WELCOME 1. DOUBLE DIGIT GROWTH ACTION PLAN AMARAVATHI MANDAL GUNTUR DISTRICT 2.

WELCOME

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DOUBLE DIGIT GROWTH

ACTION PLAN

AMARAVATHI MANDAL

GUNTUR DISTRICT

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AMARAVATHI MANDAL MAP

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Un colored areas are in CRDA

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AMARAVATHI MANDAL AGRICULTURE PROFILE

S.No Category Unit Total1 Total Geographical Area Ha. 206332 Gross Cropped Area Ha. 132303 Net Cropped Area Ha. 115904 Gross Irrigated Area Ha. 16405 Net Irrigated Area Ha. 16406 Number of Farm Holdings Nos. 7568 i) Marginal Nos. 6931 ii) Small Nos. 619 iii) Others Nos. 187 Rainfall Normal for the year 2014-15 mm 971 i) Actual Rainfall for the year mm 474.2 ii) South West Monsoons mm 411.6 iii) North-East Monsoons mm 7.4 iv) Winter & Summer mm 55.28 Cropping Intensity % 19 Irrigation Intensity % 1

Rainfall (mm) Paddy Crop coverage and production in Kharif, Amaravathi Mandal (200-11 to 2014-15)

2010-11 2011-12 2012-13 2013-14 2014-150

5000

10000

15000

20000

25000

30000

35000

40000

1676.6 953 1399 1399 1020.4

11500 11200 11520 11590 11590

21067

12842

29145

38909 38204

Actual Rainfall in mm Area Coverage in ha. Production in MTs5

Rainfall (mm) Maize Crop coverage and production in Rabi, Amaravathi Mandal (2010-11 to 2014-15)

2010-11 2011-12 2012-13 2013-14 2014-150

500

1000

1500

2000

2500

3000

3500

4000

4500

5000

1676.6

953

1399 1399

1020.4

650 583854 884 950860

32093475

2422

4602

Rainfall Crop Coverage Production 6

Paddy Area, Yield and production in Amaravathi Mandal (2010-11 to 2014-15) - Kharif

2010-11 2011-12 2012-13 2013-14 2014-150

1000

2000

3000

4000

5000

6000

7000

207 255 184398 339

46004843

5784

3753

6422

952684

994

2150 2177

Area (Ha.) Yield (Kg/Ha.) Production (MTs) 7

Paddy Area, Yield and production in Amaravathi Mandal (2010-11 to 2014-15) - Rabi

2010-11 2011-12 2012-13 2013-14 2014-150

1000

2000

3000

4000

5000

6000

7000

8000

0 6 4 50 180

6455

7201

3325

6872

0 26 29 166 124

Area (Ha.) Yield (Kg/Ha.) Production (MTs) 8

Blackgram Area, Yield and production in Amaravathi Mandal (2010-11 to 2014-15) Rabi

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Kha r if R a bi Kha r if R a bi Kha r if R a bi Kha r if R a bi Kha r if R a bi2010-11 2011-12 2012-13 2013-14 2014-15

89

4 10

38

200

0

448

0 0

915

0 2 0 0

183

Area (ha.) Yield (Kg/ha.) Production (MTs)

Maize Area, Yield and production in Amaravathi Mandal (2010-11 to 2014-15) Kharif & Rabi

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Kahrif Rabi Kharif Rabi Kharif Rabi Kharif2010-11 2011-12 2012-13 2013-14

0

2000

4000

6000

8000

10000

12000

Chart Title

Area (ha.) Yield (Kg./ha.) Production (MTs) Area (ha.) Yield (Kg./ha.) Production (MTs)

SEED DISTRIBUTION PARTICULARS IN AMARAVATHI MANDAL (2010-11 TO 2014-15)

S. No

Name of the Crop

2010-11 2011-12 2012-13 2013-14 2014-15

Sown area in ha.

Area Covered

in ha.Percenta

geSown

area in ha.

Area Covered

in ha.Percenta

geSown

area in ha.

Area Covered

in ha.Percenta

geSown

area in ha.

Area Covered

in ha.Percenta

geSown

area in ha.

Area Covered

in ha.Percenta

ge

1 Paddy 207 85 41 255 48 19 184 80 43 398 340 85 339 300 88

2 Blackgram 89 81 91 0 0 0 16 10 62 0 0 0 200 174.6 87.3

3 Maize 0 0 0 312 143 57.2 279 0 0 0 0 0 377 0 0

Total :- 296 166 132 863 191 76.2 479 90 105 398 340 85 916 474.6 175.3

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Estimated Impact of Growth Engines to achieve Double Digit Growth in Amaravathi Mandal during 2015-16.

