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| Introduction:
Paddy is the main food crop of many Asian countries, including India. It is not only that after corn in the world that the crop is most sown and grown. Millions of farmers cultivate paddy. The main crop of Kharif Season is planted in almost all India. If some things are taken care of from the beginning, then the harvest of the paddy will make much profit. The cultivation of the paddy begins with the nursery, so the seeds are good. Many times the farmer plantes expensive seeds, but does not get the right yield, so the seeds and farm should be treated before sowing. Seed is not expensive but reliable and must be in accordance with the climate and soil of your region. The Indian Institute of Rice Research, Hyderabad’s Agricultural Scientist Dr. P. Raghuvir Rao explains, "The paddy is cultivated in different states of the country and the place is different, the paddy varieties are developed according to every place, so the farmers should cultivate the varieties developed according to their state. "" |
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| Combine the summer and mix with the Cultivator for two to three times and level the looses and prepare the farm by placing a small cross in the field.
Type of suitable land - medium black soil and loam soil. |
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The amount of paddy seeds is kept separately according to the principle of sowing. As 40-48 to sow with the physique method, 36-40 to sow seeds in the queue, 28-32 kg in the lehi fidity, 12-16 kg in the seedlings, and 48-60 kg per acres of use in the biasy medium.
| No. |
Species |
Restricted
Year |
Duration (Day) |
yield
(CV/O) |
Features |
Suitable Area |
| Highly brewed species |
| 1 |
Partners |
2011 |
90-95 |
30-40 |
Small Plant, Medium Thin Dana |
Low rain zones and delays sown with small slogans with very light grounds and low rainy areas and without laying for high level and light slope farms in undenatured areas. |
| 2 |
Danteshwari |
2001 |
90-95 |
40-50 |
Small plant, medium-sized granule |
Low rain zones and delays sown with small slogans with very light grounds and low rainy areas and without laying for high level and light slope farms in undenatured areas. |
| Species ripening in medium term |
| No. |
Species |
Restricted
Year |
Duration (Day) |
yield
(CV/O) |
Features |
| 1 |
Pusa-1460 |
2010 |
120-125 |
50-55 |
Small Thin Dana, Small Plant |
| 2 |
WGL-32100 |
2007 |
125-130 |
55-60 |
Small Thin Dana, Small Plant |
| 3 |
Pusa fragrance 4 |
2002 |
120-125 |
40-45 |
Long, Thin and Scented Dana |
| 4 |
Pusa fragrance 3 |
2001 |
120-125 |
40-45 |
Long, Thin and Scented Dana |
| 5 |
MTU-1010 |
2000 |
110-115 |
50-55 |
Thin Dana, Petite Plant |
| 6 |
IR64 |
1991 |
125-130 |
50-55 |
Long Dana, Small Plant |
| 7 |
IR36 |
1982 |
120-125 |
45-50 |
Long Dana, Small Plant |
| Hybrid species and their characteristics for different areas: |
| No. |
Species |
Restricted
Year |
ripening period
(Day) |
Average yield
(CV/O) |
| 1 |
JRH -5 |
2008 |
100.105 |
65.70 |
| 2 |
JRH -8 |
2009 |
95.100 |
60.65 |
| 3 |
RH-10 |
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120.125 |
55.60 |
| 4 |
Narendra Hybrid Paddy-2 |
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125.130 |
55.60 |
| 5 |
CORH-2 |
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120.125 |
55.60 |
| 6 |
Lkg;knzh |
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125.130 |
55.60 |
In addition to the hybrid species of the Privette companies such as Arease 6444, Arease 6209,
Arease is prevalent between 6129 farmers.
