Innovative Satellite-Based Tool Developed for Agricultural Policy Assessment in India
No surveys needed: Goa Institute of Management researchers develop satellite-based farm policy assessment tool
Deccan Herald
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Researchers from the Goa Institute of Management have created a satellite-based framework to evaluate government agricultural policies without traditional survey data. This tool aims to assess the impact of welfare schemes like Telangana's Rythu Bandhu scheme, which provides financial support to farmers, enhancing productivity by 1.47% to 2.05% during the kharif season.
- 01The satellite-based framework was developed by a team from the Goa Institute of Management, Azim Premji University, and Indian Institute of Management Ahmedabad.
- 02The study focused on Telangana's Rythu Bandhu scheme, which offers financial aid to landowning farmers.
- 03Satellite imagery was used to monitor nearly 100,000 agricultural locations, revealing productivity increases in rice, wheat, and maize.
- 04The research highlights the potential of satellite technology in evaluating public welfare schemes where baseline data is lacking.
- 05The findings suggest that direct cash transfers can particularly aid rainfed farming systems facing financial and weather-related uncertainties.
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A research team from the Goa Institute of Management has developed a groundbreaking satellite-based framework to assess the effectiveness of agricultural policies, particularly in regions lacking traditional survey data. This innovative tool was created in collaboration with researchers from Azim Premji University and the Indian Institute of Management Ahmedabad and is detailed in the Journal of Agricultural Economics. The study specifically evaluated Telangana’s Rythu Bandhu scheme, which provides financial assistance to farmers. By analyzing satellite imagery from nearly 100,000 agricultural locations, researchers found that cash transfers under this scheme increased agricultural productivity during the kharif season by approximately 1.47% to 2.05% compared to areas without similar support. This approach addresses the challenge of evaluating policies in developing countries where reliable baseline data is often unavailable. The research underscores the growing importance of satellite technology and data analytics in governance, especially as climate change and erratic weather patterns increasingly impact agriculture.
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The satellite-based assessment tool can significantly enhance the evaluation of agricultural policies, leading to improved welfare for farmers.
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