Discover how bio-fertilizers and organic mulch transform strawberry cultivation, improving yield, quality, and economic viability through sustainable practices.
Explore how iThemba LABS uses radioactive ion beams for groundbreaking research in nuclear physics, astrophysics, and medical applications.
Exploring the ecological transformation of Horticultural Lake in Mianyang Science City as a blueprint for sustainable urban development
Discover how giant miscanthus forms symbiotic relationships with fungi and bacteria to thrive in challenging environments and support sustainable agriculture.
Discover how irrigation water salinity affects wheat root systems and yield, comparing salt-tolerant and salt-sensitive cultivars in greenhouse experiments.
Explore how PAMM-NET advances metabolomics research to understand chemical communication in plants, algae, and microbes, revealing nature's hidden secrets.
Discover how simple leaf measurements unlock the potential of Bambara groundnut, a climate-resilient crop for food security in Ghana and beyond.
Exploring why measuring pollen movement alone provides limited value for understanding the environmental impact of genetically modified plants.
Explore how advanced technologies are revealing the complex world beneath our feet, from microbial memories to chemical communication networks in soil ecosystems.
Discover how marine microalgae-based biofertilizers are transforming sustainable agriculture by boosting crop growth, improving soil health, and combating climate change.