Sl. No Crop

Area (ha.) Yield (kg/ha.) Production (MTs)

2014-152015-

16

% Deviati

on2014-15 2015-16

% Deviatio

n2014-15 2015-16

% Deviatio

n

1 Paddy 339 339 0 6422 7064 10 2177 2394 10

2 Blackgram 200 250 25 915 1200 13 183 200 10

3 Maize 377 407 8 11320 11772 4 4268 4438 4

4 Cotton 10439 10647 2 3795 4174 10 36015 39616 10

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FERTILIZER CONSUMPTION (IN MTS) IN AMARAVATHI MANDAL 2010-11 TO 2014-15

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Urea DAP MOP Complex Area sown in Kharif (ha.)

Area sown in Rabi (ha.)

0

2000

4000

6000

8000

10000

12000

14000

4875

3140

494

3244

12389

943

4960

3052

486

3312

12403

984

4744

3109

501

3402

12384

952

4906

2984

482

3106

12396

1196

4564

2994

492

3211

12408

1204

2010-11 2011-12 2012-13 2013-14 2014-15

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MICRONUTRIENT CONSUMPTION (IN MTS) IN AMARAVATHI MANDAL 2010-11 TO 2014-15

2010-11 2011-12 2012-13 2013-14 2014-150

1

2

3

4

5

6

0 0 0 0 0

3

2.5

0 0

5

Gypsum Zinc Sulphate

Pesticides Consumption (in MTs) in Amaravathi Mandal 2010-11 to 2014-15

2010-112011-12

2012-132013-14

2014-15

165

170

175

180

185

190

195

174

186

182

191

179

MTs

MTs

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ACTIONABLE POINTS FOR ACHIEVING DOUBLE DIGIT GROWTHS. No

Technological Interventions % of area Proposed to cover with

intervention

1. Paddy

Increase in the Area under direct sowing

90-92%

Supply of Green Manure seed 15 – 20%

Application of Micronutrients 30-40%

Growing of Redgram on Rice bunds 1-2%

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ACTIONABLE POINTS FOR ACHIEVING DOUBLE DIGIT GROWTHS. No

Technological Interventions % of area Proposed to cover with

interventions

2 Blackgram & Greengram

Promoting YMV resistant varieties (LBG-752, PU-31, LBG-787)

1%

Use of Gypsum & Micronutrients 10%

Foliar nutrition of KNO3 10%

Supply of water carrying pipes / Oil engines on subsidy

2-4%

3 Maize

Zero tillage practice in Rice Fallows 100%

Application of Micronutrients 20-30%

GAPS IN AGRICULTURE• Crop sequence & crop rotation

Continuous mono cropping Non remunerative crop sequenceNon adoption of intercropping for sustainable production

• Poor Soil Health ManagementDegradation of organic matterMicro nutrient deficiencyPoor Soil physical propertiesExistence of saline and alkaline soils

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GAPS IN AGRICULTURE• Indiscriminate use of pesticides & Fertilizers

Top dressing of Phosphatic FertilizersImproper selection of pesticidesImproper pesticide dosages Timely applicationImbalanced use of NPKExcess use of urea

• Extension system:Man power resourcesDissemination of Technologies to the farmers

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MAJOR STRATEGIES

A)Micro nutrients:

Massive Soil Health Campaign – Collected 331 soil samples

during 2015-16 through GPS.

Planning for distribution of Micronutrients to 916 ha.

Already distributed 34 MTs of Zinc Sulphate for 2014-15.

B) Village level Action Plan has been prepared for 9

villages to address the gaps in productivity.

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Major Strategies for achieving double digit growth

C) Crop wise strategies for increasing productivity in each

crop by adopting good agricultural practices with emphasis

on reducing cost of cultivation.

Focus on reducing cost of cultivation by adopting methods

like: direct seeding in paddy (200 ha), zero tillage in maize

(935 ha.), pulses (40ha), etc.

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Major Strategies

D) Organic Farming/ Natural

farming:

1. Popularizing use of different organic manures like Vermi

Compost, bio fungicides & bio pesticides like Trichoderma

viridi, pseudomonas, neem oil.

2. Integration of NPM for quality produce in different crops

3. Using RMGs as platform for promoting organic farming.

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Major Strategies

E) Extension:

• Improving Extension Reach by Polam Pilusthondi, Chandranna Rythu Kshetralu in different crops for increasing productivity.