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| Selection of suitable species as per available land |
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| S.No |
Farm Directions |
Suitable Species |
Potential District |
| 1 |
Flat/light moulding farms without bonding |
Purnima, Participant, Dentistry |
Dindori, Mandala, Straight, Shahdol, Umaria |
| 2 |
Light Bonded Farm and Medium Land |
J.R.201, J.R.345, Purnima, Dantewari W.G.L-32100, IR64 |
Riva, Straight, Emerald, Shahdol, Satna, Katani, Chhatarpur, Teakgarh, Gwalior, Balaghat, Dindori, Mandala, Katni |
| 3 |
Heavy lands with light bonds |
Purnima, J.R.345, Danteshwari |
Jabalpur, Sahni, Damoh, Balaghat, Mandala, Dindori, Satna, Narsinghpur, Chhadwara |
| 4 |
Light and Medium Land with Heat Bond |
IR-36, MTU-1010, Intermediate, WGL-32100 |
Jabalpur, Sahni, Damoh, Balaghat, Mandala, Dindori, Satna, Narsinghpur, Chhadwara |
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| No. |
Methodology of sowing |
Seed Rate (kg/hect.) |
| 1 |
Shri Mandir |
5 |
| 2 |
Tripod Methodology |
10-12 |
| 3 |
Sowing seeds in Qataro |
20-25 |
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Seedling:-
Treat the seed with pulmonary drug carbendazim 2.5 g/kg seed or carbendazim + mancozeb 3 g/kg seed or carboxyn + thyme 3 g/kg seed. |
Time of sowing:-
Once the precipitation starts, the task of sowing the paddy should be started. Bonnie’s time is best suited from the mid-July to the first week. |
Sowing Methods:-
Bonnie in Kataro: The amount of seeds set in a well-groomed farm should be sowed in the queues of 20cm by Nari Hull or Duffon or Cedral. |
| Ropa Method:-
In general, 2-3 weeks of seedlings are suitable for seedlings and 2-3 seedlings are sufficient to plant 4-5 plants in one place when the seedlings are clogged.
| No. |
Species and transplant time |
Geometry of Paul (Sen.M. S.M.) |
| 1 |
Early ripening species suitable timely |
15 * 15 |
| 2 |
Medium-term species at appropriate time |
20 * 15 |
| 3 |
Late ripening species at appropriate time |
25 * 20 |
Use of Bio Fertilizers:-
In the paddy mix 5 kg of azospiryllium or azotabacter and PSB bacteria into the farm in the compost of 50 kg/hactair dry roti hui gober. In the paddy field (20 days after transplanting) take 15 kg/hactair nail green chi, while keeping aside of 3 cm water. |
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| Gober manure or compost:-
Using good seed manure or composts from 5 to 10 tonnes/hectors in paddy harvest can save in the use of manhega uwaers.
Use of green manure:-
For green manure, the seed of the Sunai Dhancha should be sowed one month before transplantation according to 25 kg per hectare. Approximately one of the dense sunshine harvests should be found when they are harvested in the farm.
Use of fertilizers:-
| No. |
Paddy Species |
Quantity of fertilizers (kg/hector) |
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English |
Spur |
Potash |
| 1 |
Less than 100 days |
40-50 |
20.30 |
15.20 |
| 2 |
Medium duration 110-125 days, |
80-100 |
30.40 |
20.25 |
| 3 |
more than 125 days, |
100-120 |
50.60 |
30.40 |
| 4 |
Hybrid Species |
120 |
60 |
40 |
The above amount is subjected to the results of experiments but the amount of fertilizers will be advantageous to be determined by the ground test for the desired production.
Time & Way of Use of Fertilizers:-
| To deliver the trajector
Time |
Period of ripening of paddy species |
| Shemale |
Medium |
late |
| Nitrogen (:) |
Age (Day) |
Nitrogen (:) |
Age (Day) |
Nitrogen (:) |
Age (Day) |
| By making the seed paddy
Or
6-7 days after transplant |
50 |
20 |
30 |
20-25 |
25 |
20-25 |
| When Exiting Kansas |
25 |
35-40 |
40 |
45-55 |
40 |
50-60 |
| In the early period of Gabbot |
25 |
50-60 |
30 |
60-70 |
35 |
65-75 |
Zinc sulphate should be used at a rate of 25 kg per O. during sowing or transplanting. |
| Chemical method of weed control |
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No.
