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Climate change impacts on soil erosion in Midwest United States with changes in crop management
Soil erosion under climate change : rates, implications and feedbacks
Changement climatique ; Ecoulement ; Erosion des sols ; Erosion hydrique ; Etats-Unis ; Impact ; Midwest ; Modèle ; Pratique culturale ; Prévision ; Utilisation agricole du sol
Agricultural land use ; Agricultural practice ; Climatic change ; Forecast ; Impact ; Midwest ; Model ; Runoff ; Soil erosion ; United States of America ; Water erosion
In this study, changes in management were assigned based on previous studies of crop yield, optimal planting date, and most profitable rotations under climate change in the Midwestern United States. The soil erosion model appeared to underestimate
the impact of change in crop type, particularly to soybeans. This research shows that future crop management changes due to climate and economics can affect the magnitude of erosional impacts beyond that which would be predicted from direct climate change
2005

Modeling response of soil erosion and runoff to changes in precipitation and cover
Soil erosion under climate change : rates, implications and feedbacks
Arizona ; Bassin-versant ; Changement climatique ; Couvert végétal ; Ecoulement ; Erosion des sols ; Etats-Unis ; Europe ; Modèle ; Précipitation ; Utilisation du sol ; Vitesse d'érosion
Arizona ; Climatic change ; Erosion rate ; Europe ; Land use ; Model ; Plant canopy ; Precipitation ; Runoff ; Soil erosion ; United States of America ; Watershed
affected than runoff by changes in rainfall and cover, though both are likely to be significantly impacted. This study suggests that there is a significant potential for climate change to increase global soil erosion rates unless offsetting conservation
2005

Soil erosion under climate change : rates, implications and feedbacks
Allemagne ; Changement climatique ; Erosion des sols ; Etude comparée ; Modèle ; Précipitation ; Sachsen ; Simulation ; Vitesse d'érosion
Climatic change ; Comparative study ; Erosion rate ; Germany ; Model ; Precipitation ; Saxony ; Simulation ; Soil erosion
Simulated precipitation for the 2031-2050 time period is used to model soil loss, and results are compared to soil loss based on 20 years of measured precipitation from 1981 to 2000. The simulation results allow the impacts of climate change
on erosion rates to be quantified by comparing current climate with predicted, future climate. However, expected changes in land use due to changed economic conditions are not taken into account in this analysis. The simulations are performed for 2 exemplary
2005

Impact of climate change on soil erosion, runoff, and wheat productivity in central Oklahoma
Soil erosion under climate change : rates, implications and feedbacks
Agroclimatologie ; Blé ; Changement climatique ; Ecoulement ; Erosion des sols ; Etats-Unis ; Modèle ; Oklahoma ; Pratique culturale ; Productivité agricole ; Utilisation agricole du sol
Agricultural land use ; Agricultural practice ; Agricultural productivity ; Agroclimatology ; Climatic change ; Model ; Oklahoma ; Runoff ; Soil erosion ; United States of America ; