STATUS

7 .

8 .

9 .

1 0 .

1 2 .

1 3 .1 4 .

1 5 .

1 6 .

1 7 .

3 2 .

RATIIB J. 1 TIK SCEHKS

AlHttTAïï- EBOTOGSAfBS

BADAS

RVEEHT MATERIAL

a. Weathering

b. Litbologjrc. Fomation

HUES a. Quality

b. Source

iri?iHitimiiB>

SIVEBS a. Floodrisk

VEGEIATICH/LAKD USE

Area used«nrmrra*Tsm n n R i r a

a. Occorence

b . Evidance

«arnnr.. G8EAI GBODP

Domimaiit >50Z

Associated 1

Associated 2

: 124/64/30/05/85,: 1:100.000 3A /8285-11 , 55 /8295-75

: star-1/250/88/1010-2-5

: High

: granite, granodiorite,

: Kgr

: Fresh

: Deep wel ls

: None: None

i: None

: moist primary lowland

towns, v i l l ages

: 70 Ï

: Common

: Various

Classification

dystropepts

hapludults

troporthents

BEfflESEBIATIVE HBQFILES:ity/ / /87/ER/1010/24/ ' /42 /

1 1 . BOCK OOTCBŒP: 0 %

diorite

forest, bush, upland crops, coffee (kopi),

Z of area Lab. checked

70 % yes

25 % yes

5 % no

uda/ /84-2 /85/AH/1010/64/ /7a

1010 - 92

1 ft STTTT rotRArTP"TSTTr3«

Proparties

a. Textnxa: topsoil

sobsoil

b. Depth: peatsoil

mriinrrnT •™*4 1

c. Drainage:

d. Ezch. K: topsoil

sobsoil


subsoil

f. Avail. P: aethod

topsoil

subsoil

g. Total P: topsoil

sobsoil

h. CMC pB 7 topsoil

subsoil


sobsoil

j. Al Sat. topsoil

sobsoil

k. Al tozicity :

1. Acid snlph. pot. :

m. Salinity :

n. Other Toxicity:


p. Organic Matter :

q. TEB :


Damnant > SOI

fine

fine

—

very deep

Well drained

medium

medium

medium

medium

Bray I

very low

very low

low

low

medium

medium

very strong acid

very strong acid

very low

very low

no

--

—

--

—

2.1

6.9

3

Associated 1

fine

fine

—

deep

Well drained

medium

medium

medium

medium

Bray I

very low

very low

very low

very low

low

medium

very strong acid

very strong acid

high

very high

yes

--

—

--

98 cm

1.6

3.3

1

Associated 2

0.00.00

19. AU1TUIE:

20. PLAJI/HBQFUE:

2 1 . X..U. SKAIBAlSE:

22 . SUSIE:


24 . BELIEF AMPLX.:

25 . TE8BAIH:

26 .

27 . TAUET FUHR:

28. LAUD FACETS:

29 . SBAGMOTÄTKH:

Hrnimmm: 75 m Bange: 100 mand random > 60% of area crested/peaked


9-25Z: 60 X, 25-55X: 25 X

300 m

Doainant: non-linear

Included:


c. Variability: low


c. Length: moderate


Valleybottoms: 0 %

Interfluves : 0-8Z:15 X

a. Aîlitade: high

Hilly >16X,51-300m

a. Shape: Undulating b. Lengtli:Moderately long

d. Width: moderate e. Variability: Low


-1- Upper and lower slopes, dystropepts, 70Ï

-2- Middle slopes, hapludults, 25*

-3- Crest, troporthents, 5%

-*-

Valleys: Interflmves: Small blocks

Variability:

Variability:

Medium

Medium



30. BBLJABHI1Y:lO.b : 2 12.a: 118.d-q: 2 19: 2

= rel iable, 2° probable, 3= tenable,14.a: 1 14.b: 1 17: 2 18.a: 2

22: 1 23: 2 24: 1 28: 2

4= plausible18.b: 2 18.c: 1

29: 2

31. ADDITXCOAL BOXES: Hapludults is compiled from Hg.I.3.3.

1010 - 93

LREP-SDBM, CSR-BOGGR

IMAGE: CSOSS SBCTIOB:

H.1.3.J

acid hrifsHine (tlsi'cudiientiry roda

ï.1.2.2

Fymœ felsic yZ'»iiienUrf roda /;<

X 2 1 2 '

'St 'olcanic roda ' - \

«7

1 . LAUD DRET: Hq. 1 . 2 . 2

4 . OOCnSXSCX b y WOfWCE:

5 . Sl&MJö HJISTIFIERS :

6 . 1A5DOI TQIBmr DESCSIPTIOIB:

7 . SAJELUnrE SC1HES :

8. AFPTA

9. RADAR

10. HÜBEST

. a. Heatbering :

b. lithology :

c. Formation :

12. HAXER a. Quality :

b. Scarce :

13. FXSHE8ÏES :

14. BIVEHS a. Floodjrisk :

b. TB in nirfflti i vn *

15. VE5E3Ä31CS/LASID OSE :

Area osed

16.

a. Occoremce

b. Evidance

2. IMP SHEET: 1010 3. AREA: 50 km2

Lampung: 99%


Moderately dissected hills, coarse felsic sedimentary rocks,

moderately steep slopes (16-30%).

124/64/30/05/85

1:100.000 54 /8296-79 , 56 /8294-43 , 54 /8296-103

Star-1/250/88/1010-2

11. ROCK G0TTC8QP: %

Partial

sandstone

Tmtp

Fresh

Deep wells

None

None

None

secondary forest, bush, alang-alang, shifting cultivation, upland

crops, coffee (kopi), rubber (karet), towns, villages

40 %

Common

Various

17. SOH. GREAT GRGOP

32 . SI

ity/

ClassificationDoxriuniamt >50I dystropeptsAssociated 1 troporthentsAssociated 2

UWJUSUjniATIVE BBOmjES:

/340-8 /71/DN/1010/62/ /16 /

Z o f area90 %

10 %

1

Lab. checkedyes

no

1010 - 94

18. SOIL CHMUmHlSTlCSPropertiesa. I M U I I « : topsoil

subsoilb. Deptb: peatsoil

•tneralsoil

c. Drainase:d. Each. K: topsoil

subsoil


f. Avail. P: Betfaodtopsoil

subsoil


h. CEE pH 7 topsoilsubsoil



subsoil

k. Al taxicity :

1. Acid snlpb. pot.:

m. Salinity :n. Other Taxicity:

o. Boot cbstr. layer :

p. Organic Matter :q. TIB :r. Total observations:

Donnant > 501medium

moderately fine- --

very deep

Well drainedhigh

very low

very high


mediumlow

very low

very low

slightly acid

strong acid'

--

——

—--

110 cm

1.611.81


0.00.00

0.00.00

19. M.TITOBE:

20 . HLAJB/THDHXE:

2 1 . L.D. EBAIBlâGE:

22 . SLOPE:

2 3 . SLOPE DISTft.: .

24 . BELIEF âMPLI.:25 . lEHBâHH:26.

27. VALLEI FIOQS:28. LAUD FACETS:

29 . ÏHAEMEBTTATiaS:

450 m Minimal»: 200 m Sänge: 300 mDominant: non-linear and random > 60% of area crested/peakedIncluded:

b. density: Moderatea. Pattern: dendriticc. Variability: lowa. Steepness:mod. steepc. Length: longe. Curvature: convexValleybottanis: 0 XInterfluves : 0-81:15 Xa. Amplitude: highHilly >16%,51-300ma. Shape: Irregular

d. Width: wide


-1- Slopes, dystropepts,

-2- Crest, troporthents,

-3-

-4-

Valleys: Interflmves:Small blocks



9-25Z: 65 X, 25-551: 20 Xb. Variability: Medium

b. Lengtb:Moderately longe. Variability: Mediumb. Variability: Low90Ï10X


30. RELIABILITY: 1= reliable, 2= probable, 3= tenable, •= plausiblelO.b : 2 12.a: 1 14.a: 1 14.b: 1 17: 2 18.a: 2 18.b: 2 18.c: 118.d-q: 2 19: 2 22: 2 23: 2 24: 1 28: 3 29: 2

31. ASDIITICSIAI. BOIES: No analysed profile for Troporthents

1010 - 95

LAB UUT »miff LBEP-SDBM, CSR-BOBGB

CBOSS SBCnCH:

V.2.3.2V.2.2.2

1.1.2.2

I.J.I

roistuffctufic Urn \«>d tuffslcwr« felsl«

1 . IAH0 m i l l : Htn. 1 . 2 . 2

4 . OdCUSQESCE b y HHWIHEE:

5 . aiAjnuc» SDSSHFXEBS

6 . LAUD OBIT DE9CSIFTICD:

7 . SJtTWlT^..M-rIK 5MTIJJHIIWX :

8 . AffigTM. HHOTOGSAPBS :

9 . SABftB :

10. mssm

2. MftP SHEET: 101C 3. .AREA.: 44 km2

Lampung: 99%

Undated by: AH edit date: 20/06/89 Status: Final

Moderately dissected hills, metamorphic rooks, moderately steep

slopes (16-303;).

124/64/30/05/85, 123/64/30/05/85

1:100.000 56 /8294-39

Star-1/250/88/1010-4-5

11. BOCK G0TC8GP: 0 X

12.

13.

14.

15.

16.

17.

a. Weathering

b. Litibology

c. Formation

HftTER a. Quality

b. Scarce

FISHERIES

BIVEBS a. Floodrisk

b. Inundation

V HSKIKTliM/liMD OSE

Area osed

AmnrjpiB/nrcnra mxrvzzrm

a. Occoxence

b. Evidance

SOUL. GBEAT GStQOP

Umräumt >SOZ

Associated 1

Associated 2

: High

: gneiss, schists,

: pise

: Fresh

: Perennial River

: None

: None

i: None

: teak forest (jati), bush, shifting cultivation, upland crops,

coffee Ckopi), coconut (kelapa)., towns, villages

: 60 X

: Common

: Various

Classification Z of area Lab. checked

dystropepts 80 X yes

kanhapludults 20 % yes

. %

32 . RERESESTAHVE PSOFILES:

ity/ /340-18 /71/DN/1010/62/ /41 / udh/ /340-11 /71/DN/1010/62/ /22 /

1010 - 96

Proporties

•- Texture: topsoil

sdbsoil

b. Depth: peatsoll

îwo^nf uni \

c. Drainage:

d. Exch. K: topsoil

subsoil

a. Total K20: topsoil

subsoil

t. Avail. P: asthod

topsoil

sobsoil

g. Total P: topsoil

subsoil

h. CEE pB 7 topsoil

subsoil


subsoil

j. Al Sat. topsoil

subsoil

k. Al taxicity :

1. Acid salpb. pot.:

•. Salinity :

B. Otber Toxicity:


p. Organic Matter :

q. TEB :


Damnant > 501

moderately fine

fine

—

deep

Well drained

--

—

medium

low

—

--

medium

low

----

slightly acid

moderately acid

--

—

—

—

--

—

.

1.60.02

Associated 1

medium

moderately fine

—

deep

Well drained

--

—

high

high

—--

medium

low—--

moderately acid

moderately acid

--

—

—

—

—

—

—

1.60.01

Associated 2

0.00.00

19. ALTITUDE:

20 . PLAK/PfiaFTLE:

2 1 . L.tJ. DBAIHnSE:

22 . SLOPE:

2 3 . SLOPE DISTR.:

24.25.26.

AMPLE.

2 7 . VALLET FLO0B:2 8 . LAUD FACETS:

29. ÏBAGMEBTTAXICBI:

150 m Hinimns: 75 m Bange: 100 m

Dominant: non-linear and random > 60X of area crested/peaked

Included:




9-25X: 80 X, 25-551: 0 Ï





c. Length: moderate


Valleybottons: 5 X

Intecdnves : 0-81:15 I

a. Amplitude: high

Hilly >16X,51-300m

a. Shape: Irregular b. Length:Moderately long


a. Width: b. Variability:

-1- Interfluves, dystropepts, 80Z

-2- Interfluves, kanhapludults, 20Ï

-3-

-4-

Valleys: Imterfluves: Small blocks

c. Variability: Low

30. BKt.TABTT.innr:

lO.b : 2 12.a: 1

18.d-q: 2 19: 2

31. A0DXTXOSAL BOIES:

= reliable, 2= probable, 3° tenable, 4- plausible

14.a: 1 14.b: 1 17: 1 18.a: 2 18.b: 2 18.C: 1

22: 1 23: 2 24: 1 28: 2 29: 2

1010 - 97

WHT ttKFCKT UKEP-SXBH, CSHBOGOft

tf&P BÖGE:

iH.1.3.J

,„ folcuic rocks

1 . LATO D D T : Hab. 1 . 3 . 3

4 . OOCOHEKE b y FRCWIBCE:

s. sums n>Di6. LUD HOT DESCBIFnCB:

2 . MAP SHEET: 1010 3 . AREA: 140 km2

Lampung: 99Ï


Strongly dissected hills, intermediate and mafic tuffs and lavas,

steep to very steep slopes (30-75%).

7.8.

9.

10.

12.

13.

14.

15.

16.

17.

KAT»! T.I ir f- SCElES

AEIITAT- fflOIDEBAFBS

RADAR

mnrearr MATEBTAT

a. Weathering

b. Uthology

c. Famatian

MATER a. Quality

b. Source

FISHERIES

RIVERS a. Floodrisk

b. Inundation

VEGETATICa/IARD USE

Area used

»mnrFPATFn vamirm

a. Occurence

b. Evidance

fflp| I, CHEAT <J*Mip

Doadnant >50Z

Associated 1

Associated 2

: 124/64/30/05/85

: 1:100.000 5 /8292-25 , 53 /8316-15 ,

: Star-1/250/88/1010-3-4

: High

11.

