Discover how computational modeling and advanced treatment technologies are transforming industrial wastewater recycling, reducing water scarcity challenges in manufacturing.
Explore how Moving Bed Biofilm Reactor (MBBR) technology effectively treats combined municipal and industrial wastewater, featuring a case study from Mashhad Sewage Treatment Plant.
Discover how mycorrhizal fungi can boost tomato yields by 27%, enhance drought tolerance, and provide natural disease protection through underground symbiotic relationships.
Explore Bayer's comprehensive Climate Check framework - a systematic approach to reducing energy consumption and CO2 emissions across the agricultural value chain.
Explore the fascinating world of Rhizobium-legume symbiosis and discover how the NodL protein enables precise molecular communication between bacteria and plants.
Exploring the science and sentiment behind food controversies, focusing on GMOs, public perception, and the evolving conversation around our food choices.
Explore how structural biology and protein engineering are revolutionizing medicine through advanced techniques like cryo-EM and AI-powered structure prediction.
Discover how glutamine, a single amino acid, serves as plants' most powerful weapon against environmental stresses like heat, salinity, and disease.
Discover how root-knot nematodes in Japan are developing resistance to major nematicides, threatening agriculture and food security.
Exploring the scientific innovations in destroying spent ion exchange resins, the invisible workhorses of water purification and industrial processes.