JAWRA Journal of the American Water Resources Association · 1994 · 53 citations · 12 references
Natural ResourcesWater Resources ManagementWatershed ManagementWater Quality ManagementWatershed EcologyWatershed HydrologyForest Catchment HydrologyForest Watershed HydrologyLand Use Effects On WatershedsSurface Water Quality ManagementWater QualityCatchment Water QualityLand Use Impacts On WatershedsLand-use IntensityNatural Water ChemistryTotal PhosphorusWater Column ChemistryWatershed Response To Environmental ChangeWatershed Water Quality Management
ABSTRACT. Characterizing ecological indicators such as water quality is necessary to effectively manage human‐dominated systems such as the New Jersey Pinelands. Pinelands surface waters are naturally acidic and low in nutrients and other dissolved substances. Water quality for 14 Pinelands stream sites monitored by the U.S. Geological Survey was characterized in relation to land use. A gradient of increasing pH, specific conductance, and concentration of dissolved calcium, dissolved magnesium, total nitrite + nitrate‐nitrogen, total ammonia‐nitrogen, and total phosphorus was associated with a watershed disturbance gradient of increasing land use intensity and waste water flow. These two parallel gradients emphasized the significant effect that watershed disturbance can have on natural water chemistry in the Pinelands. The results of this study can be applied to planning and regulatory programs in the Pinelands.
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Pine Barrens: Ecosystem and Landscape
Nancy G. Slack, Richard T. T. Forman · The Bryologist · 1981 · 298 citations