Managing manure in reduced tillage and forage systems presents challenges, as
incorporation by tillage is not compatible. Surface‐applied manure that is not quickly …

Forage mixtures containing legume out-yield monocultures, fix atmospheric nitrogen, and
have lower carbon footprints. However, evidence-based information on creating forage …

Particle-facilitated transport is a key mechanism of phosphorus (P) loss in agroecosystems.
We assessed contributions of colloid-and nanoparticle-bound P (nPP; 1–415 nm) to total P …

Scientific evidence supporting recreational water quality benchmarks primarily stems from
epidemiological studies conducted at beaches impacted by human fecal sources …

Biotic indices for algae, macroinvertebrates, and fish assemblages can be effective for
monitoring stream enrichment, but little is known regarding the value of the three …

Eutrophication is the most pervasive concern to freshwater and estuarine water bodies
worldwide, with phosphorus (P) pollution continuing to expand the extent of eutrophication …

Standardized methods are often used to assess the likelihood of a human-health effect from
exposure to a specified hazard, and inform opinions and decisions about risk management …

In order to better manage agricultural phosphorus (P), most states in the United States have
adopted a “P indexing” approach that ranks fields according to potential P losses. In …

The impacts of low‐disturbance manure application (LDMA) on runoff water quality in hay
crop forages are not well known. Our objective in this study was to determine surface runoff …

Accurate measurement of the amount and timing of surface runoff at multiple scales is
needed to understand fundamental hydrological processes. At the plot scale (ie, length …