: andesitic tuffs, andesitic lavas, basalt

: Qhv

: Fresh

: Perennial River

: None

: None

i: None

: secondary forest, bush,

,' 23 /8282-137

ROCK GB7IC&QP: 0 X

shifting cultivation, upland crops, coffee

(kopi), replanting of forestry areas, towns, villages

: 50 Î

: Common

: Various

Classification

dystropepts

humitropepts

hapludults

ity/ / /87/HJ/1010/52/ /26 /

uda/ / /87/AF/1010/54/ /12 /

1010 -

Z of area

70 X

20 X

10 X

ith/ /

98

Lab. checked

yes

yes

yes

/87/HK/1010/54/ /22

18. SOIL CBARACXEKISnCSProportiesa. Texture: topsoil

subsoil

b. Depth: peatsoil•dneralsoil

c. Drainage:d. Each. K: topaoil

subsoil

e. Total D O : topsoil

subsoil

£. avail. P: Methodtopsoil

sobsoilg. Total P: topsoil

subsoil

b. CBC pH 7 topsoilsubsoil



subsoil

k. Al toxicity :

1. Acid solpb. pot.:

a. Salinity :

o. Other Toxicity:


p. Organic (fatter :q. TEB :\r. Total observations:

Donnant > SOX

fine

fine--

very deep

Well drainedmedium

low

mediumvery low

Bray Ivery low

very lowlow

low

high

high

very strong acidexcessive acidvery low

high

yes----

--

120 cm

2.02.91

Associated 1fine

fine--

very deep

Well drained

medium

mediumlow


very low

medium

mediumhigh

mediumstrong acid

strong acidvery low

very low

no—

—--

—

5.<t

11.31

Associated 2fine

fine—

very deep

Well drainedlowvery low

very low

very low

Bray Ivery low

very lowmedium

low

low

low

moderately acid


very lowno

--

—--

—

3.011.21

19. ALTITUDE:20 .

25 m Bange: 200 m> 60% of area crested/peaked

2 1 . L.D. DBAISaSE:

2 2 . SLOPE:


24 . RELIEF AMPtl.:2 3 . TFHRATTE-

26. CHEST/RIDGES:

27. VALLEY FLOOR:28 . LARD FACETS:

525 mDestinant: non-linear and randomIncluded:

a. Pattern: dendriticc. Variability: lowa. Steepness:very steep

c. Length: longe. Curvature: convex

ValleybottoBs: 5 XInterflaves : 0-81:5 %

a. Aaplitode: highHilly >16%,51-300ma. Shape: Irregular b. Leogth:Moderately longd. Width: wide e. Variability: Mediuma. Hidth: very narrow b. Variability: Low-1- crest and upper slopes, dystropepts-, 70X-2- Lower slopes, humitropepts, 20%



Variability:

Variability:

MediumHigh

9-25Z: 10 %, 25-551: 50 %, >55I: 30 %b. Variability: Medium

c. Variability: Low

29. EBaGMEffTATIOB: Va l l eys : Interdîmes: Small blocks

30. RELIABILITY: 1« reliable, 2= probable, 3= tenable, 4= plausiblelO.b : 2 12.a: 1 l«.a: 1 l«.b: 1 17: 1 18.a: 2 18.b: 2 18.c: 118-d-q: 1 19: 1 22: 2 23: 2 24: 2 28: 3 29: 2

3 1 . ADDITIOML HOTES:

1010 - 99

£AHD Ufl.LT LBEP-S0BM, CSR-BOGOB

MP IMAGE: CSOSS SBCTIOS:

Tolcuic rodsiotenediitxuf ie l im "

1 . UUBD m H : H b . 1 . 3 . 3

4 . OOCOaraCE b y tHOTIHCE:

s . STÄTOS njHsrrtFEœs :

6. LABD OBIT DE3CHIPTICS:

7. SATELLITE

g. BABAS

10. BAREST !

a. Weathering

b. litbology

c. Fondation

12. HOTES a. Quality

b. Source

13. FISHERIES

14. RIVEES a. Flocdrisk

13. VEGETATICB/LABD USE

16.

Area used

EROSIOR

a. Occnrence

b. Evidance


Lampung: 99%


Strongly dissected hills , intermediate and mafic lavas, steep

to very steep slopes (30-75Z).

124/64/30/05/85

1:100.000 4 /8282-101, 56 /8292-125, 52 /8296-87

Star-1/250/88/1010-2

i i . HOCK omrcsnff: o %

High

andesitic lavas

Tov

Fresh

Perennial River

None

None

None



50 X

Common

Various

17. SOIL CHEAT GSCOF

>sozAssociated 1

Associated 2

Classification

dystropepts

hapludults

Z of area

80 X

20 X

Lab. checked

yes

yes

32.

ity/

HBOFIXES:

/87/US/1010/53/ /17 / uda/ /87/TB/1010/33/ /10 /

1010 - 100

18. SOIL

Properties

b. Depth:

topsoil

subsoil

peatsoil

c. Drainage:

d. Exch. K: topsoil

subsoil


subsoil

t. Avail. P: aethod

topsoil

subsoil

8- Total P: topsoil

subsoil

h. CEC pH 7 topsoil

subsoil


subsoil

j. Al Sat. topsoil

subsoil

k. Al taxicity :


B. Salinity :

n. Other Toxicity:


p. Organic Matter :

q. TEB :


Donnant > 501

fine

fine

moderately deep

Well drained

low

low

low

low

Bray I

very low

very low

medium

medium

medium

low

very strong acid

very strong acid

high

very high

yes

67 cm

1.8

2.6

4

Associated 1

fine

fine

very deep

Moderately well

low

low

low

very low

Bray I

very low

very low

low

very low

medium

high

very strong acid

strong acid

medium

medium

yes

142 cm

2.1

7.8

2

Associated 2

0.00.00

19. AUXTODE:20.

2 1 . L.O. B8AHBAGE:

2 2 . SLOPE:

2 3 . SLOPE DISTfi. :

24. M I T W AMPLI.:25. THBHATIB-

26. fl UÜWKT/PII UBJ|fJ3g-

2 7 . VAUX? FLOOR:28 . LAND FACETS:

29. ISflOfEBTAinCB:

325 m Hinimm: 5 m Bange: 200 m

DoxLnant: non-linear and random > 60% of area crested/peaked

Included:


Medium

Medium

65 %, >55I: 20 X

Variability: Medium


c. Variability: low

a. Steepness:very steep b. Variability:

c. Length: moderate d. Variability:


ValleybottoBS: X

Interflows : 0-81:5 X, 9-251: 10 X, 25-55X:

a. Anplitmde: high b.

Hilly >16X,51-300m

a. Shape: Irregular b. Lengtb:Moderately long



-1- Interfluves, dystropepts, 80Ï

-2- Interfluves, hapludults, 20Z

-3-

-*-

Valleys: Interfloves: Small blocks


30. BCT.TABTT.TTf: 1- reliable, 2» probable, 3= tenable, 4° plausible

lO.b : 2 12.a: 1 l«.a: 1 l«.b: 1 17: 1 18.a: 1 18.b: 2 18.C: 1

18.d-q: 1 19: 2 22: 2 23: 2 24: 2 28: 2 29: 2

31. ADDXTXaSAL BOIES:

1010 - 101

LAHD Œ8IT SEKHT LBEP-SDB4, CS8-B0BCB

MAP DOGE: CBGSS SECTIOB:

I . I . Ü V •••••. \

A.3.5A.3.5

1 . LAUD HUIT: H d . 1 . 3 . 3

4 . OODUHSBCE by BBQVUCE:

s. sîanns EQEBITIFEEBS :6. LAND mur DEscsnnoa:

7_ RATBT.lrjYIH *a*MM 3C :

8 . ASBIAL PfflOTOGKAFHS :

9 . BADAR :

1 0 . BABfOTt «atTHHTAT-

a . Weatber ins :b . Li t&ology :

c . Fonmation :

1 2 . HAim a. Qual i ty :

b . Source :

13. FlSHERXlfiS :

14. RXVEKS a. Floodrisk :

b_ UDsmdation:

15. VBEETATIDH/IAIHD USE :

Area used :

16. AOCEU8AXED EBOSIGH

a. Occorence

b. Evidance

2. mP SBEET: 1010 3. ABEA: 83 km2

Lampung: 99%


Strongly dissected hills, acid tuffs, steep to very steep slopes

30-75%

124/64/30/05/85

1:100.000 53 /8316-147, 53 /8316-149

Star-1/250/88/1010-4

i i . BOCK cmcaoap: o %

Partial

dacite

Qrv

Fresh

Perennial River

None

None

None

secondary forest, bush, alang-alang, shifting cultivation, upland

crops, coffee (kopi), replanting of forestry areas, towns, villages

20 X

Common

Various

17. SOU. G8EAX GBOOP

Dandmant >SOZ

Associated 1

Associated 2

Classification

dystropepts

Z of area

99 X

Lab. checked

yes

32. mwumwnpWTTAx• M»T fflOFILES:

ity/ / /87/HJ/1010/52/ /06 /

1010 - 102

18. SOIL CHARACTERISTICSPropertiesa. Textare: topsoil

sabsoil

b. Depth: peatsoil

•dneralsoil

c. Drainage:

d. Each. K: topsoil

subsoil


sabsoil

f. Avail. P: aetfaodtopsoil

sabsoil

8- Total P: topsoil

sabsoil

h. CEC pB 7 topsoil

sabsoil


sabsoil

j. Al Sat. topsoil

sabsoil

k. Al toxicity :

1. Acid salpb. pot.:

•. Salinity :

n. Other laxicity:

o. Root abstr. layer :

p. Organic Matter :

q. TUB :


Doadoant > SOZ

fine

fine

very deep

Well drained

high

medium

medium

low

Bray I

very low

very low

very low

very low

low

low

very strong acid

very strong acid

very low

high

yes

140 cm

1.8

2.5

2


0.00.00

0.00.00

19.20.

21 . L.D.

22. SLOPE:

23. SLOPE DISTR.:

24. RELIEF AMPLI.:2 5 . TEHBATnn-

2 6 . CSEST/RIDGES:

2 7 . VALLEY FU0G&:2 8 . LA8D FACETS:

2 9 . BBAGMHSTATICS:

775 m

Drainant: non-linear

Included:


c. Variability: low

a. Steepness:very steep

c. Length: moderate

e. Corvatore: convex

Valleybottaas: %

Interzlaves : 0-81:5 i,

a. Anplitode: high

Hilly >16X,51-300m

a. Shape: Irregular

d. Width: wide

a. Width:

-1- Interfluves

-2- Interfluves

- 3 -- • -Valleys:

Müubanm: 250 m Bange: 500 m

and random > 60% of area crested/peaked



d. Variability: Low

9-25X: 10 %, 25-551: 60 %, >55X: 25 %


b. Length:Moderately long

e. Variability: Low

b. Variability:

dystropepts, 80%

dystropepts, 20%

Interdnves: Small blocks


30. WEt.TABTT.TTnr:lO.b : 2 12 .a: 118.d-q: 2 19: 1

= r e l i a b l e , 2= probable, 3= tenable, 4= plausible14.a: 1 14_b: 1 17: 1 18.a: 2 18.b: 2 18 . c : 1

22: 2 23: 2 24: 2 28: 2 29: 2 ,:

3 i . TOTES :

1010 - 103

LAHD U l l i wrnari LHEP-SDBf, CSB-BOBCB

MA? IMAGE: SlfiUrf t OW "

T.3.2

B.l.3.3 B.1.1.2

Kid tuffstfine felste scdÏMntuj rods

X.2.2.3

F''/* ' «ei« tafft*

1 . LAHB DUIT: H d f . 1 . 3 . 3

iliHItW-C by HHWIHCE:4 . »«

5 . ST&IUS

6 . LÄMO UW1T DESCSIPTIOH:

7 . sjMTffgr.i- H T U

8 . AERIAL fQOIOGSAPBS

9 . HAEAH

1 0 . PABB9T IMI»TBBTA1I-

a . Heatbexing

b. Lithrology

c. Formation

12. HUŒB a. Q u a l i t y

b . Source

1 3 . PTS2SSRUÏS

1 4 . SIVEBS a . F l o o d r i s k

b _ HjDDmdatiCQn

1 5 . VBGSXAXIQB/1LAHD OSE

Area u s e d

16. ACCELE8ATE0 EBOSIOB

a. Occnrence

b. Evidance

2 . MftP SHEET: 1010 3 . AHEA: 388 km2

Lampung: 99%


Strongly dissected hills, acid tuffs and fine felsic sedimentary

rocks,steep to very steep slopes(30-90%).

