As climate change pushes heat deeper into the ocean, scientists have been concerned about disruptions…
Browsing: Biogeochemistry
Biogeochemistry is an interdisciplinary scientific field that explores the interactions between the biological, geological, and chemical components of the Earth’s environment. It examines how living organisms (plants, animals, and microbes) influence and are influenced by the chemistry of the Earth’s surface, including soils, sediments, water bodies, and the atmosphere. This field is particularly concerned with the cycles of key elements like carbon, nitrogen, phosphorus, and sulfur, which are vital for life and are cycled through the Earth’s systems in complex processes. Biogeochemistry plays a crucial role in understanding environmental changes, such as climate change, nutrient cycling, and pollution, by studying how these processes affect the Earth’s ecosystems and how human activities are altering natural cycles. Through this understanding, biogeochemistry helps in developing strategies for environmental conservation and sustainable resource management.
Overestimated nitrogen availability has led climate models to exaggerate how much plant growth can offset…
UCSB research offers a new perspective on how carbon is stored in the deep ocean…
Scientists used advanced chemical analysis and machine learning to detect hidden molecular traces of life…
Upwelling of deep water rich in phosphorus supports an N-fixing symbiont that lives on Sargassum…
The ocean’s smallest organisms could hold the biggest clues to Earth’s climate future. The ocean’s…
Billions of years ago, oxygen began to appear in Earth’s atmosphere, reshaping the planet and…
Microbiologists discover bacteria that eliminate toxic sulfide and use iron minerals to grow. An international…
Deep soils vital for life host an active new microbial phylum, CSP1-3. These microbes may…
As dust-laden iron travels farther from the Sahara, atmospheric reactions make it increasingly accessible to…
A study reveals that subduction zones filter carbon and chlorine differently over time, influencing Earth’s…
A newly published study from scientists at MIT describes their discovery of a bacterial gene…
Newly published research describes how an Ascomycete fungus, Stilbella aciculosa, produces a superoxide that reacts…
The fear of predators in an ecosystem can have a vast impact on soil ecology,…