Search

An Innovative Geospatial framework for Precision Agriculture- Leveraging the Synergy of Satellite and Drone imagery, Artificial Intelligence, Big data and Cloud Computing

Precision Agriculture (PA) is a strategy that aims to optimize inputs and reduce inputs in agriculture towards low-input, high-efficiency, and sustainable practices. In India, over 58% of operational holdings have smaller fields, making it crucial fo

An IoT-based pesticide detection in leafy vegetables using deep learning

A balanced diet is crucial for human health, but many fruits and vegetables contain harmful pesticides and insecticides, leading to serious illnesses. A recent report from the University of Agriculture found that 48.48 of fruits, 48.80 of vegetables,

Artificial intelligence & IoT based UAV system for crop health monitoring & forecasting

Automation of farming tools for smart farming using android application (A Gaming approach)

Bacterial mediated drought tolerance: Understanding the physiological, biochemical & molecular mechanism in cyamopsis (cluster bean)

Biofortification of Hydroponically grown Tomato Solanum lycopersicum and Lettuce Lactuca sativa L with Thiamine and Zinc alone or in combination and their validation in animal counterpart

The research aims to provide technology transfer to small, landless, marginal, and tribal farmers in Kashmir. The study will be conducted in four phases: Phase I, which standardizes a protocol for biofortication of tomato and lettuce with thiamine an

Biorefinery approach in recovering high value products from vegetable and fruit wastes under circular economy frame

The food industry produces significant amounts of waste materials from fruits and vegetables, causing negative environmental impacts and post-harvest losses. These residues are rich in bioactive substances, such as fibers, carotenoids, terpenes, phen

Bioremediation of heavy metals utilizing myco-synthesized nanoparticles for sustainable agriculture

Designing functional microgels based agrochemical delivery systems with moisture preservation

Designing Improved Sodium-rich Cathode Materials for High-Capacity Sodium-ion Batteries Through Electronic Structure Tuning

This research aims to understand the mechanism of anionic redox in Silicon-Ion-Boiler (SIBs) and identify key factors influencing reversible/irreversible anionic redox in Na-rich cathode materials. The study will use Density Functional Theory (DFT) a