Within the literature, concerns have been raised that centralised urban water systems are
maladapted to challenges associated with climate change, population growth and other …

Increased stormwater runoff in urban watersheds is a leading cause of nonpoint phosphorus
(P) pollution. We investigated the concentrations, forms, and temporal trends of P in …

While the sources of nutrients to urban stormwater are many, the primary contributor is often
organic detritus, especially in areas with dense overhead tree canopy. One way to remove …

Urban stormwater is a substantial source of non-point source pollution. Despite
considerable monitoring efforts, little is known about stormwater quality in certain …

Abstract In Florida's Indian River Lagoon (IRL), anthropogenic eutrophication has resulted in
harmful algal blooms and catastrophic seagrass losses. Hoping to improve water quality …

Despite the assumption that residential fertilizer ordinances improve regional water quality,
their impacts across space and time largely remain unknown. Here, we analyze changes in …

Every county and municipality in Florida can adopt its own unique ordinance regulating the
fertilization of lawns and landscapes. With increased concern for eutrophication to state …

Phosphorus (P) is an essential plant nutrient, but it can pollute rivers and lakes. State laws
banning P in lawn fertilizer can reduce pollutant loads from urban areas. A random effects …

Residential lawns provide diverse benefits, including social (eg, enhancing humans'
physical and psychological well-being), economic (eg, increasing real estate values), and …

Recent increases in global urea usage, including its incorporation in slow-release fertilizers
commonly used in lawn care in Florida, have the potential to alter the form and amount of …