Discover how Site-Specific Nutrient Management is transforming rice farming through precision agriculture techniques that maximize yields while reducing environmental impact.
Explore the complex dynamics between rice insect-pests, their natural enemies, and weather parameters in Central Uttar Pradesh's rice ecosystems.
Exploring how climate change affects rice production, quality, and nutrition through scientific research and data visualization.
Discover how direct-seeded rice cultivation and zinc fertilization are transforming rice nutrition, addressing global zinc deficiency through innovative agricultural practices.
Exploring how scientists are unlocking the genetic secrets of rice to develop water-efficient crops through heritability and genetic advance analysis.
Exploring how genetic diversity in rice varieties provides resilience against sodic soil stress and ensures future food security
Discover how scientists are using rice diversity panels and multivariate analysis to unlock climate-resilient traits in the world's most important food crop.
Discover how scientists use Path Coefficient Analysis with Oryza nivara genes to create more resilient rice varieties for global food security.
Discover how genetic research on traditional rice varieties could help develop drought-tolerant crops to feed millions in a warming world.
Discover how scientists use F2 population screening to develop iron-toxicity resistant rice varieties to combat yield losses in waterlogged soils.