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Name of Shaknashi medicine |
Trade volume/s of the drug. |
Time of use |
Controlled Weeds |
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Phantilaklor |
1250ml |
Within 2-3 days of sowing/ropod |
Weeds of Grass Total |
| 2 |
Pyrozosulfuron |
200g |
Within 2-3 days of sowing/ropod |
Wide leaf weeds |
| 3 |
Bensulfuran Mithyl . Phantilaklor 6: |
10 That. |
Within 2-3 days of sowing/ropod |
Grass Total,Sea Total and Wide Leaf |
| 4 |
Bispyrebeck Sodium |
80ml |
Within 15-20 days of sowing/ropod |
Grass Total,Sea Total and Wide Leaf |
| 5 |
2,4-D |
1000ml |
Within 25-35 days of sowing/ropod |
Wide leaf weeds |
| 6 |
Finoxaporop P Ethyl |
500ml |
Within 25-35 days of sowing/ropod |
Weeds of Grass Total |
| 7 |
Chlorinemuron Ethyl . Metasulfuron Methyl |
20 g |
Within 20-25 days of sowing/ropod |
Wide leaf and spot total |
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| The name of the major secondary diseases of the paddy, the fungus is as follows their symptoms, the state of plants, in which the invasion occurs. --
1. Zulsa Disease (Karpa)
Invasion – This disease is invasion from the plant to the stage of rash formation. The effect of this disease is formed from the main leaves, stem knots, eye-shaped spots on the earring. In the middle of the color of the ash and the edges are dark brown or redness. Many spots together make a small white spot, which makes the plant blossom. The plant breaks from the light air only on the cheeks and from the darkness of the buds, when there is an outbreak on the cheeks or on the basis of the earrings.Control –
- It is necessary to cultivate clean and destroy the old plant avash in the field.
- Select anti-diagnostic varieties-such as Aditya, Tulsi, Jaya, Bala, Pankaj, Sabarmati, Garyma, Progress etc.
- Seedlings-Seeding tricycles or corbendazim or bonomile - 2 grams per kilogram of seed with a solution of 6 to 12 hours, then dry the seeds in the shade.
- Tricyclazole 1 g or carbendazim 2 g per lying on the symptoms of disease of the Khadi crop. Or the maincozeb should be sprayed according to 3 grams per liter.
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| Brown smear or deciduous disease |
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| Invasion - The invasion of this disease also occurs from the stage of the disease to the stage.
Characteristics: This disease infests the leaves, foliage and granules on the leaves. The stalks on the leaves are ovarian, rectangular small brown spots are formed from which the leaves are swollen, and the entire plant of the whole dies. On the right, brown spots are formed and the rash is light.
Control- Destroy old plant atrophy in the field.
Corbendazim- Seedling at a rate of 2 g per kg seed.
Spray the carbendazim or mencozeb in water of 3 g per liter of water as a symptom on the khadi crop and sowing the anti-caste such as IR-36. |
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| Signs- Light yellow stains are formed in the base part of the old leaves only after 2 weeks of planting seedlings in the field with a lack of rust, which subsequently grows of spinning, thereby preventing the plant dwarfs and reduces the buds and also reduces the roots and browns are colored.
Control –Use 20-25 kg of zinc sulfate per hectare to control the disease. In the Khadi crop, a mixture of 5 kg of zinc sulfate in 1000 liters of water and a solution of 2.5 kg without extinguishing, and spraying 2 kg of urea in it increases the diagnosis of the disease and the growth of the crop. |
| Bacterial leaf tingling disease- |
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| Signs-It is in the stage of flooding. The disease has a long-term disease of transparency between the veins in the new state of the plant. , which subsequently takes the spinning color.
Control – Seedling Streptocycline 0.5 g/kg seed rate. |
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| Invasion- At the stage of becoming a rash
Characteristics- 3-4 grains of the Bali are filled with black powder like coal, which is either visible out of the rash or when it is closed, normally the rash remains, but such rashes are late and remain green. The black powder of the infected granule appears when it comes to sunshine.
The outbreak of this disease is now acute. So use chloroethanolamyl 2 g per kg seed for seed treatment.
