In: Chakravarty R, Ponnusamy K and R Sendhil (2021). Prioritization of climate induced gender specific vulnerability issues in crop and dairy enterprises. Indian Journal of Animal Sciences 91 (7): 577–581.
PhD scholar's research findings. ; In India, Tamil Nadu is one of the states most vulnerable to drought impacting agriculture and allied activities. This study attempts to develop a new composite drought vulnerability index (CDVI) comprising both crop and dairy indicators for 30 districts of Tamil Nadu, India. The computation of index was based on the Intergovernmental Panel on Climate Change (IPCC) approach using exposure, sensitivity and adaptive capacity. Initially, indicators were normalized to make sure that all the indicators are comparable and weights were assigned to each indicator based on principal component analysis. Then, the districts were classified as high, moderate and less vulnerable on the basis of magnitude of the index. Coimbatore has the highest exposure to drought vulnerability (0.58) and the lowest was in Krishnagiri (0.35). In case of sensitivity, the highest was in Kancheepuram (0.69), while the lowest was in Tiruppur (0.26). The highest adaptive capacity was observed in Nagapattinam (0.52) and the lowest was in Tiruppur (0.24). None of the districts had higher adaptive capacity than sensitivity and exposure, combinedly. Overall, CDVI was highest in Kanchipuram (0.88), lowest in Erode (0.45) and moderate in Thanjavur (0.73). District level vulnerability mapping showed that twelve districts were categorized as highly vulnerable to drought; eight districts as moderately vulnerable; and ten districts as less vulnerable. Most of the districts in north eastern and southern agro-climatic zones; a few districts in Cauvery delta and western zones of Tamil Nadu had come under high vulnerable category, while a majority of the districts in north western, western and high rainfall zones were less vulnerable. To mitigate drought vulnerability, government should focus and aid in developing regional level adaptation strategies such as water conserving techniques/farm pond and appropriate policy measures to safeguard the livelihood from agriculture and dairying. Also, special attention may be given to local people's understandings about drought including traditional practices to cope-up vulnerability. ; Not Available
In: Akhilraj M, Joseph J, Sendhil R, and A, Pouchepparadjou (2023). RESEARCH PROGRESS IN MILLETS - BIBLIOMETRIC EVIDENCE FROM INDIA. In Sensitizing the Millet Farming, Consumption and Nutritional Security - Challenges and Opportunities (Ed. Pouchepparadjou et al.).PAJANCOA&RI,P.390-394.
Not Available ; The present study was carried out in a dry tract of central plateau region (Banwar village, Madhya Pradesh, India) by a team of trainee scientists inducted for the National Agricultural Research System (NARS), India. Observations recorded in the village indicated the harsh effects of declining water table owing to poor precipitation and the need for water harvesting to sustain people's livelihood since agriculture being their primary profession. Considering social marketing strategy, the goal was set to recharge groundwater and increase the water availability for irrigation purpose. Visualising groundwater recharge through water harvesting as the end product; organising training programmes, method demonstrations, village level exhibitions and visit to other successful water harvesting regions were set as the promotion strategies to achieve the set goal. Work plan was devised by the trainee scientists and set to act further. Nevertheless, successful social marketing needs the partnership of local government bodies and nongovernmental organizations (NGOs) that play a significant role in changing the complex social structure of the people—the ultimate beneficiaries of end product. ; Not Available
Not Available ; The present study was carried out in a dry tract of central plateau region (Banwar village, Madhya Pradesh, India) by a team of trainee scientists inducted for the National Agricultural Research System (NARS), India. Observations recorded in the village indicated the harsh effects of declining water table owing to poor precipitation and the need for water harvesting to sustain people's livelihood since agriculture being their primary profession. Considering social marketing strategy, the goal was set to recharge groundwater and increase the water availability for irrigation purpose. Visualising groundwater recharge through water harvesting as the end product; organising training programmes, method demonstrations, village level exhibitions and visit to other successful water harvesting regions were set as the promotion strategies to achieve the set goal. Work plan was devised by the trainee scientists and set to act further. Nevertheless, successful social marketing needs the partnership of local government bodies and nongovernmental organizations (NGOs) that play a significant role in changing the complex social structure of the people—the ultimate beneficiaries of end product. ; Not Available
In: Sendhil R, Ankita Jha, Anuj Kumar and Satyavir Singh (2017). Tracking wheat yield sensitivity to weather variability across Indian transect for climate smart farming. Extramural Project Report, ICAR-Indian Institute of Wheat and Barley Research, Karnal. pp 1-40. DOI: 10.13140/RG.2.2.13272.11522
In: Joseph J, Akhilraj M, Malaiarasan U, Sendhil R, & Pouchepparadjou A (2023). CORRELATES OF MILLETS CULTIVATION IN INDIA: EMPIRICAL EVIDENCE FROM LARGE SCALE HOUSEHOLD SURVEY. In Sensitizing the Millet Farming, Consumption and Nutritional Security (Ed. Pouchepparadjou et.al).PAJANCOA&RI,P.480-486
In: Palanisamy V, Vellaichamy S, Sendhil R and GK Jha (2021). Does food security influence the nutritional status in India? Empirical evidences from state-level cross sectional study. International Conference of Agricultural Economists (ICAE), August 17-31, 2021.
In: Sendhil R, Kiran Kumara TM, Kandpal A, Kumari B & Mohapatra S (2023). Wheat production, trade, consumption, and stocks: Global trends and prospects. In Wheat Science (Ed. OP Gupta et al.), CRC Press, Pages 23, https://doi.org/10.1201/9781003307938
In: Bhat S, Aditya KS, Kumari B, Acharya KK and Sendhil R (2022). Pulses production, trade and policy imperatives: A global perspective. In Advances in Legumes for Sustainable Intensification (Ed. Ram Swaroop Meena and Sandeep Kumar), 639-656, https://doi.org/10.1016/B978-0-323-85797-0.00018-5
In: Nyika J, Mackolil J, Workie E, Adhav C and Ramadas S (2021). Cellular Agriculture Research Progress and Prospects: Insights from Bibliometric Analysis, Current Research in Biotechnology, 3: 215-224. https://doi.org/10.1016/j.crbiot.2021.07.001
In: Sendhil R, Joseph J, Akhilraj M, Sivasakthi Devi T, Swaminathan N & Pouchepparadjou A (2023). Status of Millets in India: Trends and Prospects. In Sensitizing the Millet Farming, Consumption and Nutritional Security - Challenges and Opportunities (Ed. Pouchepparadjou et al.).PAJANCOA&RI,P.15-25.