Surface albedo can affect the energy budget and subsequently cause localized warming or
cooling of the climate. When we convert a substantial portion of lands to agriculture, land …

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

Reducing agricultural runoff is important year round, particularly on landscapes that receive
wintertime applications of manure. No‐tillage systems are typically associated with reduced …

Agricultural P loss from fields is an issue due to water quality degradation. Better information
is needed on the P loss in runoff from dairy manure applied in winter and the ability to …

In cold regions, nutrient losses from dairy agroecosystems are a longstanding and recurring
problem, especially when manure is applied during winter over snow‐covered frozen soils …

Snowmelt nutrient loss is an important but poorly understood process in cold climates. We
measured nutrient losses at three sites after dairy manure was applied on top of an …

An actual event that happened in the Roncal valley (Spain) is investigated and the results
are compared between models with and without snowmelt. A distributed rainfall model is …

Improving water productivity for rice production and maintaining water quality are grave
concerns in many Asian countries. Animal manure application has the potential to improve …

Climate models and global warming mitigation requires finer spatial data for albedo than
satellites typically provide. To develop field-ready techniques for assessing albedo changes …

Runoff from agricultural fields can contribute to the degradation of surface waters when not
adequately controlled. Application of manure in the winter is practiced in the upper Midwest …