Exploring how natural convection, enclosure geometry, and nanofluids are revolutionizing thermal management technology
Comprehensive analysis of chemical and organic fertilizers, their environmental impacts, and future sustainable approaches to agriculture.
Discover how water activity controls food spoilage and preservation through scientific principles and experiments.
Exploring the critical shortage of essential trace elements in Saudi Arabia's soil and its impact on the food chain, agriculture, and human health.
Discover how Ardabil is transforming wastewater sludge into valuable resources using AHP and TOPSIS decision-making models for sustainable environmental management.
Explore how nanotechnology is transforming agriculture through innovative nano-fertilizers, improved soil health, and sustainable farming practices.
Discover how the improvement of sandy habitats led to the origin of agriculture in northern China 8,000 years ago, challenging traditional views on farming origins.
Discover how meticulous operating procedures form the unsung backbone of chemical plants, ensuring safety, efficiency, and reliability through science and human-centered design.
Discover how the Heliothis virescens cadherin protein functions as a receptor for Bacillus thuringiensis Cry1A toxins but not Cry1Fa toxins, with implications for sustainable agriculture.
Exploring the intricate balance between science and art in plant genomic DNA isolation techniques and their revolutionary applications.