12^/64/30/05/85

1:100.000 3A /8285-15 , 23 /8282-137

star-1/250/88/1010-2,3

11. B O X OTOtHOP: 0 X

High


Tnp

Fresh

Perennial River

None

None

None

secondary forest, moist primary lowland forest, bush, shifting

cultivation, coffee (kopi)

5 %

Common

Various

17 . SOIL CTEAT GS0DP

Associated 1

Associated 2

Classification

dystropepts

Z of area

99 %

%

Lab. checked

y e s

3 2 . BEEBESESnUTIVE FHQFTLES:

ity/ / /87/AF/1010/51/ /32 /

1010 - 104

18. son. CHARProperties

a. Texture:

b. Depth: )

•In*

c. Drainage:

d. Excb. S:

e. Total K2O:

f. avail. F:

8- Total P:

fa. CEE pfl 7

topsoil

subsoil

peatsoil

»ml wvf 1

topsoil

ignhsoil

topsoil

subsoil

•etbod

topsoil

subsoil

topsoil

subsoil

topsoil

subsoil

i. Soil Reaction: topsoil

j. Al Sat.

subsoil

topsoil

subsoil

k. al toxicity :

1. acid salph

m. Salinity :

pot.:

n. Outer Toxicity:

o. Boot obstx.. layer :

p. Organic Matter :

q. TEB :

r. Total cbseirations:

Donnant > SOZ

fine

fine

—

very deep

Well drained

medium

low

medium

low

Bray I

low

very low

low

very low

lowlowvery strong acid

very strong acid

low

high

yes

--

--

--

120 cm

2.0

2.4

3

associated 1 associated 2

0.0

0.0

0

0.0

0.0

0

19. ALXIT0DE:

2 0 . PLÄS/SBOäFIIJE:

2 1 . L.O.

22 . SLOPE:

2 3 . SLOPE BISTS.:

24 . RELIEF AMPLI.

25 . TJBBBAXH:

26. CREST/HUDSES:

27. VALLET MOOS.-.

28. LAUD FACETS:

29.

325 m

Damnant: non-linear and random

Included:




c. Length: long


Valleybottons: 5 %

Interflraves : O-8X:0 %, 9-25Z: 10 X. 25-551:

a. Amplitude: high b.

Hilly >16%,51-300m

a. Shape: Irregular b. Length:Long

d. Width: moderate e. Variability: Low


-1- Slopes, dystropepts, 99Ï

-2- 4

-3-

-4-

Valleys: Interflmves: Small blocks

100 m Hange: ISO m

> 60X of area crested/peaked




60 %, >55X: 25 %

Variability: Medium


30. WlHr.TABTir.ITf:

lO.b : 2 12-a: 1

18.d-q: 1 19: 1

° reliable, 2= probable, 3= tenable, 4= plausible

14.a: 1 14.b: 1 17: 2 18.a: 2 18.b: 2 18.c: 1

22: 2 23: 2 24: 2 28: 2 29: 0

31. ADDITIGKAL BOTES:

1010 - 105

LAID mSlT U H U S ISEP-SXmt, CSR-BOGOR

MAP HUGE: CSOSS SECTIOB:

X.2.3.3

l i

\<ï

T. I

P.4.2A.3.2

P.4.2

•etaiorpluc rods /

g.l.3.3

/ %

Kid plutonic rocks

' A I '

1 . làSD O U T : H g . 1 . 3 . 3

4 . nnnnroniui'K b y TWW.U1CE:

5 . S U m S njEBTTIPTEHS :

6 . TABm OIBIIT mima ui il F« KIM-

7.

8. ASBIAL

9. HABAK

10. IBKESnr MftXEBIAL

a. Heather ins

b . Littlnology

c . Fonnatiom

12. H&XEB a. Qual i ty

b . Scarce

13 . F1TSSISSXES

14. BIWE8S a. Floodrisk

b _ Tmiiiuiiitilafr. mr*

1 5 . VIEEIÄnCia/LAffl) USE

A r e a rased

1 6 . AOŒLERA1TED EBOSI08

a. Occuremce

b. Evidantce

2. MAP SBEET: 1010 3. ABE&: 44 km2

Lampung: 99%

Updated by: Ah edit date: 20/06/89 Statuas: Final

Strongly dissected hills, acid plutonic rocks, steep to very

steep slopes 30-70Ï.

124/64/30/05/85

1:100.000 56 /8294-35 , 56 /8294-37

Star-1/250/88/1010-5

11. BOCK OKTCHDP: 0 %

High

granite, granodiorite, diorite

Kgr

Fresh

Perennial River

None

None

None

secondary forest, bush, coffee (kopi), replanting of forestry

areas, towns, villages

60 %

Extensive

Various

17.

>S0Z

Associated 1

Associated 2

Classification

dystropepts

hapludults

troporthents

X of area

70 %

20 %

10 X

Lab. checked

yes

yes

no

32.

ity/

TtATIVE EBOFILES:

/ /87/ER/1010/24/ /A2 / uda/ /84-2 /85/AH/1010/64/ /7a /

1010 - 106

18. SOIL CHâEACTERISTICSBrapartiesa. Textura: topsoil


• taeralsoi lc. Drainage:d. Each. K: topsoil

subsoil


f. Avail. P: aethodtopsoilsubsoil


h. CEC pH 7 topsoil

subsoil


j. Al Sat. topsoil

subsoil

k. Al toxicity :1. Acid solpfa. pot.:•- Salinity :n. Otber Toxicity:o. Boot obstr. layer :p. Organic Matter :q. TEB :r. Total observations:

Daattnant > 501

fine

fine


medium

medium

medium


low

low

medium

medium

very strong acid


no

2.16.90


deepWell drained ,

medium

medium

medium


very lowvery low

low

medium

very strong acid

very strong acidhighvery highyes

98 cm.1.63.31

Associated 2

0.00.00

19 . ALTITUDE:2 0 . PLAB/PBQFILE:

2 1 . L.D

2 2 . SLOPE:


2 4 . wa-Twr AMPLI.2 5 . TEBHAIB:2 6 .

2 7 . VALLEY FLOOR:2 8 . LAUD FACETS:

2 9 . IBAGMEBTATKH:

385 mDominant: non-linear and randomIncluded:a. Pattern: dendriticc. Variability: mediuma. Steepness:very steepc. Length: short

e. Curvature: convexValleybottoms: %Interfloves : 0-8t:5 Ï,a. Amplitude: highHilly >16ï,51-300ma. Shape: Irregular

d. Width: widea. Width: very narrow

100 m Bange: 150 m> 602 of area crested/peaked



d. Variability: High

9-25X: 10 I, 25-551: 60 %, >55X: 25 %b. Variability: High

b. Length:Moderately longe. Variability: Lowb. Variability: Low

70Ï

c. Variability: Low

-1- Crest and upper slopes, dystropepts,

-2- Middle slopes, hapludults, 20Ï

-3- Lowerslopes, troporthents, 10Z

-4-Valleys: Interfluves: Small blocks

30. im.TABTl.TTT: 1= reliable, 2° probable, 3° tenable, 4- plausible

lO.b : 2 12.a: 1 14.a: 1 14.b: 1 17: 2 18.a: 2 18.b: 2 18.c: 1

18.d-q: 2 19: 2 22: 2 23: 2 24: 2 28: 2 29: 2

31. ADDITIGBAL BOXES: Representative profile for Dystropepts is extrapolated -

from Hg.1.2.2.

1010 - 107

uni n n mu* HT LKEP-SGHH, CSR-BOGCK

MAP BUGE: CXOSS S E C n C S :

3.3

K.2.3.4

* acid pliitonic tods r*X^ 'V^C]Utenèdiatè

r i1.2.3.3

coUqrial seoii

1 . LABO OUT: Hab. 1 . 5 . 2

4 . fnnnuMaiüf. by fBUVUSUE:

5 . SÏÏAOTS IDESnniTEBS :

6 . IABD IUIHJLX DESCHIPTiaB:

7 . SATBUJ-ITTK SCEBES :

8 . AWBTAÏÏ. IWWI BIK M-SP A W I S ;

9 . KAQAB :

1 0 . 5BKHST MftTBgTAir

a . Weathering :

b . Lithology :

c . Formation :

12. HUUR a. Quality :

b. Source :

13. FISHERIES :

1«. BIVEBS a. Floodriak :

b_ ümDdatian:

1 5 . WBSraaTiaB/LaHD OSE :

Area used

16. ACCELEBAXED EBDSIGH

a. Occurence

b . Ev idence

2 . H&P SHEET: 1 0 1 0 - 3 . ABEA: 56 km2

Lampung: 99%

Updated by; AH edit date: 20/06/89 Status: Final

Moderately dissected rolling land with hillocks, intermediate


124/64/30/05/85

1:100.000 005 /8292-027, 54 /8296-073

Star-1/250/88/1010-3

11. BOCX CmOSW: O X

High


Qhv

Fresh

Perennial River

None

None

None

secondary forest, bush, alahg-alang, shifting cultivation, upland

crops, coffee (kopi), towns, villages

70 X

Common

Various

17. SOU. GSEAT GSOOF

Dominant >SOX

Associated 1

Associated 2

Classificatie

dystropepts

humitropepts

Z of80

20

area

XXX

Lab. checked

yes

yes

32 . BEfBESEBWIVE HBOFILES:ity/ / /87/hj/1010/61/ /2 / ith/ /87/es/1010/54/

1010 - 108

18. SOIL CHABACTEBISTICSProperties

a. Textare: topsailsubsoil

b. Depth: peatsoilmneralsoil

c. Drainage:d. Each. K: topsoil

subsoil


subsoil

t. avail. P: aethodtopsoil

subsoil

S- Total P: topsoilsubsoil

b. C E pH 7 topsoilsubsoil

i. Soil Reaction:topsoilsobsoil

j. Al Sat. topsoil

subsoilk. AI toxicity :

1. Acid solpb. pot.:

•. Salinity :

n. Other Toxicity:

o. Boot obstx. layer :p. Organic Matter :q. TEB :r. Total observations:

Donnant > 501

moderately finefine

—

very deep

Well drained

very high

medium

very high

medium

Bray Ivery lowvery, low

very low

very low

medium

medium

moderately acid

moderately acid•very low

very low

no- - •

—

- -

—

2.911.52


—


low

low

very low

very low

Bray Ivery low .

very low

mediumlow

medium

medium

excessive acidexcessive acidmedium

high .

yes--

—

--

160 cm2.71.80

Associated 2

0.00.00

19. ALTITUDE:

2 0 . PLAR/HBOFXLE:

2 1 . L .0 . B8AIMGE:

22 . SLOPE:

2 3 . SLOPE DISTR.:

2 4 . BELIEF AMPLI.:25. TEgBATTB-

2 6 . C8EST/BHJGES:

2 7 . VALLES FLOOR:

2 8 . LAUD FACETS:

2 9 . FBACMESTATICH:

330 m Minium: 15 m Bange: 175 mDoainant: non-linear and random < 40% of area flat-toppedIncluded:a. Pattern: dendriticc. Variability: lowa. Steepness:sloping

c. Length: longe. Curvature: convex

Valleybottons: 5 %Interflaves : O~8Z:20 %,

a. Amplitude: mediumhillocKy >16%, 0-50 m

a. Shape: Undulating b. Length:Longd. Hidth: wide e. Variability: Mediuma. Hidth: very narrow b. Variability: Low-1- Hillocky area&upper si, dystropepts, 40%~2~ Middle slopes, dystropepts, 40%


-4-Valleys: Interfloves: Medium' blocks




9-25Z: 60 X, 25-55Z: 15 Xb. Variability: Medium


30. mg.TABn.TTT: l- reliable, 2- probable, 3« tenable, 4- plausible

lO.b : 2 12.a: 1 14.a: 1 14.b: 1 17: 2 18.a: 2 18.b: 2 18.c: 1

18.d-q: 2 19: 1 22: 2 23: 2 24: 2 28: 2 29: 2

31. ADOinORAL KOTES: Representative profile for Humitropepts is extrapolated from

Hab.1.6.2

1010 - 109

lêMD UBIT REPORT

MAP HUGE:

1 . IAHD IIISIT: Hab. 1 , 6 . 2

4 . OCOTHHBCE by HHWIHCE:

5 . SXATD5 HJESTIFIEBS :

6 . IAND m u r DESCBXPÏIOH:

7 .

8 . ATPBTAT. H3OTOGKAFHS

9 . HABfiK

1 0 . FftHEBT MATERIAL

a . Weather ing

b . Litlioloey

c. Formation

12. U&TES a. Quality

b. Source

13. FISHERIES

14. HIVERS a. Floodrisk

b . XmmBdatioji

1 5 . VBGEI&TICH/LAHD OSE

Area used

16 . ACCELERATED EB0SICB

a. Occurence

b . Evldance

2. tBF SHEET: 1010- 3. AHEA: 90 km2

Lampung: 99%

Updated by: Ah edit date: 20/06/89 Status: Final

Moderately dissected hillocks in rolling pattern, intermediate


124/64/30/05/85, 123/64/30/05/85

1:100.000 052 /8296-087, 053 /8316-149

Star-1/250/88/1010-4-3

11. BOCX COTCSQP: 0 X

Partial


Qhv

Fresh

Perennial River

None

None

None

secondary forest, bush, shifting cultivation, upland crops, rainfed

wetland rice, coffee (kopi), coconut (kelapa), towns, villages

30 i

Common

Gulleys

1 7 . SOIL «SEAT GROUP

Dominant >5OZ

Associated 1

Associated 2

Classification

dystropepts

humitropepÊs

Z of area

80 X

20 X

X

Lab. checked

yes

yes

32.

ity/

HUFILES:/87/SK/1010/54/ /34 / ith/ /87/ES/1010/54/ /17 /

1010 - 110

ifl wm. rfmwrrai'STTCSPropertiesa. Textare: topsoil

sabsoil

b. Depth: pestsoilnineralsoil


sabsoil

e. Total K2O: topsoilsabsoil

f. Avail. F: aethodtopsoil

sabsoil

g. Total P: topsoil

sabsoil

b. CEC pH 7 topsoil

sabsoil

i. Soil Reaction:topsoilsubsoj.1

j. Al Sat. topsoilsabsoil

k. Al taxicity :

1. Acid salph. pot.:

m. Salinity :n. Otber Taxicity:o. Boot abstr. layer :

p. Organic Matter :q. U B :


Daainant > 501fine

fine—

deep

Well drained

low

low

low

very lowBray Ihighvery low

low

very low

low

low

very strong acid

very strong acidhigh

high

yes--

--

--

85 cm

2.52.71

Associated 1

fine

fine—

very deep

Well drainedlow

low

very low

very low

Bray Ivery low

very low

medium

low

medium

mediumexcessive acid

excessive acidmedium

high

yes--

—

--

160 cm

2.71.81

Associated 2

0.00 . 0 .

