GRAND NAINE-(G-9) PLANTATION GUIDE - THE MOST ECONOMICAL PLANT PRODUCED BY GENEWIN BIOTECH, HOSUR, TAMIL NADU, INDIA 2012 Dr.V.Palani, P.Manasa,M.Tech GENEWIN BIOTECH 1/10/2012
Jun 23, 2015
GRAND NAINE-(G-9)PLANTATION GUIDE
- THE MOST ECONOMICAL PLANT PRODUCED BY GENEWIN BIOTECH,HOSUR, TAMIL NADU, INDIA
2012
Dr.V.Palani, P.Manasa,M.TechGENEWIN BIOTECH
1/10/2012
GRAND NAINE-(G-9) 2
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GRAND NAINE-(G-9)PLANTATION GUIDE1/10/2012
Dr.V.Palani, P.Manasa,M.Tech
GRAND NAINE-(G-9) 3
GENEWIN BIOTECH | www.genewinbiotech.comContact us: [email protected],
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PLANTATION GUIDE FOR GRAND NAINE- THE MOST ECONOMICAL
PLANT
Tissue cultured Saplings are to be grown with utmost care. These Banana
plants are suitable for plantation throughout the year unlike the other plants that
are seasonal. In favor of the farmers, Genewin Biotech-Quality producers of
Tissue cultured plants located in Hosur, TamilNadu, India produces these healthy
disease free Grand Naine saplings of about 5 Million every year and supply them
throughout the India and world countries.
Soil:
Land with good drainage facility can be chosen for the cultivation of banana
saplings. Red soil and other moderate soil with less amount of sand proportion will
be suitable soil for banana plants. The pH of the soil should be neutral or between
5.5 -7.5. Thus the soil should be subjected to the soil test in a suitable laboratory
or government based horticulture labs to confirm the pH of soil. If the soil is more
acidic, it is to be neutralized using the gypsum and if the soil is more basic,
neutralize it with Dolamite. This neutralization is very important to make the soil
suitable for the cultivation.
Planting season:
Tissue cultured plants are not season dependent. They can be planted to the
soil throughout the year. The Major difference between the normal and the tissue
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cultured plants is that Tissue cultured plants will have twice the amount of roots
that are present in the normal plants. This unique property gives the plant the
strength and good nutrient absorbing capacity thus gives good yield to a average
of 50 kg/ bunch.
Making the land ready for plantation:
Plough the land 3-4 times evenly. Before one month of planting period, dig
the land with small 2x2x2 ft pits with a intermediate distance of about 6x6 ft and
allow it to dry. For one acre, 1210 plants can be planted. In those pits add
cowdung : surface soil-1:1, neem cake-200gm,furadon-10gm and Rock Phosphate-
100gm and mix well. By doing this, Nematodes can be eliminated from the soil that
may attack the sapling when planted.
Planting of Saplings in field
Tear the polythene bags carefully using a sharp blade. Care must be taken
not to damage the roots inside the bag that may create shock to the plants and can
cause death of plant. While planting measure the height of the polybag and
accordingly plant the sapling. Both the planting pit and polybag height should be
same. This will reduce the mortality rate of the plant.
Conventional irrigation Vs Drip irrigation
Immediate irrigation of water is very important after planting. Once in every
week 3-4 times water to be supplied to plantations. Around each plant 1.5 ft soil to
be digged to retain the water for the plant consumption. The whole digged areas
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should be flooded with water to maintain the good health in plants. Care must be
taken not to allow the surface soil to get completely dried always. Moisture content
should be always present in the soil. Every plant should be irrigated with 16-20
lts/plant/day. Make a small draining way between each plant to avoid stagnancy of
water which may cause disease in plants.
DRIP IRRIGATION
Drip irrigation is to be planned before plantation is carried out. According
to the distance between each plant, drip irrigation set up is constructed to save
water from evaporation and excess draining. By this method, we can even avoid
weeds. Weed removal is a complicated and labor dependent process which is
completely eliminated in this process. Drip irrigation saves 56% of water and 23-
32% of productivity can be increased as per agricultural statistics.
Table for Drip irrigation:
S.No Plant
Age
Weeks Fertilizer Fertilizer
Amt in
kg/acre/week
Total
fertilizer
quantity/acre
1 1-8 8 19:19:19+
Calcium nitrate
2
16.25
16
130
2 9-16 8 12:61:00+
Calcium nitrate
6
20.75
48
166
3 17-26 10 12:61:00+ 0.5 5
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13:00:45+
Calcium nitrate
5
3
50
30
4 27-40 14 13:00:45+
00:00:50
2
4.5
28
63
5 41-42 2 00:00:50 5 10
CONVENTIONAL IRRIGATION:
As tissue cultured plants have twice amount of roots than normal plants, it
uptakes all the nutrients that is given to the plant in the form of fertilizer irrigation.
