Journal of Soil and Water Conservation · 1981 · 207 citations · 7 references
Natural ResourcesHydrologyWatershed ManagementForest HydrologyNutrient ManagementWatershed EcologyLand Use Effects On WatershedsNutrient Loss PreventionStream EcologyCatchment Nutrient DynamicsCatchment Scale Nutrient DynamicsForest-stream InteractionsLand Use AnalysisNutrient Loss EstimationNutrient Loss Quantification
The effectiveness of forested buffer strips for controlling nutrient loss from agricultural land to streams is not well documented. To clarify this effectiveness, an attempt was made to determine whether considering the proximity of two land use types (agriculture and forest) to streams improved the ability to predict nutrient levels over simply using the proportion of watersheds occupied by each land use. Results indicated that considering the proximity of these land uses did not improve this predictive ability. One reason may be that the long-term effects of near-stream vegetation in reducing stream nutrient levels is negligible.
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Ecosystem Succession and Nutrient Retention: A Hypothesis
Peter M. Vitousek, William A. Reiners · BioScience · 1975 · 964 citations
Water Resources and the Land-Water Interface
James R. Karr, Isaac J. Schlosser · Science · 1978 · 433 citations
Natural Resources, Land-use Planning, Water Resources Management +13
Nutrient and Sediment Discharge from Agricultural Watersheds in Oklahoma
Alan Olness, S. Jerrod Smith, E. D. Rhoades et al. · Journal of Environmental Quality · 1975 · 90 citations