0

19. ALTITBIDE:

20 . PLAK/THaPXLE:

2 1 . L.D. D3&DUGE:

22 . SLOPE:

2 3 . SLOPE DISIH. :

24 . marnnr AMPLI.:2 5 . XERBAES:26 . CHEST/BIEGES:

27 . VAILLE? FUCK:28. LAID FACETS:

29. fBAEMESTATIOH:

i: 1000 m Minium: 100 m Range: 650 mDominant: non-linear and random 40-60% of area crested/peakedIncluded:

b. density: Moderatea. Pattern: dendriticc. Variability: lowa. Steepness:mod. steepc. Length: longe. Corvataire: convex

Valleybottcns: XInterflaves : O-8Z:5 1

a. A^tlitnde: mediumhillocKy >16X, 0-50 m

a. Shape: Irregular b. Length:Longd. Width: wide e. Variability: Mediuma. Midth: very narrow b. Variability: Low-1- Upper & middle slopes, dystropepts, 80X-2- Lower slopes, humitropepts, 20%

-3--4-Valleys:



9-25X: 60 X, 25-551: 35 Xb. Variability: Medium


Interflaves: Small blocks

30. HELIABILITY:

lO.b : 2 12.a: 1

18.d-q: 2 19: 2

1= reliable, 2- probable, 3» tenable,

14.a: 1 14.b: 1 17: 1 18.a: 2

22: 2 23: 2 24: 2 28: 3

4= plausible

18.b: 2 18.c: 1

29: 2

31. ADDITIOSAL BOTES:

1010 - 111

LAID U I T EERST LBEP-SDBH, CSB-BOSOR

MAP IMAGE: CBOSS SECTICB:

V.2.2.2

intenaliate> "Hafic toffsrtafic latas

A.3.2

mtenediate+ufic IJTIS <vaÜCTi»l s*)ïieitsi '"

n.J..9.4

btOMdlatemf ie UTU

1 . LAUD OBIT: Hb. 1 . 6 . 2

4 . OOCOBBBCE by EBuviBUfi:

5 . SXAimS nJESTIFUBS :

6 . LAND UNIX EUSCHIPTICH:

7 .

8 .

g . JUUDAK

1 0 . BtRBBT

a. Weathering :

b. Litbology :

c. Fomation :

12. W&TEH a. Quality :

b. Source :

13. FISHERIES :

14. BXVB8S a. Floodrisk :

b . Xmmdatian:

1 5 . VHSEI&TICH/LaiSD OSE :

Area rased

1 6 . AQCELEBAXED EBDSIQ8

a. Occorence

b . Evidance

2 . MftP SHEET: 1010 3 . ASEA: 63 km2

Lampung: 99Z

Dpdated by: AH edit date: 20/06/89 Status: Final

Moderately dissected hillocks in rolling pattern, intermediate

and mafic lavas, slopes 8-30%.

124/64/30/05/85

1:100.000 056 /8294-045, 057 /8292-077

star-1/250/88/1010-3

11. ROCK uumutiQa?: 0 i

High "

andesitic lavas

Tov

Fresh


None

None

None

, bush, upland crops, irrigated wetland rice (irigasi), rainfed

wetland rice, coffee (kopi), coconut (kelapa), reafforestation,

towns, villages

90 X

Common

Gulleys

17. SOIL Q2EAT GSC9HP

Damnant >SOZ

Associated 1

Associated 2

Classification.

dystropepts

humitropepts

tropaquepts

X of area

70 X

25 %

5 %

Lab. checked

yes

yes

no

32.ity/

TATIVE raOFJULES:

/340-44 /71/H /1010/62 / /42 / ith/ /87/ES/1010/54/ /17 /

1010 - 112

18. SOUL CHARACTERISTICSProperties


b. Depth: peatsoilmineralsoil

c. Drainage:d. Excto. Kz topsoil

subsoil




b. CEE p9 7 topsoil

subsoil


j. Al Sat. topsoil

subsoil

k. Al toxicity :1. Acid sulpfa. pot.:m. Salinity :n. Otter Toxicity:o. Boot obstr. layer :p. Organic Matter :q. TIB :r. Total observations:

Dominant > 501

fine

fine

deep


very lowlow

low


low

low

very low

very lowmoderately acid

moderately acid

1.60.02

Associated 1

finefine

very deepWell drained'lowlow

very lowvery lowBray Ivery lowvery lowmediumlow

mediummedium

excessive acidexcessive acidmediumhighyes

160 cm3.71.90

Associated 2

0.00.00

1 9 . ALTCTDDE:20.

2 1 . Î..W. IDSAŒftSE:

2 2 .

2 3 . SLOPE D I S K . :

2 * . WHT-TÜF AMPLI.2 5 . TEHBAEflT:2 6 .

2 7 . WAUXX FIDOS:2 8 . I M » FACETS:

29.


MediumHigh

Maximum: 300 m Minimum: 100 m Bange: 150 mDominant: non-linear and random 40-60% of area crested/peaked

Included:


c- Variability: mediuma. Steepness:slopingc. Length: longe. Curvature: convexValleybottaas: 5 %InterfXaves : O-8t:10 %a. amplitude: mediumhillocKy >16%, 0-50 ma. Shape: Irregular

d. Width: very widea. Hidtb: narrow

-I- Upper & middle slopes, dystropepts, 70%


-3- Valley bottoms, tropaquepts, 5%-*-

Valleys: Small blocks InterflŒves: Small blocks

9-25X: 70 %, 25-551: 15 Ib. Variability: Medium

b . Lengt]h:Very long c. Variability: Mediume. Variability: Mediumb. Variability: Low

30. RELIABILITY:

lO.b : 2 12.a: 1

18.d-q: 2 19: 2

1= reliable, 2= probable, 3= tenable,

14.a: 1 l«.b: 1 17: 2 18.a: 2

22: 2 23: 2 2*: 2 28: 2

4= plausible

18.b: 2 18.c: 1

29: 2

31. AlMJrnaSAL BOTES: Representative profi le for Humitropepts i s extrapolated from-Hab.1.6.2.

1010 - 113

LAUD DRIT REPORT LREP-SDBH, CSB-BOBOR

HOP MAGE: CSDSS SECTIOB:

intensli»t«tiafic tuffsnafic UTU'rolcuic rectj

" tufic Uns

1. LAND DHIT: Mab.2.1.2

• 4 . OOCÜKQBCE b y FBuwjUBü£:

5. STATUS

6. LAUD U m DBSCHIFITGBJ:

7.

8.

9 . HABSS

10. FasEsnr MATIHIITAT.

a. Heatfaexins

b . Litibology

c . Fomat ion

12. H&3XB a. Qoal i ty

b . Soor:e

13. FISSEEHXES

14. BIVEBS a. Floodrisk

15. VBS£XAXXCra/IABD USE

Area used

16. AOCEUEBAXEB EH0SÎ0S

a. Occurrence

b . Evidence

2 . MAP SHEET: 1010 3 . AREA: 42 km2

Lampung: 99% '


Moderately dissected mountains,intermediate and mafic tuffs and

lavas, gentle to moderately steep slopesÔX).

124/64/30/05/85

1:100.000 3A /8285-07 , 3A /8285-05 , 04 /8282-113

star 1/250/88/1010-4

11. SOCK OOTCaaP: 5 X

High


Qhv , Tnp

Fresh


None

None

None

moist primary lowland forest, bush, coffee (kopi)

15 X

Common

Various

1 7 . S i m . «SEAT G8GDP

Dominant >SOZ

Associated 1

Associated 2

Classification

humitropepts

dystropepts

hapludults

X of area

65 X

25 X

10 X

Lab. checked

yes

yes

yes

3 2 . XAXZVE PBUIKJLUS:

1010 - 114

ia «annn rMMMmgnTCTTraPropertiesa. Texture: topsoil


mineralsoil

c. Drainage:

d. Exch. E: topsoilsubsoil


subsoil

t. Avail. P: methodtopsoil

subsoil

g. Total P: topsoil

subsoil

h. CEC pB 7 topsoil

subsoil

i. Soil fieactian:topsoil

subsoiljj. Al Sat. topsoil

subsoil

k. Al toxicity :

1. Acid smlph. pot. :EB_ Salinity :

n. Other Toxicity:o. Boot obstr. layer :

p. Organic Matter :q. TED :


Dominant > 501fine

fine—

deep

Moderately welllow

low

low

low

Bray Ivery low

very lowlow

low

lowlow

very strong acid

very strong acidhigh

very high

yes

--

—--

90 cm3.02.5

0

- Associated 1moderately finefine

--deep

Moderately welllow

mediumlow

low

Bray Ivery low

very low

very low

very low

medium

high

very strong acidvery strong acidmedium

high

yes--

----

94 cm

2.34.5

2

. Associated 2fine

fine--

• -very deep


very low

very lowvery low

Bray Ivery low

very low

medium

medium

medium

medium

strong acid

strong acidvery lowhigh

yes

----

120 cm

2.14.20

1 9 . ALTITUDE:

2 0 . PIAM/fSOFTILE:

21. L.0.

22. SLOPE:

23. SLOPE BISTB. :

24. BELIEF 1MPLI.:

25. THBBAIH:

26. CREST/BUSSES:

27. VALUE? FLGQS:

28. LAID FACETS:

29. FBCGtOTATIQB:

Maxismm: 525 m MinaJEma: 100 m Bange: 350 mDominant: linear and random > 60% of area crested/peakedIncluded:


c. Variability: mediuma. Steepness:mod. steepc. Length: moderatee. Curvature: convexValleybottaras: 5 %Interfluves : 0-8Z:15 %a. Amplitude: very highMountainous >16%, >300ma. Shape: Irregular

d. Width: wide

a. Miäth: very narrow

-1- humitropepts, 65%

-2- dystropepts, 25%-3- hapludults, 10%-4-

Valleys: Inter f loves : Small blocks

b. Variability: Highd. Variability: High

9-251: 45 %, 25-551: 35 %b. Variability: High

Length: Long 'Variability:Variability:

c. Variability: HighHigh

Low

30. RELIABILITY:

lO.b : 2 12.a: 1

18.d-q: 2 19: 2

1= reliable, 2= probable, 3= tenable,

14.a: 1 14.b: 2 17: 2 18.a: 2

22: 3 23: 3 24: 3 28: 3

4= plausible

I8.b: 2 18.c: 3

29: 2

31. AHMJITIOSAL BUTES: Representative profiles for Humitropepts and Hapludults are

extrapolated from orther L-U.

1010 - 115

LAKD CSÎT PfMttT LBEP-SDHK, CSR-BOSGH

MAP IMAGE: C8DSS SECTICH:

3.1.3.3

Vicid UiffsIfiM feliic

stdiwituY roda

1 . lAff lJ raSHT: M b . 2 . 1 . 2

4 . OCOSSESEE by mCWJWCE:

5. S S & m s mH9TIFIEHS :

6 . 1UUSD U I T P E S E K I P T I C I B :

7 . 5ftftTffnT-ïï..iiir>r gcEHES :

8 . ATHttiTAïï. Bîii]fuM-ag^PftffB :

9 . KABSS :

10. PêMSm M&tEBIAL

a. Heatherins :

b. Litbology :

c. Faxmati.an :

12. Harm a. Quality :

b. Source :

13. FISUEBXES :

1«. BÎVEBS a. Fioodrisk :b _ TTlUBalmiBafr m t •

15 . TOEEI&TICffl/lLaKD OSE :

Area used :

16. ACCELERATED EBOSICffl

a. Occnremce :

b. Evidence :

2. MAF SMEET: 1010- ' 3. ASE&: 166 km2 '

Lampung: 99%

Opdated by: AH edit date: 20/06/89 Status: Final

Moderately dissected mountains, intermediate and mafic lavas,

gentle to moderately steep slopes (<30%).

124/64/30/05/85

1:100.000 3A /8285-09 , 54 /8296-79 , 56 /8294-43

Star-1/250/88/1010-2-3

i l . socs asmsav: s %High

andesitic lavas

Tov , Tnv

Fresh

Deep wells

None

None

None


20 %

Common

Various

1 7 . f3njfl"f..