Fertilizer requirement is based on the type of soil where the plantation is carried
out. It should be tested and the guidance of the horticulture professional is taken.
Generally, average amount of fertilizer requirement is 200:90:300 NPK gm/plant.
The above requirement is divided and given to the plant as in the below statement.
For the first and second application stage, dig the soil around the plant but
20 cm away from the plant to irrigate the fertilizer. For third and fourth
application stage, make sure to dig the soil 50 cm away from the plant for
irrigation. For the last fifth and sixth application stage, dig the soil 75 cm away
from the plant and irrigate the fertilizer as tabulated below:
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Application
Stage
Day of
application
Urea
Fertilizer
amt in
gms/plant
DAP Potash Neem
Cake
1 30th day 35 40 60 10
2 75thday 75 40 95 10
3 125thday 90 40 110 10
4 165thday 90 40 110 20
5 210thday 65 40 100 20
6 After
Flowering
45 40 90 20
Azospirillum and Phosphobacteria can also be used as a fertilizer but it
should not mixed with other fertilizers in fact. Both azospirillum and
phosphobacteria of about 6 kg/ acre in 3rd month and 5th month is to be applied to
the plants. Vermicompost 500gm/plant is recommended for the good growth of
the plants. Addition of Microfood available in market will enhance growth of
plants.
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Note:
Plant in the evening time in the moist soil to avoid initial mortality
Apply 0.1% Emison or 01.% Bagallol or bleaching powder 10gm/litre of
water after planting. Repeat this on 3rd and 5th month after planting.
Spray cytozyme on 90th,150th and 210th day after planting 250 ml in 250
litres of water for getting uniform growth and higher yield.
Additional Practices:
1. Weed management: Weeds can be removed using spade or using the
recommended weedicides viz., Diuron 1.2 kg per acre in 500 litres water for
initial 1 to 2 months. Spray post emergence weedicide
Glyphosphate@8ml/litre of water when the weeds are at 2-3”height stage.
Care must be taken not to spray on banana leaves.
2. Irrigate the field regularly depending on soil moisture and climate
conditions.
3. Removal of side suckers: From 3rd month after planting, remove side suckers
once a month without damaging the mother plant.
4. Remove the dried leaves periodically. Do not cut green leaves.
5. Earthing up during 3rd and 7th month after planting.
6. Propping: Supporting the plants can be done using suitable propping
materials.
7. Intercrops: Onion, Soyabean, Cowpea can be grown as intercrop which will
give an additional income. Also these intercrops suppress the weed growth.
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Major Pests and Diseases of Banana:
Sl.No Pests & Diseases Symptoms Control measures
I PESTS:
1.Aphids
Acts as a vector of bunchy
top virus. It sucks the sap by
congregating under the
lower leaf base of
pseudostem or crown of the
plant. The infested leaves dry
up quickly and fall from
plant
Spray Monocrotophos
500ml/acre.
2. Nematode The infested plants show
stunted growth, having small
leaves and galled roots,
bunch choking and poor
bunch qualities. In severe
cases the infested plants
topple easily
Apply Carbofuron 3G at
the rate of 20 gm/plant at
the time of planting, 30gm
each on 3rdand 5th month
after planting.
II DISEASES:
1.Leaf spot disease
Appears Brown colour
spindle (eye shaped) spots &
drying of leaves
Spray Carbendazim at the
rate of 250 gm
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2. Wilt Disease Leaf colour change to yellow
and leaves bends downward.
Central leaves will be
remaining green
Fill 40 mg of Carbendazim
in a capsule & make a hole
in 45˚angle in the
Rhizome. Keep the capsule
inside the hole, close it with
clay soil.
III VIRAL DISEASES:
1. Bunchy top
Intermittent dark green
streaks along the veins,
midribs, leaf size gets
reduced and shrinked,
resetting of reduced leaves at
the top.
Remove the infested Plant
and burn. Disease spread
by Aphid. So avoid
intercrops in which Aphid
population and virus
symptom are usually more.
(eg:Cucurbitaceae family,
Bhendi & Tomato).
2.Other Mosaic
diseases
Leaves are brittle, infection
after bunch emergence
reduces bunch size.
Prophylactic spray of Neem
gold or Dimethoate 250
ml/acre.