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Book of Extended summaries ISDA

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International Conference on Reimagining Rainfed Agro-ecosystems: Challenges & Opportunities<br />

during 22-24, December 2022 at ICAR-CRIDA, Hyderabad<br />

Based on the survey, technical interventions have been taken up under different themes as<br />

follows: NRM module: In-situ moisture conservation between paired rows <strong>of</strong> pigeon pea,<br />

Contour cultivation, Mechanization: Sowing through Bullock drawn seed drill and weeding by<br />

cycle weeder; Improved varieties: Finger millet (MR-1, GPU-28, ML-365), Groundnut (ICGV-<br />

91114, KCG-6, K-6, K-1812) and Pigeonpea (BRG-5, BRG-2); Intercropping system: Finger<br />

millet + Pigeonpea (8:2), Groundnut + Pigeonpea (8:2), Pigeonpea + Field bean (1:1) and<br />

Cowpea + Field bean (1:1); Fodder module: Fodder maize (SA-tall), Fodder sorghum, Napier<br />

multi-cut (CO-5); Perennial module: Melia dubia and tamarind has been introduced; Animal<br />

module: Deworming 5-10 mg/kg <strong>of</strong> body weight (40ml /cow), Dry fodder: 5-7 kg/day/animal,<br />

Green fodder: 25-30 kg/day/animal, Concentrates (Energy source: protein source: bran in<br />

50:25:25 ratio): 4 kg/day/animal, Perethrin soap, Hi-min- Multi mineral nutrient mixture<br />

(40g/animal/day)<br />

Results<br />

Among the different farmers category irrespective <strong>of</strong> different modules and farming situation<br />

there is considerable improvement in system productivity (6567 kg/farming system) and<br />

employment generation (343) in improved practices than the traditional farmers practice (4367<br />

kg/farming system and 309, respectively) in marginal farmers category. Similarly, in small<br />

farmer’s category higher system productivity (9321 kg/farming system) and employment<br />

generation (351) was recorded in improved technological interventions than existing farmers<br />

practices under rainfed farming situation. Further, under partially irrigated situation higher<br />

system productivity (11909 kg/farming system and 14397 kg/farming system) and employment<br />

generation (366- and 411-man days) was registered in improved practices both in marginal and<br />

small farmer’s category, respectively (Mudalagiriyappa et al., 2017 and Ramachandrappa et<br />

al., 2017). Further there was an increase in yield was noticed from 30 - 40 % and increase in<br />

net return from 33 - 45 % both in rainfed and partially irrigated farming situation.<br />

Conclusion<br />

Integrated farming practices viz., in-situ moisture conservation between paired rows <strong>of</strong> pigeon<br />

pea, sowing through bullock drawn seed drill and weeding by cycle weeder, using <strong>of</strong> improved<br />

finger millet, groundnut and pigeonpea varieties and implementation <strong>of</strong> mineral mixture for<br />

animals has enhanced the system productivity (kg/farming system) employment generation<br />

(man days) and in improved practices than traditional practices followed by farmers. The<br />

demonstrations also served as tools for up scaling the technologies to the surrounding farmers,<br />

extension functionaries and policy makers<br />

References<br />

Mudalagiriyappa., Ramachandrappa, B.K., Thimmegowda, M.N., Devraja, K., Krishnamurthy,<br />

R., Ravindra Chary, G., Puneetha, K.M., Savitha, M. S., Narayan Hebbal and Shree<br />

Ecosystem based approaches for climate change adaptation, ecosystem services, integrated farming system<br />

models, Land degradation neutrality<br />

211 | Page

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