Losses of nitrogen from agriculture are a major threat to environmental and human health at
local, regional and global scales. Emerging evidence shows that climate change and …

Owners and managers of private lands make decisions that have implications well beyond
the boundaries of their land, influencing species conservation, water quality, wildfire risk …

In modern agriculture, the interplay between complex physical, agricultural, and
socioeconomic water use drivers must be fully understood to successfully manage water …

Loss of reactive nitrogen (N) from agricultural fields in the US Midwest is a principal cause of
the persistent hypoxic zone in the Gulf of Mexico. We used eight years of high resolution …

Nitrogenous fertilizers have nearly doubled global grain yields, but have also increased
losses of reactive N to the environment. Current public investments to improve soil health …

Farmers' conservation decisions are central to addressing regional environmental
challenges, such as biodiversity loss, water quality impairment, or climate change. However …

[Objective] This study was aimed at clarifying the physiological mechanisms of nitrogen
uptake and utilization of wheat, and providing a theoretical basis for breeding and high …

Highlights•Developed a general framework to better understand coupled human–
environment system.•The natural support, economic metabolism, and social regulation …

It has become axiomatic that collective action is core to overcoming commons dilemmas.
However, the popularity of the commons dilemma framing has led to its decoupling from …

Numerous innovations have been developed in the fertilizer and plant nutrition area in
recent decades. However, the adoption of many new products and techniques at farm level …