Lead briefing
This study employs a dynamic QCA method to analyze how combinations of three types of environmental regulations—government, market, and public—affect agricultural eco-efficiency. The results indicate that no single regulation is necessary, but government support is crucial; the study identifies four paths to high eco-efficiency and one path that suppresses low eco-efficiency, and finds that market incentives and public participation can substitute for high-intensity government regulation under specific conditions. The scale of agricultural operations should be adapted to local conditions, integrated with urbanization and agricultural science and technology innovation.
Indian agricultural technology is moving from fragmented innovation toward systemic integration. Based on the EY and Assocham report, this article analyzes how digital infrastructure, capital, and the entrepreneurial ecosystem are driving agricultural modernization, and also explores challenges such as data silos.
From precision agriculture to vertical farming, cutting-edge technologies are reshaping the global food production system.
Frontier Research Review: How Precision Agriculture, Biotechnology, Smart Irrigation, Automation, Vertical Farming, and Artificial Intelligence Significantly Enhance Agricultural Productivity and Land Use Efficiency, and an Analysis of Challenges in Adoption and Future Directions.
The combination of satellite remote sensing and AI is driving precision agricultural transformation, increasing yields and optimizing resource utilization, becoming a key tool for addressing food security and sustainable development.
Satellite precision agriculture uses high-resolution remote sensing images and AI analysis to help farmers achieve resource optimization and yield improvement, promoting sustainable agricultural transformation.
Risk ledger