Dominant. >5t»Z

Associated 1

Associated 2

Classification

dystropepts

hapludults

Z of area

70 X

30 Z

0 %

Lab. checked

yes

yes

3 2 . RHKESEOTAÎTVE FBOFItES:

ity/ / /87/SR/1010/33/ /22 / uda/ /87/TB/1010/34/ /05 /

1010 - 116

18. SOIL CHARACTERISTICSProperties

a. Texture:

b. Depth:

c. Drainage:

d. Exen. E:

e. Total K2O:

t. Avail. P:

g. Total P:

h. CBC pH 7

topsoil

sabsoilpeatsoil

leralsoil

topsoil

subsoil

: topsoil

sabsoil'method

topsoil

sabsoiltopsoil

sabsoil

topsoil

sabsoil


j. Al Sat.sabsoil

topsoil

sabsoilk. Al toxicity :

Dominant > 501moderately fine

fine--

very deep

Well drained

very highmedium

very highmedium

Bray Ivery low

very lowmedium

medium

medium

high

strong acid

very strong acidmedium

high

yes

Associated 1

fine

fine--


very low

very low

very low

very low

Bray Ivery low

very low

mediummedium

medium

medium

strong acid

strong acidvery low

high

yes

Associated 2

1. Acid solpn. pot.:

•. Salinity :n. OOter Toxicity:o. Root otostr. layer : 130 cm

p. Organic Utatter : 1.3q. TEB : > 9.8r. Total observations: . 2

120 cm2.1A.20

0.00.00

IS. ALTITUDE:20. PL&H/BBOFILE:

2 1 . L.O.

2 2 . SLOPE:

2 3 . SflT n ww. DISTR. :

2 4 . nmr.TIEF AMPU.:

2 5 . TERRAIS:

2 6 . CREST/RIBGES:

2 7 . VALLEI FLOOR:

2 8 . UfflD FACETS:

2 9 . FBAOMESriATICIlBf:

Maximum: 500 m Minimum: 25 m Bange: 250 mDominant: non-linear and random > 60% of area crested/peakedIncluded:


c. Variability: mediuma. Steepness:mod. steepc. Length: moderatee. Omrvatore: convexValleybottans: 5 XInterflnves : 0-8X:15 Xa. Amplitude: very highMountainous >16%, >300ma. Shape: Irregular

d. Width: wide

a. Hidth: very narrow-1- Lower & upper slopes

-2- Middle slopes, hapludults,

-3- Crest, dystropepts, 10%

-4-Valleys: Interflnves: Small blocks

b. Variability: Highd. Variability: High

9-25S: 45 X, 25-551: 35 %b. Variability: Medium

b. Lengtia:Moderately longe. Variability: Mediumb. Variability: Lowdystropepts, 60%

30%


30. KELLSBIOT?:

lO.b : 2 12.a: 1

18.d-q: 2 19: 1


14.a: 1 14.b: 1 17: 2 18.a: 2

22: 2 23: 2 24: 2 28: 3

4= plausible

18.b: 2 18.c: 1

29: 2

31. AIIIIJITiaBAL BOTES: Representative profile for Hapludults is extrapolated from

orther L-U.

1010 - 117

LAB) m r LREP-SDBM, CS8-B0BCB

MAP IMAGE: C80SS SECTIOH:

H.2.2.3

i£?J ' "-AJC*»\

iirtanediate+Hfic tuffsdafic l am C

Tolcuic rotte

2.2.1

V.2.2.1

.depresion

i-, • *«îd tifs*'-'* —

1. LâBDO ODOT: Mab.2.2.3

4. imiiywiM by

5 . SUHD6 nJEHTIFTEHS :

6 . LAUD OKII BEStSIPTICS:

7 . R*inPT]r H-if»:

8 . ATiBTA - EfBGHIOGKAPBS

9 . KABAB

10. lÄRESnr M«Tf|lTAT-

a. Heatherlng

b. Lithology

c. Fonmation

12. HUTEB a. Quality

b. Scarce

13. PXSQEKIES

14. 8IVBBS a. Floodrisk

15. VBGEXAXIOB/UHD USE

area used

16 . AQCEUBAÏHD EBOSICB

a. Qecnrence

b . Evidence

2. MAP SHEET: 1010 3. ABEA: 297 km2 .

Lampung: 99X

Epdated by: AH edit date: 20/06/89 Status: Final

Strongly dissected mountains, intermediate and mafic tuffs and

lavas, steep to very steep slopes(30-75ï).

124/64/30/05/85

1:100.000 23 /8282-141, 52 /8296-83 , 53 /8316-149

Star-1/250/88/1010-4-5

i i . BOCK unuauif: io z

High


Qhv

Fresh

Rain

None

None

None


15 X

Extensive

Various

17. SOU. 6SEAT GBOOP

Dominant >SOZ

Associated 1

Associated 2

Classificatie

humitropepts

dystropepts

hapludults '

X of65

25

10

areaZ

X .

z

Lab. checkedyes

yes

yes

IXAXXVE BSQFIiES:

/87/SR/1010/ _/ /31 /

/87/tb/1010/34/ /05 /

ity/ /87/US/1010/53/ /19 /

1010 - 118

18. SOIL CBaSâCTEBISTICS

Properties

a. Textare: topsoil

subsoil

b. Depth: peatsoil

nïiMwni f1! '

c. Drainage:


subsoil

e. Total E2O: topsoil

subsoil

t. Avail. P: aetfaod

topsoil

subsoil

g. Total P: topsoil

subsoil

h. CEE pH 7 topsoil

subsoil


subsoil

j. Al Sat. topsoil

sob soil

k. Al toxicity :


a. Salinity :

n. Other Toxicity:


p. Organic Matter :

q. TEB :


Damnant > SOZ

fine

fine

--deep

Moderately well

low

low

low

low

Bray I

very low

very low

low

low

low

low

very strong acid

very strong acid

high

very high

yes--

—

•

90 cm

3.02.6

1

Associated 1

moderately fine

fine

--

very deep

Well drained

medium

low

low

low

Bray I

very low

very low

low

very low

low

low—--

—

—

—--

—----

2.22.05

Associated 2

fine

fine

very deep

Well drained

very low

very low

very low

very low

Bray I

very low

very low

medium

medium

medium

medium

strong acid

strong acid

very low

high

yes--

--

--

120 cm '

2.14.20

19.20 . PIA0/ÏHOITLE:

21. L.0.

22. SLOPE:

23. SLOPE DISTK.:

24. PHT-TTHg AMPLI.:

25. THgBATM-

26. C8EST/BIDGES:

27. VALLET FLOOR:

28. T-»w> FACETS:

2 9 . FRAGMESTATiaS:

MaxUum: 1240 m Minima: 200 m Range: 650 m

Daainamt: non-linear and random > 60% of area crested/peaked

Included:

b. density: Mod. higha. Pattern: dendritic

c. Variability: low


c. Length: long

e. Curvature: convex •

ValleybottOBs: X

Interfloves : 0-8Z:5 %

a. fti»1itnde: very high

Mountainous >16%, >300m

a. Shape: Irregular b. Length:Long

d. Width: wide e. Variability:


-1- Lower & middle slopes, humitropepts,

-2- Crest and upper slopes, dystropepts,


-4-

Valleys: Interfloves:



9-25X: 10 %, 25-55Z: 40 %, >55I: 45 X



High

65%

25%

30. mg.TARTl.TTr:

10-b : 2 12.a: 1

18.d-q: 2 19: 2

= reliable, 2= probable, 3= tenable, 4° plausible

14.a: 1 14.b: 1 17: 2 18.a: 2 18.b: 2 18.C: 1

22: 2 23: 3 24: 2 28: 3 29: 2

31. AD8JITIQBÄI. AJTES: Representative profile for Hapludults is extrapolated from other

LU.

1010 - 119

U S D WIT BEFCBT

MAP IMAGE:

k \^

N.2.2.)I —

f ' \N.2.2.3

2 ^

K.2.2.ÎH.Z.3.4

""^'iVf'i UterwiUtmjfic tuffil> A.2.2.1

3.4.1

UC1M S«)lKfitS

1 . 1AHD MBIT: Mb.2 .2 .3

4 . OCCDBBBCE by HBOTHCE:

5 . SXaTOS DJESTIFIEKS :

6 . LABD M I T DESCHIPTIOS:

7. SATFI !.. f T|f

8 . AE8IAÏ. EBOTOGHAPBS :

9 . BADfiR :

10. BSKBST MMTIBIAL

a. Héatbertns :

b . Litfaology :

c . Fonatian :

12. HUTEB a. Quality :

b. Source :

13. FÏS&ERIES :

1«. BIVX8S a. Floodrisk :

b. Inmdation:

15. VBGSXUnQB/IASD USE :

Area used :

1 6 . JUTJT m»AT1P]H EBOSIOH

a. Occttrence :

b . Evidence :


Lampung: 99%


Strongly dissected mountains, intermediate and mafic lavas, steep

to very steep slopes(30-75X)..

124/64/30/05/85

1:100.000 4 /8282-111, 4 /8282-107, 57 /8293-77

Star-1/250/88/1010-2-3

- 11. BOCK GDICBQP: 10 X

High

andesitic lavas

Tov

Fresh


None

None

None

moist primary lowland forest, bush, coffee (fcopi)

5 X

Common

Various

17. SOU. GSEAT CKDOP

Donnant >SOZ

Associated 1

Associated 2

Classification

dystropepts

hapludults

Z of area

55 X

35 X

X

Lab. checked

yes

yes

32.

ity/

FBOFILES:

/87/SR/1010/34/ /03 / uda/ /87/TB/1010/34/ /05 /

1010 - 120

18. SOIL CHARACTERISTICSPropert iesa. Textare: topsoil


Drainage:Exch. E: topsoil

subsoilTotal E2O: topsoil

subsoilAvail. P: aethod

topsoil

subsoilTotal P: topsoil

subsoilCEE pB 7 topsoil

subsoil

Soil Reaction:topsoilsubsoil

Al Sat. topsoil

subsoilAl toxicity :Acid sulpb. pot.:Salinity :Other Toxicity:Boot obstr. layer : 'Organic Hatter :TEB :Total observations:

Doninant > 501finefine

very deep

Well drained

high

high

highhigh


mediumlow

low

low

moderately acidstrong acidvery lowvery lowno

3.87.74

Associated 1

fine

fine

very deepWell drainedvery lowvery lowvery lowvery lowBray Ivery lowvery lowmediummediummediummediumstrong acidstrong acidvery lowhighyes

120 cm2.14.21

Associated 2

0.00.00

1 9 . ALTITUDE:20.

2 1 . L.D.

22 . SLOPE:

23 . SLOPE DISTH. :

24 . BELIEF AMPLI.:25 . •matATnn-

2 6 . CSEST/HIUGES:

2 7 . VALLET FLOGS:2 8 . LAID FACETS:

2 9 . FBAGMEBTATIOS:

700 mDominant: non-linear and randomIncluded:

a. Pattern: dendriticc. Variability: lowa. Steepness:very steepc. Length: moderatee. Curvature: convexValleybottoms: XInterfluves : 0-81:0 Z,a. Amplitude: very highMountainous >16X, >300ma. Shape: Level

d. Width: very widea. Width: very narrow

SO m Bange: 400 m

> 60Ï of area crested/peaked


b. Variability: Mediumd. Variability: Low

9-251: 10 X, 25-55X: 40 2, >55I: 50 %b. Variability: Medium

b. Length:Longe. Variability: Highb. Variability: Low


-1- Crest and upper slopes, dystropepts, 55Ï-2- Middle & lower slopes, hapludults, 35%

-3- Rock out crop,. 10Ï

-*-Valleys: Interfluves:

30. BELIABILITÏ:

lO.b : 2 12.a:

18.d-q: 2 19:

1= reliable, 2 s probable, 3= tenable, 4= plausible

1 14.a: 1 14.b: 1 17: 1 18.a: 1 18.b: 1 18.C: 1

1 22: 2 23: 3 24: 2 28: 3 29: 2

31. ABDITXQHAL BOTES:

1010 - 121

LAHJ O n t REPORT tBEP-SOm, CSB-BOGCR

MAP IMÊGE: CSCSS SECTIGM:

Kit plutuiic nda

1 . U S D OBIT: M g . 2 . 2 . 3

4 . OCCTHEBCE b y SBOWXBCE:

5. srans6. LAID WUT DBSCSIFIIOB:

7 .

8 . AEKIAL EB0ICG8AFBS

9 . BAOttK .

1 0 . PftSSHT MftTEBIAL

a. Heatber ing

b . Li tbology

c . Formation

12 . HftTER a. Qual i ty

b . Source

1 3 . FISBÇKXES .

14 . BIVBBS a. Flocdrisk

b_ TtnuiTw1?it-i on

15 . VBGEIATIOS/LftHD USE

Area used

2. MAP SHEET: 1010 3. AKEA: 80 km2

Lampung: 99%


Strongly dissected mountains, acid plutonic rocks, steep to very

steep slopes C30-75X).

12A/64/30/05/85

1:100.000 55 /8295-77 , 56 /829A-37

Star-1/250/88/1010-5

i i . BOCK ooraaop: io i

Partial


Kgr

Fresh


None

None

None


0 %

a. Occnrence :

b. Evidence :

17. SOU. G8EAT GSCOP :

Dominant >SOX

Associated 1

Associated 2

Common

Various

Classification

dystropepts

troporthents

Z of area

90 X

10 X

Lab. checked

yes

yes

ity/ eot/ /87/AF/1010/52/ /17 /

1010 - 124

18. SOU. CHARACTERISTICSPropertiesa. Texture: topsoi l


mineralsoil


subsoil


subsoil

f. Avail. P: method

topsoil

subsoil

g. Total P: topsoil

subsoilh. CBC p9 7 topsoil

subsoili . Soil fieacfcicm:topsoil

subsoilj . AI Satt. topsoil

subsoilk. &1 toxicity :

1. Acid snlph. pot.:

aa. Salinity :

n. Other Toxicity:

o. Boot oäjstr. layer :

p. Organic Matter :

q. TJEB :


Dandinant > 50X

moderately coarse

moderately fine

very deep

Well drained

low

low

high

very high

Bray I

very low

very low

low

very low

low

low

very strong acid

very strong acid

low

medium

yes

110 cm

1.4

1.7

1

Associated 1

moderately coarse

moderately coarse

shallow


low

very low

very high

very high

Bray I

very low

very low

low

very low

low

low

strong acid

strong acid

very low

very low

30 cm

1.2

9.3

0

Associated 2

0.00.00

19. AZXXTBDE:

20.

