Coastal areas can represent an ecological transition zone with the function of biodiversity
conservation, and good water quality is fundamental to maintaining this function. In this …

Atmospheric iron (Fe) from anthropogenic, lithogenic, and pyrogenic sources contributes to
ocean fertilization, climate change, and human health risk. However, significant …

Anthropogenic activities have substantially perturbed the global nitrogen (N) cycle directly
through enhancing reactive N (Nr) inputs and indirectly through climate and land-use …

Water environments (eg, oceans, lakes, and rivers) are important carbon sinks and sources
and contribute to the carbon cycle of the earth's ecosystem. Machine learning provides a …

Human activities have profoundly altered the air quality and the climate on a global scale in
the Anthropocene. It is our task to quantitatively evaluate the impact of human activities on …

A key control on the magnitude of coastal eutrophication is the degree to which currents
quickly transport nitrogen derived from human sources away from the coast to the open …

Atmospheric deposition is an important source of marine metallic elements, which have a
non-negligible impact on marine ecology. Trace metals from different sources undergo their …

Riverine nitrogen is a pivotal determinant influencing water quality in inland and coastal
waters. Despite the recognized utility, no spatially-explicit data on riverine nitrogen yield is …

Carbon export efficiency is a key indicator of the capacity of biological pump, but the
controlling mechanism of the efficiency remains unclear. Our findings revealed that …

The ocean is responsible for taking up approximately 25% of anthropogenic CO2 emissions
and stores> 50 times more carbon than the atmosphere. Biological processes in the ocean …