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International Conference on Reimagining Rainfed Agro-ecosystems: Challenges & Opportunities during 22-24, December 2022 at ICAR-CRIDA, Hyderabad T2-10R-1264 Akkadi: A Sustainable Livelihood Cropping System in Raichur District of Karnataka Lokappa Nayak 1 , Prachi Patil 2 , Mallikarjun Patil 1 , V. Swaran 2 1 India Foundation for Humanistic Development, Bengaluru, Karnataka, 560025, 2 Watershed Support Services and Activities Network, Hyderabad, Telangana, 500068 An exploratory research study on an indigenous multi-cropping system, locally known as Akkadi, was undertaken in the Kannal village of Raichur district (Karnataka). Akkadi is an indigenous cropping system where rainfed farmers grow combinations of millets, pulses, oil seeds, and vegetables on the same farm land, same time. In this thoughtfully evolved traditional cropping system of Akkadi, crops are combined in such a manner that harvesting of crops starts from the second month after sowing and continues up to nine months. Pigeonpea, sorghum/pearl Millet crops constitute major proportion in Akkadi cropping system relative to the greengram, cowpea, moth bean, roselle, castor, and beans. The crop layout consists of three rows of sorghum or pearl Millet crop followed by a row of red gram intercrop (Fig). The row-to-row spacing between sorghum or pearl millet crop is 30 cm. To document the indigenous cropping system of Akkadi traditionally practiced in Lingusur and Maski tehsil of Raichur districts and understand the its design principles. Methodology Study Area: Akkadiis traditionally practiced in Lingusur and Maski tehsil of Raichur district Karnataka. Study was conducted in Kannal village 15°56'18.9"N& 76°28'31.6"E of Maskitehsil. The study was conducted in three steps. The first step was to explore the existing traditional cropping system through network groups. Cropping system was selected based on the characteristics such as multi-crops, one-time sowing with multiple harvests at multiple times, multi-tier, covers soils for a longer duration, and specific phenotypes of crops in the system. Detailed analytical documentation of the identified traditional cropping system was done, with focus group discussions, key informants interviews, and field visits. Researchers along with the panel of experts, analysed the documentation and evaluated the system for identification of any design principles guiding the traditional cropping system. 164 | Page Ecosystem based approaches for climate change adaptation, ecosystem services, integrated farming system models, Land degradation neutrality
International Conference on Reimagining Rainfed Agro-ecosystems: Challenges & Opportunities during 22-24, December 2022 at ICAR-CRIDA, Hyderabad Results Akkadi Cropping System Layout Cover Duration of crop and soil cover The results of this exploratory study are analyses using following principle: multi-crops, one time sowing with multiple harvests at multiple times, multi-tier, covers soils for longer duration, specific phenotypes of crops and rainfall use efficiency Crop Diversity and its phenotypes: Akkadi cropping system is a glide of crops consisting of millets, pulses, oil seeds, and vegetables. Akkadi cropping system has different crop combination models, practiced based on the requirement of rainfed farmers. Crop combination with different maturity period, and a specific phenology helps the crops to complement each other growth. Multi-tier cropping system with multiple harvestings The Akkadi cropping system has crop combinations of varying heights (1 to 12ft) and maturity period (three to nine months), at any given point of time one can see some crops ready to harvest whereas other at their vegetative stage protecting the soil cover and improving its health because of crop biomass refer Crop combination of varying heights, root depths, maturing stages, harness sunlight, soil moisture, soil nutrient, and land space most effectively. Rainfall use efficiency: The hot arid climate of Lingusur region is subjected to prolonged dry spells and the erratic nature of rainfall.22% of the total annual average rainfall (599 mm) Ecosystem based approaches for climate change adaptation, ecosystem services, integrated farming system models, Land degradation neutrality 165 | Page
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Extended Summaries 22-24 December,
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