Phosphorus losses from turfgrass areas are perceived to contribute to water quality
problems, yet a comprehensive review of P fate in turfgrass ecosystems is lacking …

Nitrogen is critical for the proper establishment and management of turfgrass. Fertilization
with nitrogen is required to maintain a dense, persistent, and aesthetic turfgrass stand …

The presence of excess nutrients in surface waters can result in undesirable environmental
and economic consequences, including nuisance algal blooms and eutrophication. Fertilizer …

The detection of pesticides, associated with turfgrass management, in storm runoff and
surface waters of urban watersheds has raised concerns regarding their source, potential …

Pesticides associated with the turfgrass industry have been detected in storm runoff and
surface waters of urban watersheds, invoking concern of their potential environmental …

Proper management of turfgrass systems is critical for reducing the risk of nutrient loss and
protecting urban surface waters. In the southern United States, irrigation can be the most …

While the relationship between soil acidity and thatch accumulation in maintained lawns has
been reported, interacting effects of cultivation and surface lime applications on soil acidity …

Nitrogen exports from landscapes can contribute to the eutrophication of surface waters. The
most common form of N studied in prior runoff research has been nitrate, although …

Native soil athletic fields high in silt and clay provide inadequate drainage during periods of
heavy rainfall, resulting in reduced wear tolerance and surface stability when combined with …

Pesticides associated with the turfgrass industry have been detected in storm runoff and
surface waters of urban watersheds; raising concern of their potential environmental effects …