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AN ANALYSIS OF DIFFERENT FARMING SYSTEMS IN HASSAN DISTRICT BY: THEERTHA PRASAD PRESENTED BY: SHANKARAIAH, N PAK-9120 Jr.M.Sc. Agril.Extn
INTRODUCTION ,[object Object],[object Object],[object Object]
Conti… ,[object Object],[object Object]
OBJECTIVES ,[object Object],[object Object],[object Object],[object Object],[object Object]
REVIEW OF LITERATURE ,[object Object],[object Object],[object Object]
Conti… ,[object Object],[object Object]
MATERIAL AND METHODS ,[object Object],[object Object]
Research design:  “ Ex-post facto” Sl. No. Types of farming system Taluks  Number of respondent Alur  Hassan  1. Rain cultivation system 15 28 43 2. Irrigated   cultivation system 45 32 77 Total  120
Variables used in the study Sl.No Variables Measurement Dependent Variables 1. Adoption  Procedure  2. Profitability  Schedule Independent variables 1. Age Procedure developed 2. Education Procedure developed 3. landholding Procedure developed 4. Mass media, extension contact and participation Scale developed 5. Economic motivation Procedure developed
[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]
RESULTS Farming system identify based on the type of  production activity in rainfed cultivation system n=43 Sl No. Systems  Number of farmers percent 1. Crop production only 15 34.89 2. Crop production + animal husbandry 12 27.90 3. Crop production + coconut garden 3 06.97 4. Crop production + coconut garden+ animal husbandry 6 13.96 5. Crop production + animal husbandry + poultry 7 16.28 Total  43 100.00
RESULTS Farming system identify based on the type of  production activity in irrigated cultivation system n=77 Sl No. Systems  Number of farmers Percent 1. Crop production only 9 11.60 2. Crop production + animal husbandry 11 14.28 3. Crop production + coconut garden 24 31.17 4. Crop production + coconut garden+ animal husbandry 18 23.38 5. Crop production + animal husbandry + poultry 9 11.69 6 Crop production + animal husbandry + Fishery 6 7.79 Total  43 100.00
Water source in Irrigated Farming Systems Sl.No Source  of irrigation No. of farmers Percent  Net area irrigated(Acre) Average area irrigated (Acre) 1. Canal only 10 12.99 15.0 1.50 2. Tank only 23 29.87 19.2 0.83 3. Open well only 3 03.89 08.0 2.60 4. Tube well 5 6.50 17.0 3.40 5. Canal +tank 21 27.28 21. 5 1.02 6. Canal +tank + tube well 8 10.38 65.0 8.12 7 Canal +tank + tube well+ open well 7 09.09 69.0 9.85 Total 77 100.00 214.0 -
Water source in Irrigated Farming Systems
Overall adoption Scores of the Farming for Selected crops Under Different Farming System  SL. No. Farming system Adoption quotient Overall adoption Ragi Paddy Maize Potato Ginger 1. Rainfed cultivation system 34.45 -------- 50.83 57.92 ------- 47.73 2. Irrigated cultivation system 41.19 70.65 59.16 69.08 43.07 56.63
Adoption Quotient of the Farmers for selected crops grown under different farming system Crops Adoption quotient
Constraints faced by Farmers Under Rainfed Farming SL. No. Constraints  No. of farmers Percent  Rank  1. Lack of water resources 43 100.00 I 2. High cost of cultivation 42 97.67 II 3. Non availability of skilled labourers 41 95.34 III 4. High  cost of input 38 88.33 IV 5. Occurance of pest and diseases 34 79.06 V 6. Non availability of loans 34 79.06 VI 7. Lack of improved breeds 24 55.81 VII 8. Lack of high yielding varieties 20 46.51 VIII 9. Non availability of quality seeds 18 41.86 IX
Constraints faced by Farmers Under Rainfed Farming SL. No. Constraints  No. of farmers Percent  Rank  10. Lack of mass media participation 18 41.86 X 11. Lack of veterinary hospital facility 16 37.02 XI 12. Lack of improved farm implements 19 42.55 XII 13. Lack of training 14 32.55 XIII 14. Illiteracy  14 32.55 XIV 15. Lack of Dairy  Cooperative Societies 13 30.23 XV 16. Non availability of fertilizers and manures 12 27.90 XVI 17. Lack of profitable marketing system 10 23.25 XVII 18. Lack of transportation facilities 7 16.27 XVIII
IMPLICATION OF THE STUDY ,[object Object],[object Object],[object Object]
IMPLICATION OF THE STUDY ,[object Object],[object Object]
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Shankaraiah N :Naik Sir Ppt Thesis

  • 1.  
