A new report on phosphorus, an essential element for Norwegian agriculture and aquaculture, suggests measures to ensure the mineral is recovered and reused.

A small 3-ounce sensor capable of recording 2,400 data points of movement in just one second that is being tested and refined by researchers at Washington State University could be key in reducing the number of injuries to racehorses.

Eligo Bioscience, a gene-editing company focused on addressing diseases driven by the expression of bacterial genes from the microbiome, has published a study in Nature that unlocks genome editing of bacteria in the gut.

Native plants and non-native crops do not fare well in proximity to one another, attracting pests that spread diseases in both directions, according to two new UC Riverside studies.

As the largest genus in the subfamily Pertyoideae of the sunflower family (Asteraceae), Ainsliaea is widely distributed in East Asia and the Himalayas, playing a key role in various plant communities with significant ecological and scientific importance.

A team from the University of Illinois has developed a modeling framework connecting enzyme activity related to photosynthesis to yield. This is the first time a model has tied the dynamic photosynthetic pathways directly to crop growth.

In a rat study, RIKEN biologists have solved the mystery of where glycan molecules in the blood come from, tracking them down to the liver. This finding could lead to new biomarkers for liver-related diseases.

Rafael Nadal and Roger Federer will go down in history as two of the greatest tennis players of our time, but their names have also been immortalized in science, as two new insect species were just named in honor of the athletes.

Reports of bald eagles dying from lead ammunition poisoning continue as populations of the formerly endangered bird soar.

Does climate change have an impact on the quality of cotton? Mississippi State scientists hope to answer that question with a new way to monitor the environmental impacts on the cash crop throughout the growing season.

Community assembly is shaped by four main processes: selection—fitness differences between organisms; dispersal—organisms' movement across space; drift—unpredictable variation in abundance; and diversification—new genetic variants. However, whether the d

A recent study from China has shed light on the profound impacts of extreme droughts on forest ecosystems, particularly in water-limited regions. The findings revealed significant differences in how various tree species respond to such stressors.