21. L.n. BSAŒftSE:

22.

23. SLOPE DISTR.

2 4 . WFt.TiBF

2 5 . TEBBATJB:2 6 . CHEST/BUDGES:

2 7 . WMJLEX FUCKS:28. LAB FACETS:

29. FBAQaXATXQH:

M a x i « : 1000 m Mininmm: 200 m Bange: 500 m

Dominant: non-linear and random > 60% of area crested/peafced

Included:

b. density: Mod. higha. Pattern: dendritic

c. Variability: low


c. Length: moderate


Valleybottoms: 5 X

Imterfluves : O-8Z:0 %,

a. Amplitude: very high


a. Shape: Irregular

d. Width: wide

a. Width:

-1- Slopes, dystropepts,

-2- Crest, troporthents,

-3-

-*-

Valleys: Interfluves:



9-251: 10 X, 25-55X: 30 X, >55Z: 55 %


b. Length:Long

e. Variability: High

b. Variability:

90%

10%


30. BTJ.TABinr.Tinf: 1= reliable. 2= probable, 3= tenable, 4= plausible

lO.b : 2 12.a: 1 14.a: 1 14.b: 1 17: 2 18.a: 2 18.b: 2 18.c: 2

18.d-q: 2 19: 1 22: 2 23: 3 24: 2 28: 3 29: 2

31. A D O m O B A L MOTES: Representative profile for Troporthents is extrapolated from

orther L-U

1010 - 125

UHD Q5XY , CSR-BOGOB

KOP HOGE: CB0SS SECTTOB:

ii !

acid plutMilc rods

1. LABO UUT: Mtn.2.2.3 2. MAP SHEET: 1010 3. AKEA: 41 km2

4.' rib'H'WimKran:», b y P8UVU9U&: Lampung: 99%

5. STATES njESrïTFIEBS : Updated by: AH edit date: 20/06/89 Status: Final

6. LAID n m OESCHIFTIQH: Strongly dissected mountains, metamorphic rock, steep to very

steep slopes (30-75%).

7. SATELLITE SCESŒS : 124/64/30/05/85

8. AEKIAL PHOTOGKAPHS : 1:100.000 55 /8295-73 , 56 /8294-41

9. BAOAB : Star-1/250/88/1010-4

10. PABHBT MATERIAL 11. BOCK CdTCBOP: 10 %

a. Weathering : Partial

b. Littoology : gneiss, schists

c. Formation : pTsb

12. HATES ' a. Quality : Fresh

b. Source : Perennial River


14. RIVERS a. Floodrisk : None

yp m I flll*llfttff"^tj^<u>ft *F * N OT16

15. WEEETATIQH/IAIHB USE : , bush, coffee (kopi), coconut (kelapa), reafforestation, towns,

villages

Area used : 10 %

16. ACCELERATED EBDSIDH

a. Occarence : Common


17. SOU. GKEAT GMMP

BQnämamt >SOZ

Associated 1

Associated 2

Classification

dystropepts

hapludults

Z of area

80 %

20 %

Lab. checked

yes

yes

uda/ /340-4 /71/dr/1010/63/ /6

1010 - 126

18. SOn. CfflfiBACTEBISnCSPropert iesa. Teztanre: topsoil


mineralsoil


subsoil




h- C E pO 7 topsoil

subsoil


jj. Al Sat. topsoil

subsoilk. Al taxicity :1. Acid sulph. pot.:m. Salinity :n. Other Toxicity:o. Boot obstr. layer :p. Organic Matter :q. TEB :r. Total observations:

50Z

finefine

mod.

Well

very

very

low

low

Brayvery

verylow

very

very

very

shallow

drained .

low

low

Ilow

low

low

low

low

strong acid

very strong acid

35 cm2.60.03


very deep

Well drainedmediumlow

mediumlow


mediumlow

very low

very low

strong acidvery strong acid

Associated 2

2.02.52

0.00.00



9-251: 15 X, 25-55X: 40 %, >55Ï: 45 %b. Variability: High


580 m Mimiann: 125 m Bange: 300 mDominant: non-linear and random > 60% of area crested/peakedIncludad:

a. Pattern: dendritic b. density: Mod. high

c. Variability: mediuma. Steepness:very steepc. Length:^ long

e. Curvatore: straightValleybottams: %Inter£lraves : 0-81:0 %

a. Amplitaide: very high

Mountainous >16%, >300ma. Shape: Irregular b. Length:Longd. Width: wide e. Variability:a. Width: b. Variability:-1- Slopes and crests, dystropepts, 80%-2- Slopes, kanhapludults, 20%

-3--4-Valleys: Interflevés:

30. RELIABILITY: 1= reliable, 2= probable, 3= tenable, *= plausible

lO.b : 2 12.a: 1 14.a: 1 14.b: 1 17: 1 18.a: 1 18.b: 1 18.c: 1

18.d-q: 2 19: 2 22: 2 23: 3 24: 2 28: 3 29: 2

31 . AIHDÎTIQSAL KOTES:

19. ALTITUDE:20.

21. L.B. DBAXaAGE:

22. SLOPE:

23. SLOPE BISTR. :

24. BELIEF AMPLI.:

25. TEBBAUH:

26. I3Œ3ST/BXBÎEES:

27. VALLEE FLOOR:

28. LAID FACETS:

29.

Low

1010 - 127

LABO) HHIT HEPCRT

BttGE:

I

ri ^

/ / jA.)} my

) / X.2.2.4 V .

"7 «>

R.2.2.3

X.2.2.4

nlculc mdointerMi)isU4ufic tufdtufic l u «

1. 1ASJD IMIT: Mab.2.2.4

4. nrOWTWrE by FSDWIBCE:

5. SX&TOS UDEBTTFIÏHS :

6. LAHD UmiT

8 . èBRWL EfflOTOGSAPHS :

9 . BABAS :

10. PAHHBT MUTEBIAI.

a. Weathering :

b. Litbology :

c. Fmaatian :

12. HA3X& a. Quality :

b. Source :

13. FISHERIES :

14. BIVEBS a. Floodrisk :

b. Innmdatian:

15. WBEEÏATICH/LftKD OSE :

Area used :

16. ACCELERATED ESDSIOH

a. Occorence :

b. Evidence :

2. M&P SHEET: 1010 3. AREA: 78 km2

Lampung: 99%

updated by: HE edit, date: 20/06/89 Status: Final

Extremely dissected mountains, intermediate and mafic tuffs and

lavas, steep to very steep slopes (30-75X).

124/64/30/05/85

1:100.000 4 /.8282-115,

Star-1/250/88/1010-5

11. BOCK OOTCSOP: 10 X

Partial


Qhv

Fresh


None

None

None


0 X

Common

Various

17. son. camp

>SOZ

Associated 1

Associated 2

Classification

. humitropepts

dystropepts

troporthents

Z of area

70 X

20 X

10 X

Lab.

yes

yes

no

32.

ith/

1ATIVE EBOFILES:

/ /87/HJ/1010/53/ /37 / ity/ /87/US/1010/53/ /19 /

1010 - 128

18. SOU, CBABACZEBISnCSPropertiesa. Texture: topsoil


iRiirntfir91^ « " i n

c. Drainage:d. Exch. E: topsoil

subsoil



subsoil


h. CBC pB 7 topsoilsubsoil



subsoil

k. Al toxicity :

1. Acid sulpfc. pot.:m. Salinity :n. Other Toxicity:

o. Boot obstr. layer :p. Organic Matter :q. TEB :r. Total observations:

Dominant > 501fine

fine--

very deep

Well drained

low

lowlow

very low

Bray Ivery low

very lowmedium

medium

high

high

very strong acid


very high

yes

—

----

110 cm

3.73.41


--

very deep

Well drained

mediumlow

low

low

Bray I

very lowvery low

low

very lowlow

low

very strong acid


high

yes--

—--

120 cm2.2

2.0

0

Associated 2

120 cm

0 . 0

0 . 0

0

1 9 . ALTTOTDE:

20.

2 1 . L.B.

22 . SLOPE:

2 3 . SLOPE BIST».:

2«. BELIEF AMPLI. :25 . TEBBAXH:26. CHEST/KUJSES:

27. WALLE? FLOCR:28 . IASDD FACETS:

29.

1100 m MtjLmismra: 500 m B a n g e : 700 m

b. density: High

b.d.

Variability:Variability:

9-251: 10 %,

Dominant: non-linear and random > 60% of area crested/peakedIncluded:

a. Pattern: dendriticc. Variability: lowa. Steepness:very steepc. Lengtli: moderatee. Curvature: convexValleybottons: 0 %Interflnves : 0-8Z:0 %,a. Amplitude: very highMountainous >16%, >300ma. Shape: Irregular

d. Width: widea. Width:

-1- Slopes, humitropepts-2- Slopes, dystropepts,

-3- Crest, troporthents,-4-

Valleys: InterfImves:

High

Medium

25-551:

b

20 %, >55I: 70 %

Variability: Medium

b. LemgtämModerately


b. Variability:

, 70%

20%

10%

long c. Variability: Medium

30. lBTJ.TAMin.nrY:lO.b : 2 12.a: 118.d-q: 2 19: 1

= reliable, 2= probable, 3= tenable, 4» plausible

14.a: 1 14.b: 1 17: 2 18.a: 2 18.b: 2 18.c:

22: 2 23: 3 24: 2 28: 3 29: 2

31. AQDinQBAL HOTES: Representative profile for Dystropepts is extrapolated from

orther L-U

1010 - 129

LABO) ÖHIT IBEP-SUBH, CSS-BOGt»

KAP IMAGE: •BOSS SECTICS:

1. U S D O m : Mab.2.3.3

4 . accnHESCE by HHWUBCE:

5. SmiD

6. Lftmj m n r

7 . SÄTELXJnTE

8 . AffilgTA

9 . HABtóK

1 0 . WBBESI KÄTEHIAI.

a . HeaiUfatectng

b. Litiology

c. Fojnsatiom

12. JfflOTH a. Qoal i ty

b . Source

13. FISHERIES

14. RIVESS a. floodrisk

15 . VBEEIATICffl/LAMD OSE

Area msed

16 . aOCEtEBAIBD EHDSICE

a. Occorence

b .

2. HBP SHEET: 1010 3. AREA: 141 km2

Lampung: 99X


Strongly dissected mountains, intermediate and tuffs and lavas,

abrupt slopes (>75%).

124/64/30/05/85

1:100.000 53 /8316-47 , 54 /8296-71

Star-1/250/88/1010 -4

i i . HOCK arooaaP: 10 %

Partial


Qhv

Fresh


None

None

None


5 %

Extensive

Gulleys

1 7 . SOU. OTE&T GHOTP

Banimamt >50Z

Associated 1

Associated 2

Classification

humitropepts

dystropept;

hapludults '

Z of area

65 %

25 %

10 %

Lab. checked

yes

yes

yes

32. RESBESBBnTATXVE FBOFX1LES:

ith/ / /87/hj/1010/52/ /24 /

uda/ / /87/hj/1010/52/ /ll /

ity/ /87/US/1010/53/ /19 /

1010 - 130

is. son. asuttcijsisncsPropertiesa. Textare: topsoil

subsoilb. Depth: peàfcsoil

mineralsoilc. Drainage:d. Exclu. S: topsoil

subsoil


t. Avail. P: methodtopsoil

subsoilg. Total F: topsoil

subsoilb. CSC pD 7 topsoil

subsoil



k. Al tozicity :1. Acid sulpb. pot.:m. Salinity :n. Other Tozicity:o. Boot obstr. layer :p. Organic Matter :q. TES :T. Total observations:

Donnant > 501

fine

fine

very deep

Well drainedlow

very low

low

very low


low

high

highexcessive acid

very strong acidhighhighyes

120 cm3.51.01


fine

very deep

Well drained

mediumlow

low

low

Bray Ivery low

very lowlow

very low

lowlow

very strong acid


high

yes


very deep

Well drained

low

very lowlow

very low

Bray Ivery low

very lowmedium

medium

low

low

moderately acid

strong acidvery lowvery low

no

120 cm2.22.00

21.311.20

19.

20.

2 1 . L.H. EEAXHIftSE:

22 . SLOPE:

2 3 . SLOPE D I S m . :

24 . BELIEF «MPil.:'25. TESBAIH:26. QUEST/BUDGES:

27. VAIXEf FUOCB:28. LfiSD FACETS:

29 . fBAGMQBTATiaB:

a: 1250 mDominant: non-linearIncluded:

a. Pattern: dendriticc. Variability: mediuma. Steepness:extremely steep

c. Length: moderatee. Curvature: convexValleybottoms: . %

InrterfiLmves : 0-81:0 %, 9-25Z: 10 %,a. Amplitude: very high '

Mountainous >16%, >300ma. Shape: Irregulard. Width: widea. Width:

-1- Slopes, humitropepts

-2- Crest and slopes, dystropepts, 20%

-3- Slopes, hapludults, 10%-*-

Valleys: Interflmvcs:

300 m Bange: 500 m

and random > 60% of area crested/peaked


b. Variability: Highd. Variability: Medium

25-551: 20 %, >55Z: 70 %

b. Variability: Low

b. Length:Moderately longe. Variability: Mediumb. Variability:70%


30. BEUABIUTÏ:

lO.b : 2 12.a: 1

18.d-q: 2 19: 1

1= reliable, 2= probable,14.a: 1 14.b: 1 17: 2

22: 2 23: 2 24: 2

3= tenable, += plausible

18.a: 2 18.b: 2 18.c: 2

28: 3 29: 2

31. AuiMUUdUUL SUTES: Representative profiles Dystropepts and Hapludults are extrapola-

ted from other L.U.

