Research Articles
The Tiny Revolution: How MEMS Sensors are Transforming Agriculture
Explore how Micro-Electro-Mechanical Systems (MEMS) are revolutionizing agriculture through precision farming, environmental monitoring, and sustainable practices.
From Earth to Insight: How Soil Testing is Shaping the Future of Farming in Bihar
Exploring how soil testing revolutionizes agriculture in Bihar through scientific analysis, farmer perspectives, and technological innovations.
The Secret Life of Phosphorus: How a Hidden Nutrient Shapes Our World
Explore the fascinating world of soil phosphorus, its essential role in agriculture and ecosystems, and innovative solutions for sustainable management.
The Secret Recipe for Premium Aromatic Rice: How Organic and Inorganic Fertilizers Work Together
Discover how integrated use of organic and inorganic fertilizers enhances yield and aroma in premium aromatic rice varieties during Aman season.
The Reduced Herbicide Revolution: A New Approach to Growing Spring Barley
Explore how reduced herbicide dosages can effectively control weeds in spring barley while promoting sustainable agriculture practices.
How Weed Management Unlocks Cowpea's Full Potential
Explore how different weed control methods influence cowpea performance, yield, and nutritional security in West African agriculture.
The Green Revolution: How Nanotechnology is Cultivating the Future of Agriculture
Explore how nanotechnology is revolutionizing agriculture through nanofertilizers, nanopesticides, and nanosensors for sustainable farming.
Nature's Fungicide: How Plant Extracts Are Protecting Our Food
Discover how plant extracts like garlic and neem are revolutionizing crop protection as natural fungicides against bitter melon fungi.
The Golden Ratio: How NPK Unlock Chickpea's Potential
Discover how the optimal balance of Nitrogen, Phosphorus, and Potassium boosts chickpea yields and nutritional quality through scientific research.
The Secret Life of Urea: How Water and Science are Revolutionizing Fertilizer Use
Exploring how precise estimation of soil water content, nitrate levels, and nitrogen uptake is transforming urea fertilizer management for sustainable agriculture.