3. Integrated Farming System
2
It is a system which comprises or inter-related set of
enterprises with crop production activity as base, will provide
ways to recycle produces and waste from one component
becomes an input for another part of the system, which
reduces cost and improves soil health and
production/income.
Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
4. Strategy/Mechanism For Doubling Farmers’ Income
What
can u
do to
Double
Farmers
’ Income
3
Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
5. 1. BY INCREASING PRODUCTIVITY OF CROPS
Timely supply of good quality of sufficient seeds prior to season.
Timely availability of good quality of inputs
Applying short duration high yielding varieties.
By agricultural power and energy management
Application of Integrated Nutrient Management
Application of Integrated Pest Management
By increasing irrigation facilities & enhancing water - use efficiency
4
Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
6. IRRIGATION
A. 60 % loss of water in conveyance.
B. 30 – 40 % surface irrigation efficiency
C. 60 – 70 % sprinkler irrigation efficiency.
D. 80 – 90 % drip irrigation efficiency
E. Sprinkler and drip irrigation increases 30 – 90 % crop yield
F. Saving in fertilizer up to 40 %
G. Govt. subsidy on micro irrigation = 50 %
5
Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
7. WATER USE EFFICIENCY
Sprinkler = 60 – 70 % Drip = 80 – 90 % Furrow Irrigation = 40 – 45 %
SURFACE / BORDER / BASIN = 35 – 40 % Protected Agriculture = 20 – 40 %
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Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
8. 2. BY INCREASING CROPPING INTENSITY
According to land capability, irrigation and other facilities farm
plan should be prepared for Kharif, Rabi and Zaid for 3 years e.g.
1. Maize – Gram - Mung
2. Cauliflower - Potato - Onion
3. Maize – Potato - Onion
4. Paddy (short duration) - Potato - maize
• Short duration hybrid/HYV seeds to be used.
7
Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
9. 3. DIVERSIFICATION OF CROPPING SYSTEM WITH HIGH VALUE CROPS
Cash crops- Sugarcane
and Potato
Spices - Turmeric, Ginger,
and Garlic
Mushroom Cultivation
Rearing of honey bee
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Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
10. 4. PROMOTION OF INTEGRATED FARMING SYSTEM
Provide regular income
Food security
Provide balanced food
High productivity
Effective recycling of resources
Minimizing environmental pollution
Employment generation
9
Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
11. Models used in integrated farming system
Agricultural + livestock
Agricultural + livestock + poultry
Horticulture + fish culture + poultry
Sericulture + fish culture
fish culture + sericulture
Agricultural(rice) + fish+ mushroom
cultivation
Agricultural + duck + poultry
10
Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
12. 11
Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
13. 12
IFS Model,
IGKV, Raipur
Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
14. Enterprises Area (m-2) Area(%) Net Returns (Rs)
Crop- [Rice- Sweetcorn - Greengram] 2400 24% 38,261
Fruit crop- [Banana] 1500 15% 27,130
Vegetable – [Brinjal-Tomato-Okra] 2400 24% 55,262
Fodder- [Sorghum-Berseem-Maize] 3500 35% 36,122
Buffalo(4)+Sheep(13)+Poultry(60) 200 2% 81,990
Total 10000 100% 2,38,765
Rice Conventional system (Rice-Maize-Mungbean)
Total 10000 100% 1,39,685
Goverdhan et. al., 2018
Farming System Model For 1.0 ha Irrigated Rice Farm
IFS Modal:- (Crops+Vegetable+Fruit+Dairy+Sheep+Poutry))
1
13
Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
15. S.No. Cropping system Area (m2)
1 Rice-Sweet corn-Green gram 2000
2 Rice - Wheat-Green gram 2000