1010 - 131

UHD DMT KHTOBT LREP-SDBW, CSS-BOGCS

MAF HUGE: SECTIQB:

Tolcuiic rodsintenediitetuflc lnu -

1 . LfiHB MBIT: Mb . 2 . 3 . 3

4 . QOEttSESCE by PSOTMCE:

5 . STATUS HJEETTIFIERS :

6 . 1AMÜJ UBIT BESCHIFTICBS:

7. SATELLITE SCESES :

8. *ffiHtTaïï.. 1W1IUGBAFBS :

9. HABÄR :

10. PÄSBST MÄTE8IAL

a. Weathering :

b. Littoology :

c. Foxmatbion :

12. H&TES a. Quality :

b. Source :

1 3 . FISEDEHIES :

14 . BIVESS a . FloodrisJt :

15 . WESEI&THM/IAM» USE

Area used

16. atXELEB&TED EBDSIOH

a. Occorence

b . Evidence

2. MAP SHEET: 1010 3. ABE&: 71 km2

Lampung: 99%


Strongly dissected mountains, intermediate and mafic lavas, abrupt

slopes (>75%).

124/64/30/05/85

1:100.000 55 /8295-75 , 56 /8292-125, 57 /8292-73

Star-l/'*"'«8/1010 -3

11. BOCK COTCHOT: 10 X

Partial

andesitic lavas

Tov

Fresh

Rain

None

None

None


0 %

Extensive

Gulleys

17. SOIL GBE&T G8Q0P

>50Z

Associated 1

Associated 2

Classification

dystropepts

hapludults

X of area

60 X

30 X

yes

yes

32.

ity/

PROFILES:

/87/sr/1010/34/ /3 uda/ /87/hj/1010/52/ /ll

1010 - 132

18. SOIL CHaBACTERISTICS

Properties

a. Textuur e: topsoil

subsoil

b. Depth: peatsoil

c. Drainage:

d. Exch. K: topsoil

subsoil


subsoil

f. Avail. F: method

ttopsoil

subsoil

g. Total P: topsoil

subsoil

h. CEC pB 7 ttopsoil

subsoil


subsoil

j. Al Sat. topsoil

subsoil

k. Al toxicity :

1. Acid solpra. pot.:

mo. Salinity :

n. Other Toxicity:


p. Organic Matter :

q_ TEB :


Dominant > 501

fine

fine

--

very deep

Well drained

high

high

high

high

Bray I

very low

very low

medium

low

low

low

moderately acid

moderately acid

very low

very low

no--

--

--

--

3.87.70

Associated 1

fine

fine

--

very deep

Well drained

low

very low

low

very low

Bray I

very low

very low

medium

medium

lowlow

moderately acid

moderately acid

very low

very low

no—

------

2.311.7

0

Associated 2

0.00.00

1 9 . ALTITUDE:

2 0 . HLM/fKÖFJXE:

2 1 . IL.O. IDSAŒftSE:

2 2 . SLOPE:

2 3 . SLOPE

2 * . BELIEF. AMPLI.:2 5 . TBBBAHJ:2 6 . CHEST/BUDGES:

2 7 . VALLEY FLOOR:2 8 . 1MB FACETS:

29.

750 m Minimum- 250 m Bange: 350 m

Dominant: non-linear and random > 60% of area crested/peaked

Included:

a. Pattern: dendritic b. density: Mod; high


a. Steepness:extremely steep b. Variability: Medium

c. LengtUh: moderate d. Variability: High


Valleybottoms: %

Interflnves : 0-81:0 %



a. Shape: Irregular b. LengtUh:Moderately long

d. Width: moderate e. Variability: Medium


-1- Crest & upper slopes, dystropepts, 60%

-2 - Lower & middle slopes, hapludults, 30%

-3- Rock out crop, 10%

-•-

Valleys:

9-25Z: 10 X. 25-55Z: 20 X, >55Z: 70 Z

b. Variability: Low


Interflmves:

30. BBI.TABin.TT?:

lO.b : 2 12.a: 1

18.d-q: 3 19: 2

1= reliable, 2= probable,14.a: 1 14.b: 1 17: 222: 2 23: 2 24: 2

3= tenable, *= plausible

18.a: 2 18.b: 2 18.c: 2

28: 3 29: 2

31. AIKIJITICIBIAL BOTES: All representative profiles are extrapolated from other L.U.

1010 - 133

L U D U U T KEPOBT LREP-SDBM, CSB-BOGOB

MAP IMAGE: CSOSS SECTIOH:

Ke.i.

H.2.2.3

V

2.2V.

l.H2.2>

11

>

au

K.2.2.3

K.2.3.3

w1.2.2

, • . ? - . - . - «cldplutoolc rtx*t

1.

*.

5.

6.

7.

8.

9.

10.

12.

13.

1*.

15.

16.

17.

1AHD {KIT: Mg. 2. 3. 3

iwxxiàivim-w.. h y IPWi ni a ni -|j •

S T Ä W B S Piih^JuiTfy| l fc ;

LAKD U1ÜUÏ DESCSZFTICB:

SATEULXTE SCEHES :

ATBSITAïï.. tf^Jllf^XïSAintiCr :

BADAB :

PAHHSnr MATERIAL

a. Heatherins :

b. Litbology :

c. Formation :

HAIXK a. Quality :

b. Source :

FISHERIES :

HIVEBS a. Floodrisk :

b. Inondation:

VBGSXAÏIOB/LAHD OSE :

Area used :

«rr*n vnATFin wmTKirim

a. Occorence :

b. Evidence :

StUH. GREAT G8G0P :

nommant >50Z

Associated 1

Associated 2


Lampung: 99X


Strongly dissected mountains, acid plutonic rocks, abrupt s

lopes(>75%).

124/64/30/05/85

1:100.000 04 /8282-109, 55 /829S-77

Star-l/250/88/lOiq 3-5

11. ROCK OUTCROP: 10 %

Partial


Tmgr , Kgr

None

Rain

None

None

None


0 %

Extensive

Gulleys

Classification Z of area Lab. checked

dystropepts 80 X yes

troporthents 10 X yes

eo t / / 8 7 / a f / 1 0 1 0 / 5 2 /

1010 - 134

18. SOIL CHARACTERISTICSProport iesa. Textare: topsail

subsoil

b. Depth: peatsoil«Mineral soil


subsoil


£. Avail. F: methodtopsoilsobsoil

g. Total P: topsoil

subsoilfa. CEE pH 7 topsoil

subsoil


j. Ai Sat. topsoil

subsoilk. Al toxicity :1. Acid smlpb. pat. :m. Salinity :n. Other Toxicity:o. Boot obstx. layer :p. Organic Matter :q. TEB :r. Total observations:

Dominant > 501

fine

fine

very deep

Well drained

medium

medium

very highmedium


low

low

medium

medium

very strong acid

very strong acidlowhigh

yes

130 cm

3.82

Associated 1

moderately coarse

moderately coarse

shallow


low

very low

very high

very highBray Ivery lowvery lowlow

very lowlow

lowstrong acid

strong acidvery low

very low

no

30 cm1.29.30

Associated 2

0.00 .00

19. ALTITUDE:

20. PLAB/PSOffTLE:

2 1 . L.U. DHAUKAGE:

22. SLOPE:

23 . SLOPE IJISTfi. :

24 . BELIEF AMPLI. :2 5 . TBmttAinB-

2 6 . CKEST/HUJGES;

2 7 . VALUES* FLOCK:2 8 . LAMP FACETS:

2 9 . FBaCMEHTATIOS:

Maximum: 1175 m Sünimmn: 500 m Bange: 700 mDominant: non-linear and random > 60% of area crested/peakedIncluded:

a. Pattern: dendritic b. density: Mod. high

c. Variability: low .a. Sfceepmess:extremely steepc. Length: longe. Curvature: convex

Valleybottans: 0 %: O-8X:0 %, 9-25Z: 5 %, 25-551:



Interflovesa. Amplitude: very high

Mountainous >16Z, >300ma. Shag»: Leveld. Width: moderatea. Hidth: very narrow

-1- Slopes, dystropepts,-2- Crest, troporthents,

-3- Rock out crop, 10%

-4-Valleys: Interfluves:

50 X, >55I: 45 %

b. Variability: Low

b. Length:Long c. Variability: Mediume. Variability: Mediumb. Variability: Medium80%

10%

30. HEUABttlTY: 1= reliable, 2= probable, 3= tenable, 4- plausiblelO.b : 2 12.a: 1 14.a: 1 14.b: 1 17: 2 18.a: 2 18.b: 2 18.c: 218.d-q: 2 19: 2 22: 1 23: 2 24: 2 28: 3 29: 2

31. ADDITIOBIAL. HUEES: Reprësesntative profile for Iroporthents is extrapolated from other

L.U.

1010 - 135

LAHD U l l i KEPCKT LREP-SDBI, CSR-BOGOR

MAP üt tGE: CSOSS SECTIOB:

V.2.J.2

V.2.2.1

. , , ,

1. LAID UBÎT: Mtn.2.3.3 2. MftP SHEET: 1010 3. AKEA: 86 km2

'i. iBniiimn by EBUVlHUi: Lampung: 99%

3. STATUS IDHBTIFIERS : Updated by: AH edit data: 20/06/89 Status: Final

6. LAID MBIT BESCKIPTIGIB: Strongly dissected mountains, metamorphic rocks, abrupt slopes

7.8. *»a>TAT. PBOTOGHAPHS9 . BABAR

io.

124/64/30/05/85

1:100.000 56 /8294-39 , 56 /8294-41

Star-1/250/88/1010-5-4

1 1 . ROCK OmCBOP: 10 I

a. (feathering : High

b. Litlmlogyc. Formation

12. Hftna

gneiss, schists

pTse

a. Quality : Not known

b. Source : Rain, Perennial River


14. RIVEBS a. Floodrisk : None

b. Inondation: None

15. TOGEJATIOai/LAllD USE : secondary forest, bush, shifting cultivation, coffee (kopi)

Area osed : 10 X

1 6 . AQ2ELE8AXED EftDSICH

a. Occorence : Extensive

b. Evidence : Gulleys

1 7 . S0TL G8O0P

Baniimamt >50X

Associated 1

Associated 2

Classification

dystropepts

kanhapludults

Z of area

90 X

10 X

I

Lab. checked

yes

yes

3 2 . REEHESESTTATIVE IH0FXLES:

ity/ /340-43 /71/H /1010/62/ /32 / udh/ /340-4 /71/DN/1010/63/ /06 /

1010 - 136

18. SOIL CHÄBACTERISTICSPropertiesa. Textare: topsoil


nimeralsoil

c. Drainage:d. Exen. K: topsoil

sobsoil


f. Avail. P: aethodtopsoilsubsoil


h. CEC pH 7 topsoil



subsoil

k. Al toxicity :'1. Acid smlpfa. pot.:n. Salinity :n. Other Toxicity:o. Boot obstr. layer :p. Organic Matter :q. TEB :r. Total observations:

Donnant > SOIfinefine

shallow


very low

low

low


very low

very low

very lowstrong acid

very strong acid

35 cm2.60.00

Associated 1

moderately fine

fine


medium

low

mediumlow

Bray Ivery lowvery lowmediumlow

very lowvery low

strong acid

very strong acid

Associated 2

2.02.50

0.00.00

19 . AUXZUJE:20.

2 1 . L .0 . E8AIHASE:

2 2 . SUOEE:

2 3 . SLOPE D I S H . :

2 4 . BELIEF AMPUL:2 5 . TESBATJB:26.

27. VAULD FLOOR:2 8 . L A » FACETS:

2 9 . SBâËMEHTATiaH:

625 m Minimum: 200 m Bange: 400 mDominant: non-linear and random > 60% of area crested/peakedIncluded:

a. Pattern: dendritic b. density: Mod. highc. Variability: mediuma. Steepness:extremely steep b. Variability: Medium

c. Length: moderate d. Variability: Mediume. Curvature: straight

Valleybottons: XInterCLoves : 0-8Z:0 X, 9-25Z:a. Amplitude: very highMountainous >16%, >300ma. Shape: Irregular

d. Width: moderate


10 X, 25-551: 25 X, >55I: 65 X

b. Variability: Low

b. Lengtn:Moderately longe. Variability: Lowb. Variability: Low


-1- Slopes and crest, dystropepts,

-2- Slopes, kanhapludults, 10X

-3-

-*-

Valleys: Interflmves:

90Z

30. BU.TABTT.innr: 1= reliable, 2= probable, 3= tenable, 4= plausible

lO.b : 2 12.a: 1 14.a: 1 l«.b: 1 17: 2 18.a: 2 18.b: 2 18.c: 2

18.d-q: 2 19: 1 22: 3 23: 3 24: 2 28: 3 29: 2

31. AQDITIOBIAI. BOIES: All representative profiles are extrapolated from orther L-U.

1010 - 137

WEBT BEFGRT LREP~SOBf,

MftP IMAGE: CBOSS SBCTIOH:

, , , , J K.2.3.4

'"•VïX'y Utenediitetufic t«ff»l\

*Mf ÏC llTU T?A

Tolcjiic roei» • * ï

ClKlTi

A.2.2.1B.4.1

S I'

1 . LftHD mSlT: M a b . 2 . 3 . 4

4 . OCCOSEBCE b y SSOTIBCE:

s. snuras menrjLFHBS :6. LAHD OHnr DESO8IFTI0H:

7. SATELLITE SCESES :

8 . AlPlBTA

9 . RADAR

10. PARUST

a. HeattaeriniK :

b . Lithology :

c . Fomat ion :

12. HUES a. Quality :

b. Source :

13. FISHERIES :

14. BXVKBS a. Flcodrist :

b . iJDBnadatÏOQQ :

15. VBGEIATIOH/LAKD OSE :

Aiea used :

16. ACCELERATED BSOSICH

a. Occoxence :

b. Evidence :

2. MAP SHEET: 1010 3. ASXA: 408 km2

Lampung : 99%


Extremely dissected mountains, intermediate and mafic tuffs and

lavas, abrupt slopes (>75X).