Effectively remove the earring and spray at the rate of chloroethanolamyl 2 g per lit. |
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| Pest Name |
Characteristics |
Drugs prescribed for control |
Trade volume of the drug |
Time & Method of Use |
| Leaf wrapper (leaf roller) |
The spear of this pest is green, which connects both sides of the leaf from its sputum to mutual. Afterwards the leaves dry. |
Trichofoss 40 EC
Prophenofos 44 EC + Cypermethrin 4 EC |
1 liter/s
750 ml/s. |
Spraying when insect outbreaks. |
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| Tempting Holes |
The stem pierced pest invasion of the buds and the central part is prone to loss and the resulting plant is dried. |
Carbofuran 3G or cartephydrochloride 4G |
25kg/h |
Spraying when insect outbreaks. |
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| Brown stark and odor bug |
Brown plants are found on the overhead surface of the ground in the midst of the haper pest plants. The invasion of the crop is at the time of the milky state and granule filler. These juices are dried due to sucking. Odor wag insect damages the juice from different parts of plants. |
Acetamiprid 20 percent S.P.
BUFROJIN 25 RESUME SAP |
125kg/h
750 ml/s. |
Spraying when insect outbreaks. |
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| Harvesting – Wheat & Storage |
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| Completely harvest the ripe crop. After harvesting before ripening, the vine poses. The harvesting shackles and the rice breaks more. After harvesting, the harvest should be taken 1-2 days in the field after drying. After the dryness of the alkalia should be done. It is necessary to collect a clean pimple after roasting and reluctantly dry in the sun.
yield –
| Sintered/O. |
Affordable/O. |
| 50-60 qui. |
35-45 Qu. |
A brief detail of income expenditure - Average output is 50 q. per O. and a sum of 72500, which costs about 35000 per O. Thus the net gain in a hector receives 37500/-. |
| Key five points to achieve more yield |
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- In view of climate change, make the Buoy SRI method of early ripening hybrid varieties of paddy (110-115 days ripening) in irrigation areas.
- Perform deep black soil in a straight buoy queue of pre-paddy.
- Quick ripening varieties, J.R.H.-5, 8, P.S.-6129, Danteshwari, Participant, Dripping strands in medium time- W.G.L.-32100, Pusa Aroma-3, Pusa Aroma-5, M.TU-1010, J.R.353.
- Revolution and Mahamaya varieties are not encouraged.
- To achieve maximum benefit from basmati varieties, Pusa Bassmati-1121, Pusa Bassmati-1509 and Pusa Bassmati-1460 varieties are planted in more area.
- In sowing queues. Apply oversized and early ripening varieties in 15g15cm medium time to 20g15cm and late ripening varieties at a distance of 25g20cm.
- After 20 days of sowing or planting, use Neil Green Kai 15 kg per hectare.
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| Success Story |
| Record production from the Shri method of paddy |
MTU .1010 |
| Name of the farmer |
Mr. Tarakhand Bissen |
| Gram |
Salekta, Kirnapur |
| Production Year |
Last updated: 15-Nov-2017 11:52 pm |
| Rakba |
Hector |
| Nursery, Ropa, Cutting |
June, Julie, November 2013 |
| Production |
70 q/1450R(average) = 101500.00 |
| Net Profit (1 Hector) |
Total Income |
Total cost |
| 64000.00 |
101500.00 |
37500.00 |
| Income from normal paddy cultivation |
| Net Profit (1 Hector) |
Total Income |
Total cost |
| 30250.00 |
65250.00 |
35000.00 |
| Additional benefits from Shri Pyaan crop production compared to general paddy cultivation |
| Additional Benefits |
Income from hybrid paddy seeds production |
Income from normal paddy cultivation |
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33750.00 |
64000.00 |
| 30250.00 |
- Low seed only 7.50 kg per hectare per hectare. Low outbreak of very low majduri pests. ;
- More income per hectare.
- Increased production and social and economic credit on farming with modern methodology under the guidance of the Scientists of Agricultural Sciences Centre.
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