3 Rice-Coriander-Green manure 600
4 Rice–Cabbage – Green manure 500
5 Rice–Tomato – Green manure (Sunken bed) 500
6 Maize(Sweet corn)–Potato – Green gram (Raised bed) 500
7 Sorghum – Berseem + Mustard -Maize (fodder) + Cowpea 1000
8 Fruit (Banana & Guava), Vegetables (Brinjal-Cabbage-Okra) 900
Total 8000
2 15
IGKV Raipur Farming System Model for 1.0 ha irrigated rice farm
IFS Model (crops-vegetable-fruit-dairy-fishery-goatry-poultry-biogais-vermicompost)
Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
16. Enterprises Area (m2) Area (%) Net return(Rs)
Cropping System 7100 71% 99,581
Fruit & Vegetable 900 9% 11,469
Dairy(3) 70 0.7% 53,953
Fishery 925 9.25% 12,359
Goatry (14) + Poultry (50) 45 0.18% 66,970
Vermicompost unit + Biogas 110 1.1% 23,639
Others 760 7.6%
Grand Total 10,000 100% 2,67,968
Rice Conventional system (Rice-Maize-Mungbean)
Total 10,000 100% 1,39,685
16
IGKV Raipur Farming System Model for 1.0 ha irrigated rice
Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
IFS Model (crops-vegetable-fruit-dairy-fishery-goatry-poultry-biogais-vermicompost)
17. Farm income shares by different enterprises
17
Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
IFS Model (crops-vegetable-fruit-dairy-fishery-goatry-poultry-biogais-vermicompost)
18. Crops, 41%
Dairy, 20%
Fishery, 5%
Goatry, 18%
Poultry, 7%
Vermicompost, Biogas,
5%
Farm income shares by different enterprises
17
Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
IFS Model (crops-vegetable-fruit-dairy-fishery-goatry-poultry-biogais-vermicompost)
19. Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
18
20. Enterprises Net Return (Rs)
Food crops (Rice +Maize) 8751
Oilseed (Soybean +Mustard) 4972
Pulses (Gram+ Arhar) 6702
Vegetables (Okra+ Tomato+ Brinjal) 9741
Flower (Marigold) 579
Fruit (Drumstick) 517
Milk 41371
Meat including fish 25602
Total 98235
Traditional Farming System 22509
Farming System Model For 1.0 ha Rainfed Rice Farm
Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
19
IFS Model (crops-vegetable-fruit-flower-fishery-dairy-goatry)
21. Integrated Farming System approaches for livelihood
improvement of tribal farmers (Uttar Baster Kanker)
Farmer – Shri Lallu Ram, village Aturgaon,
Farmer - Shri Chinta Ram, village Kulgaon
KVK, Kanker
Rice + Vegetable + Vermi composting + Poultry + Fishery
Rice + Vegetable + Vermi composting + Poultry + Goatry
20
Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
22. Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
21
23. Integrated farming system seems to be the answer to the
problems of increasing food production for increasing income
and improving nutrition of the small scale farmers with limited
resources without any adverse effect on environment and agro-
eco- system.
Hence, concluded that IFS is more profitable,
sustainable and self employment provider for doubling
income of Farmers.
22
Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
24. 1
Netam, A.K., Sahu, B.and Netam, C.R.,.2019. Impacts of integrated
farming system on socio-economics and livelihood sustainability of small
and marginal farmers in Chhattisgarh. Inter. J. of Curr. Micro. and App.
Scie.8(4): 822-829.
2
Chaubey,D., Ved Prakash ,Yadav, T.C., and Singh,G. 2018. Doubling of
farmers’ income though integrated farming system approaches in Bihar.
Inter.J. of Curre. Micro.and App. Sci. 7(12): 1602-1613.
3
Goverdhan,M., Pasha, M.L., Sridevi, S. and Kumari, C.P., 2018. Integrated
farming approaches for doubling the income of small and marginal farmers.
Intern. J. of Curr. Micro. and App. Sci. 7(3): 3353-3362.
23
Dr. A.L. Rathore (Professor),Krishna Dahre (Ph.D. First semester)
DEPARTMENT OF AGRONOMY, COLLEGE OF AGRICULTURE, IGKV RAIPUR
REFERENCES