  • 2. AN ANALYSIS OF DIFFERENT FARMING SYSTEMS IN HASSAN DISTRICT BY: THEERTHA PRASAD PRESENTED BY: SHANKARAIAH, N PAK-9120 Jr.M.Sc. Agril.Extn
  • 3.
  • 4.
  • 5.
  • 6.
  • 7.
  • 8.
  • 9. Research design: “ Ex-post facto” Sl. No. Types of farming system Taluks Number of respondent Alur Hassan 1. Rain cultivation system 15 28 43 2. Irrigated cultivation system 45 32 77 Total 120
  • 10. Variables used in the study Sl.No Variables Measurement Dependent Variables 1. Adoption Procedure 2. Profitability Schedule Independent variables 1. Age Procedure developed 2. Education Procedure developed 3. landholding Procedure developed 4. Mass media, extension contact and participation Scale developed 5. Economic motivation Procedure developed
  • 11.
  • 12. RESULTS Farming system identify based on the type of production activity in rainfed cultivation system n=43 Sl No. Systems Number of farmers percent 1. Crop production only 15 34.89 2. Crop production + animal husbandry 12 27.90 3. Crop production + coconut garden 3 06.97 4. Crop production + coconut garden+ animal husbandry 6 13.96 5. Crop production + animal husbandry + poultry 7 16.28 Total 43 100.00
  • 13. RESULTS Farming system identify based on the type of production activity in irrigated cultivation system n=77 Sl No. Systems Number of farmers Percent 1. Crop production only 9 11.60 2. Crop production + animal husbandry 11 14.28 3. Crop production + coconut garden 24 31.17 4. Crop production + coconut garden+ animal husbandry 18 23.38 5. Crop production + animal husbandry + poultry 9 11.69 6 Crop production + animal husbandry + Fishery 6 7.79 Total 43 100.00
  • 14. Water source in Irrigated Farming Systems Sl.No Source of irrigation No. of farmers Percent Net area irrigated(Acre) Average area irrigated (Acre) 1. Canal only 10 12.99 15.0 1.50 2. Tank only 23 29.87 19.2 0.83 3. Open well only 3 03.89 08.0 2.60 4. Tube well 5 6.50 17.0 3.40 5. Canal +tank 21 27.28 21. 5 1.02 6. Canal +tank + tube well 8 10.38 65.0 8.12 7 Canal +tank + tube well+ open well 7 09.09 69.0 9.85 Total 77 100.00 214.0 -
  • 15. Water source in Irrigated Farming Systems
  • 16. Overall adoption Scores of the Farming for Selected crops Under Different Farming System SL. No. Farming system Adoption quotient Overall adoption Ragi Paddy Maize Potato Ginger 1. Rainfed cultivation system 34.45 -------- 50.83 57.92 ------- 47.73 2. Irrigated cultivation system 41.19 70.65 59.16 69.08 43.07 56.63
  • 17. Adoption Quotient of the Farmers for selected crops grown under different farming system Crops Adoption quotient
  • 18. Constraints faced by Farmers Under Rainfed Farming SL. No. Constraints No. of farmers Percent Rank 1. Lack of water resources 43 100.00 I 2. High cost of cultivation 42 97.67 II 3. Non availability of skilled labourers 41 95.34 III 4. High cost of input 38 88.33 IV 5. Occurance of pest and diseases 34 79.06 V 6. Non availability of loans 34 79.06 VI 7. Lack of improved breeds 24 55.81 VII 8. Lack of high yielding varieties 20 46.51 VIII 9. Non availability of quality seeds 18 41.86 IX
  • 19. Constraints faced by Farmers Under Rainfed Farming SL. No. Constraints No. of farmers Percent Rank 10. Lack of mass media participation 18 41.86 X 11. Lack of veterinary hospital facility 16 37.02 XI 12. Lack of improved farm implements 19 42.55 XII 13. Lack of training 14 32.55 XIII 14. Illiteracy 14 32.55 XIV 15. Lack of Dairy Cooperative Societies 13 30.23 XV 16. Non availability of fertilizers and manures 12 27.90 XVI 17. Lack of profitable marketing system 10 23.25 XVII 18. Lack of transportation facilities 7 16.27 XVIII
  • 20.
  • 21.