Urban watersheds include extensive turfgrass plantings that are associated with
anthropocentric attitudes toward landscapes. Native and construction-disturbed urban soils …

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 …

This study identified material with high phosphorus sorption suitable for bioretention filter
media. Materials examined were fly ash, two expanded shales, peat moss, limestone, and …

The urban landscape is comprised of many land uses, none more intensively managed than
turfgrass; however, quantification of nutrient losses from specific land uses within urban …

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 …

Excess phosphorus, particularly in surface waters can lead to severe eutrophication.
Identifying source areas, quantifying contributions, and evaluating management practices …

Potassium is an essential element for plant growth, and is required by plants in relatively
large amounts. It is taken up from the soil solution by plant roots in the form of the potassium …

Coastal areas in the southeastern USA are prone to hurricanes and strong storms that may
cause salt-water influx to freshwater aquatic sediments. These changes in environmental …

Excessive concentrations of P can lead to the deterioration of surface waters through
eutrophication. This study was conducted to test the effectiveness of a trench filter system for …

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 …