• Focus on Organic Farming - Reduction in use of chemical fertilizers and reduction in use of unnecessary pesticides.

F) Farm Mechanization:

Promoting improved Farm

Mechanization to supply farm

implements on subsidy to reduce the

cost of farm operations.

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CROP WISE INTERVENTIONS TO ACHIEVE DOUBLE DIGIT GROWTH

Major Production Gaps proposed for correction

which contribute for increase in growth

Technological Intervension Proposed to bridge the gap % of Area proposed to cover with

intervention (in ha.)

Lack of awareness on soil health

Creating awareness on soil health through soil testing and also on usage of micronutrients like Zinc and Gypsum. Yield increase by 15 to 20%

20-30%

Non application of organic manure and bio-fertilizers

Creating awareness on use of vermin compost, and growing of green manure crops and application of organic manures. Yield increase by 10-15%

25-30%

Application of phosphatic fertilizers as top dressing

Educating the farmers on basal application of Phosphatic fertilizers and creating awareness on negative effects of Topdressing, use of Phosphorus Solubilizing Bacteria (PSB). Cost reduction by 5-10%

25-30%

Seed treatment with bio fungicides is not practiced

Awareness on use of Bio fungicides like pseudomonas for seed treatment in Paddy.

10-15%

Optimum plant population not followed

Encouraging Direct sowing with Seed Drills and Cost reduction by 20-25%

30-35%

Rodent damageTrainings, Mass Campaigns and supply of rodenticide on whole village approach

Paddy

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Cont.….

Major Production Gaps proposed for correction

which contribute for increase in growth

Technological Intervension Proposed to bridge the gap % of Area proposed to cover with

intervention (in ha.)

High cost of cultivationPromoting direct sowing and Farm Mechanization from land preparation to harvesting, thereby reducing cost of cultivation by 30-40% and increasing the productivity by 5-10%

5-10%

Lack of Awareness on weed management

Trainings on weed management in paddy, which contributes 10% yield increase.

10%

Existence of Saline and alkaline soils

Creating awareness on reclamation of these problematic soils through use of Gypsum, Vermi compost

20%

Lack of awareness on disease resistance

Promoting basal application of “K” fertilizers and creating awareness on how K fertilizers increase disease resistance

10%

Water shortage in tail end areas

Promoting direct seeding in paddy20%

Paddy

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CROP WISE INTERVENTIONS TO ACHIEVE DOUBLE DIGIT GROWTH

Major Production Gaps proposed for correction

which contribute for increase in growth

Technological Intervention Proposed to bridge the gap % of Area proposed to cover with

intervention (in ha.)

Sowing of SeedAdopting Zero tillage practice in rice fallows reducing the cost of cultivation by 10-12%

100%

Non adoption of Seed treatment with Bio fertilisers

Seed treatment with PSB reduces the cost of cultivation by 10-15%. 25-30%

Indiscriminate use of Fertilisers.

Create awareness on use of foliar application of liquid fertilisers. Reducing the cost by 15-20%

50%

Improper water management practices.

Create awareness on integrated water management practices. 20%

Improper control measures for control of stem borer

Taking control measures for stem borer by application of insecticides 10 days after sowing and 22 DAS. And IPM practices.

20%

Micronutrient deficiencies like Zn, Fe.

Creating awareness on foliar spray of micronutrient fertilizers 10%

Indiscriminate use of pesticides

Creating awareness on IPM practices 10%

Poor resistance to pests and diseases.

Creating awareness on use of “K” fertilizers as early as possible in the crop period.

Maize

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CROP WISE INTERVENTIONS TO ACHIEVE DOUBLE DIGIT GROWTH

Major Production Gaps proposed for correction

which contribute for increase in growth

Technological Intervension Proposed to bridge the gap % of Area proposed to cover with

intervention (in ha.)

Maruka pod borer damage Creating awareness on need based plant protection measures

Wilt problem Soil application of bio fungicides like Trichoderma Viridi along with FYM

Incidense of Yellow mosaic virus

Awareness on IPM practices to manage sucking pests and use of virus resistant varieties like LBG 752, LBG 787, PU 31 in Blackgram.

1%

Lack of awareness on biopesticides

Trainings on uses of bio pesticides like neem oil

Leaf spot diseases Need based plant protection measures

Indiscriminate use of pesticides

Awareness on IPM practices

Terminal Stress in later stages

Creating awareness on foliar application of KNO3, Urea at later stages of crop growth.

1%

Pulses (Blackgram, Greengram)

Thank you Mandal Agricltural Officer, Amaravathi