What do the Gulf of Mexico's "dead zone," global climate change and acid rain have in common? They're all a result of human impacts to Earth's biology, chemistry and geology, and the natural cycles ...
A research team from the Nanjing Institute of Geology and Paleontology of the Chinese Academy of Sciences (NIGPAS), along ...
If society wants to address big picture environmental problems, like global climate change, acid rain, and coastal dead zones, we need to pay closer attention to the Earth's coupled biogeochemical ...
Biogeochemical silicon (Si) cycling in coastal systems is highly influenced by anthropogenic perturbations in recent decades. Here, we present a systematic study on the distribution of stable Si ...
The phosphorus cycle is a vital component of global biogeochemistry, governing nutrient availability and ecosystem productivity. In recent years, research has expanded our understanding of phosphorus ...
Scientists are currently meeting at the 94th annual Ecological Society of America (ESA) symposium in New Mexico to discuss, among other topics, the massive upset of the natural biogeochemical cycles ...
Weathering of silicate minerals releases dissolved silicate (DSi) to the soil-vegetation system. Accumulation and recycling of this DSi by terrestrial ecosystems creates a pool of reactive Si on the ...
Viruses in different life cycles can promote elemental cycling (e.g., carbon, nitrogen, and phosphorus) by viral lysing or auxiliary metabolic genes (AMGs) metabolisms. Viruses can increase microbial ...
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