Increasing incidences of eutrophication and groundwater quality impairment from
agricultural nitrogen pollution are threatening humans and ecosystem health. Minimal …

Growing populations and agricultural intensification have led to raised riverine nitrogen (N)
loads, widespread oxygen depletion in coastal zones (coastal hypoxia) and increases in the …

Machine learning (ML) has become the de-facto approach for various scientific domains
such as computer vision and natural language processing. Despite recent breakthroughs …

Climate change, especially in the form of precipitation and temperature changes, can alter
the transformation and delivery of nitrogen on the land surface and to aquatic systems …

Abstract In the Chesapeake Bay, excess nitrogen (N) from both landscape and atmospheric
sources has for decades fueled algal growth, disrupted aquatic ecosystems, and negatively …

Published reports suggest efforts designed to prevent the occurrence of harmful algal
blooms and hypoxia by reducing non‐point and point source phosphorus (P) pollution are …

Worldwide surface waters suffer from the presence of nitrogen (N) compounds causing
eutrophication and deterioration of the water quality. Despite many Europe-wide …

Legacy nitrogen (N) originating from net N inputs (NNI) may pose ongoing threats to riverine
water quality worldwide and even cause serious time-lags between water quality restoration …

Human agriculture, wastewater, and use of fossil fuels have saturated ecosystems with
nitrogen and phosphorus, threatening biodiversity and human water security at a global …

Understanding the fates of nitrogen (N) fertilizers applied to soil at the different scales is
crucial to increase N use efficiency and reduce N loss to the environment. However, most of …