A newly discovered organelle in cow stomach microbes, called a hydrogenobody, produces hydrogen that fuels methane production, offering a potential target for reducing livestock greenhouse gas emissions.
New research reveals that temperature significantly influences animal immune systems, with implications for disease resistance as climate change alters global temperatures.
An international study reveals that integrated land-use planning can reduce development's impact on biodiversity by 15% and cut carbon loss by 19%, offering a framework for balancing conservation, agriculture, and renewable energy needs.
New studies of ancient Antarctic ice show Earth cooled over three million years with only modest changes in greenhouse gases, suggesting other factors influenced long-term climate.