Excess nitrogen (N) and phosphorus (P) from human activities have contributed to
degradation of coastal waters globally. A growing body of work suggests that hydrologically …

Adaptive management (AM) emerged in the literature in the mid-1970s in response both to a
realization of the extent of uncertainty involved in management, and a frustration with …

Excessive nitrogen (N) and phosphorus (P) loading is one of the greatest threats to aquatic
ecosystems in the Anthropocene, causing eutrophication of rivers, lakes, and marine …

Nonpoint source pollution is the runoff of pollutants (including soil and nutrients) from
agricultural, urban, and other lands (as opposed to point source pollution, which comes …

The efforts to management agricultural non-point source pollution from the field to watershed
scale is an ongoing challenge that needs to take into account trade-offs between …

Watershed analyses of nutrient removal in riparian buffers have been limited by the
geographic methods used to map buffers and by the statistical models used to test and …

The non-point source (NPS) pollution is difficult to manage and control due to its
complicated generation and formation. In large scale watersheds, the priority sources areas …

Because of its role in soil functioning, our ability to predict soil organic matter (SOM)
dynamics, as influenced by natural and anthropogenic processes, is essential to mitigating …

Internal phosphorus (P) loading from the sediment poses a high risk of being an additional P
source to deteriorate water quality. Previous studies hypothesized that internal P loads can …

Agricultural nonpoint source pollution remains a persistent environmental problem, despite
the large amount of money that has been spent on its abatement. At local scales, agricultural …