124/64/30/05/85

1:100.000 23 /8282-143, 04 /8282-115, 53 /8316-147

Star-1/250/88/1010-4-5

11. BOCK OTTCH0P: 10 %

Partial


Qhv

Fresh

Rain

None

None

None


0 X

Extensive

Various

17. SOUL GREAT G8OHP

fftnmr Tnarnifr- > 5 0 Z

Associated 1

Associated 2

Classificationhumi tropepts

dystropepts

jtanhapludults

Z of area65 X

25 X

10 X

l a b . checked

y e s

y e s

y e s

32. REEHESESTTATIVt FBQFILES:

ith/ / /87/AF/1010/53/ /58 /

udh/ / /87/AF/1010/53/ /50 /

ity/ /87/US/1010/53/ /19 /

1010 - 138

18. S0EL CHABACTESISTICS

Properties

a. Texture: topsoil

subsoil

Depth: peatsoil

animerai soil

ftrainage:

Excfa. S: topsoil

subsoil

Total K2O: topsoil

subsoil

method

topsoil

sobsoil

topsoil

subsoil

topsoil

subsoil

Soil Keaction: topsoil

subsoil

Al Sat. topsoil

subsoil

Al toxicity :

Acid sulpn. pot. :

Salinity :

Other Toxicity:


p. Organic Matter :

q. TJHB :


b.

c.

d.

£. Avail. P:

g. Total P:

fa. QEC pffl 7

k.1.m.n.

Dominant > 501

fine

fine

very deep

Well drained

low

very low

very low

very low

Bray I

very low

very low

low

very low

high

medium

excessive acid

very strong acid

high

low

yes

120 cm

8.2

0.8

3

Associated 1

moderately fine

fine

very deep

Well drained

medium

low

low

low

Bray I

very low

very low

low

very low

low

low

very strong acid

very strong acid

medium

high

yes

120 cm

2.2

2.0

0

Associated 2

fine

fine

very deep

Well drained

low

very low

very low

very low

Bray I

very low

very low

low

low

low

low

very strong acid

strong acid

medium

high

yes

120 cm

3.3

3.0

1

Maximum: 1350 m Müminram: 200 m Bange: 600 m

Dominant: non-linear and random > 60% of area crested/peaked

Included:

a. Pattern: dendritic b. density: High .

c. Variability: high

a. Steepness:extremely steep b. Variability: Low

c. Length: moderate d. Variability: High


Valleybottans: %

InterflLraVes : 0-8Z:5 X



a. Shape: Irregular b. lengtî»:Moderately long

d. Width: moderate - e. Variability: Medium


-1- Lower & middle slopes, humitropepts, 65%

-2- Crest & upper slopes, dystropepts, '25%

-3- Middle slopes, kanhapludults, 10%

-•-

Valleys: Interflowes:

19.

2 0 . HLftffl/THffiOFlILE:

2 1 . L . O . HS3AISEA&E:

2 2 . S10PE:

2 3 . SUOPE DISTS-:

2 4 . SEUEF «tfPLI.:

2 5 . TEHBAHS:

2 6 . CBEST/BBDHES:

2 7 . VAULEi FUJOOS:

2 8 . ILAHB FACETS:

2 9 . FSfiGMEBTATiaS:

9-251: 10 X, 25-551: 20 %, >55Z: 65 %

b. Variability: Low


30. RELIABILITY; 1- reliable, 2= probable, 3= tenable, le= plausible

10.b : 2 12.a: 1 14.a: 1 l*.b: 1 17: 2 18.a: 2 18.b: 2 18.c: 1

18.d-tj: 2 19: 1 22: 2 23: 2 24: 2 28: 3 29: 2

31. ADIIJITIQB1AL BEJTES: Representative prof i le for Dystropepts i s extrapolated from

Mab.2.2.3.

1010 - 139

SFBffTT I f i E P - S D H M , C S a - B O G O R

MAP IMAGE:

1 . IAS© DPR: Mb.2.3.4

4 . i»Tni»Mir..K by IBCWIHCE:

5 . STUOTJS HUBBniFIEBS :

e. um nu

7 . SATESJLHTE

8 . AIBIAL

S. BADAR :

1 0 . BftREHT H&TEKIAL

a. Weathering :

b. Lithology :

c. Foimation :

12. HUER a. Quality :

b. Source :

13. PÏSKEfiXES :

14. BXVEBS a. Flcodrisk :

^) B BlP f IfllflTr'a tyfi !

15. VHSElÄTlOH/LaHD OSE :

Area rased :

16. ÉCCELEHATED EBDSICH

a. Ctcorence :

b . Evidence :

2. MftF SHEET: 1010 3. ABEft: 248 km2

Lampung: 99%

Dpdated by: AH edit date: 20/06/89 Status: Final

Extremely dissected mountains,intermediate mafic lavas, abrupt

slopes (>75X)

124/64/30/05/85

1:100.000 57 /8292-7S , 04 /8282-107

Star-1/250/88/1010-3-2

i i . BOCK anncaop: 15 %

Partial

andesitic lavas

Tov

Fresh

Rain

None

None

None


0 %

Extensive

Various

17. SOIL «SEAT GMMP

Bomânamt >SOZ

Associated 1

Associated 2

Classification

dystropepts

hapludults

Z of area

70 %

30 %

Lab. checked

yes

yes

32 .

ity/ / /87/sr/1010/34/ /3 uda/ /87/hj/1010/52/ / l l

1010 - 140'

18. SOIL CBAKAL'IUuäiiua

Properties

a. Texture: topsoil

subsoil

b. Depth: peatsoil

mineralsoil

c. Drainage:

d. Each. K: topsoil

subsoil


subsoil

t. Avail. F: oetfaod

topsoil

subsoil

g. Total P: topsoil

subsoil

h. CBC pB 7 topsoil

subsoil


subsoil

j. Al Sat. topsoil

subsoil

k. Al tantiicity :

1. Acid sulph. pot..:

•. Salinity :

n. Other TcatiLcity:

o. Boot, obstr. layer :

p. Organic Matter :

q. TEB :


Daninant > SOX

fine

fine

—

very deep

Well drained

high

high

high

high

Bray I

very low

very low

medium

low

low

low

moderately acid

strong acid

very low

very low

no

--

--

----

3.87.7

0

Associated 1

fine

fine

--

very deep

Well drained

low

• :' very low

low

very low

Bray I

very low

very low

medium

medium

l o w •

low

moderately acid

strong acid

very low

very low

no—

• —

- -

- -

2.311.22

Associated 2

0.00.0 '0

19.

20. HLAIB/EBniPTLE:

2 1 . t . O . HSBAŒâGE:

22. SUIVE:

23 . SUSE DIST&. :

24. ana-Tung AMPLI.:2 5 . yemuiTrm-

2 6 . CHEST/BUDGES:

2 7 . VALLEY FLOCK:2 8 . lAKD FACETS:

29. IBftHMBSTATiaH:

I: 1105 m

Dominant: non-linear and random

Included:



a. Steepness:extremely steep

c. Length: moderate


Valleybottoas: X

Imterfloves : 0-81:0 %, 9-251: 5


Mountainous >16X, >300m

a. Shape: Irregular

d. Width: moderate

a. Width:

-1- Cirest upp.& low. sip

-2 - Middle slopes, hapludults,

-3-

Valleys: Interfluves:

150 m Bange: 600 m

> 60% of area crested/peaked

b. density: High

b. Variability: Low


X, 25-55Z: 20 X, >552: 75 X

b. Variability: Low

b. Lemgtm:Moderately long


b. Variability:

, dystropepts, 70%

30X


30. BEUAKDUmr: 1= reliable, 2= probable, 3= tenable, •= plausible •

lO.b : 2 12.a: 1 l*.a: 1 l*.b: 1 17: 2 18.a: 2 18.b: 2 18-C: 2

18.d-q: 2 19: 2 22: 2 23: 2 24: 2 28: 3 29: 2

31. AHMTiaKIAI. BOTES: Representative profile for Dystropepts is extrapolated from Mb.233

1010 - 141

IREP-S0BM, CSK-rBOGOB

MAP BUGE: CSOSS SECTIGB:

Kit plirtonic rods * .,** *• ' ; Y V)

coUnri«! tmi

ïtaiedirtertafiç tuffstnfic Uns'

1. LAID EMIT: Mg.2.3.4 2 . NAP SHEET: 1010 3 . AREA: 73 km2

4 . i i n T by PfiOVHBICE: Lampung: 99%

5. STATUS mOTrniTEHS : Updated by: AH e d i t date: 20/06/89 S ta tus : "Final

6 . 1ASD ŒBIT DESCHIPTIOS: Extremely d i s sec ted mountains, acid plutonic rocks, abrupt s lopes

124/64/30/05/85

1:100.000 04 /8282-q09, 04 /8282-111

Star-1/250/88/1010-4-3

il.

Fartial

granite

Tmgr

Fresh

7. SATELLITE8 . A1HBTAT.. FHOTOGHAFKS

9 . RADAR

10. PAKGST MATERIAL

a. Weathering

b. Litîmlogy

c. Formation

12. HATES a. Quality

b. Source : Rain


14. HIVERS a. FLoodrisk : None

15. VBSETATICB/LAKD OSE : moist primary lowland forest, bush

Area used : 0 X

1 6 . aCCELEHATED EBOSHM

a. Occurence : Extensive

. b. Evidence : Various

8DCX amaeaP: 25 x

17. SOU. GSEAT GB0DP

>502

associated 1

associated 2

Classification

dystropepts

troporthents

X of area

80 X

20 X

X

b. checked

yes

yes

32. u

ity/

SBOFXLES:

/87/AF/1010/52/ /16 / eot/ /87/AF/1010/52/ /17 /

1010 - 142

18. SOU. CBABACPropoxtlftsÄ. Tttztnxtt; topsoiX

sobsoilb. Depth: peatsoil


subsoil

e. Total K2O: topsoilsobsoil

t. Avail. P: netbodtopsoil


subsoil

h. CEE pH 7 topsoil

subsoil


j. Al Sat. topsoil

subsoilk. Al toxicity :

1. Acid sulpfa. pot.:

m. Salinity :

n. Ottber Toxicity:

o. Boot obstr. layer :p. Organic Matter :q. TEB :


Dcainant > 50Zfinefine

--

very deep

Well drained

highmedium

highmedium

Bray Ivery low

very lowlow

very low

low

low

strong acid


medium

yes

——

--

100 cm1.74.21

Associated 1moderately coarse

moderately coarse—

shallow

Somewhat excessivelylow

very low

very high

very highBray Ivery low

very lowlow

very low

low

lowstrong acid

strong acidvery low

very low

no—--

--

30 cm

1.29.3

1

Associated 2

0.00.00

19. AUTCTHDE:20. HLAE/IKDITLE:

2 1 . L.DT. BHAXHÄGE:

22 . »CPE:

23 . SUSIE DISTR. :

24 . BELIEF AMPLI.:25. HTHBBATBI-

26.

1040 m Minimi: 400 m Bange: 600 mDaariLnant: non-linear and random > 60% of area crested/peakedIncluded:

a. Pattern: dendritic b. density: High

c. Variability: mediuma. Steepness:extremely steep b. Variability: Lowc. Length: moderate d. Variability: Lowe. Curvature: convexValleybottoBs: X

Interfluwes : 0-81:0 X, 9-251: 10 X, 25-551: 20 %, >55I: 70 Xa. Amplitude: very high b. Variability: Low


27 . VAUSX FJLOCR:2 8 . IABD FACETS:

29 .

B: Irregulard. Width: widea. Width: very narrow-1- slopes, dystropepts-2- Crest, troporthents-3--4-Valleys: Interduves

b. Length:Moderately longe. Variability: Highb. Variability: Low

80220%

c. Variability: Low

30. BELXABXUJT:lO.b : 2 12.a: 118.d-q: 2 19: 1

° reliable, 2= probable, 3= tenable, 4= plausible

14.a: 1 14.b: 1 17: 1 18.a: 2 18.b: 2 18.c:

22: 2 23: 2 24: 2 28: 3 29: 2

31. ADOITI0BAL BOIES:

1010 - 143

Buku Keterangan Peta Satuan Lahan Dan Tanah Lembar 1010 Kota Agung

Documents

soil research agency

soil map

soil research jalan

agricultural research

soil data base management

isric world soil information

kotaagung sheet

accompanying land unit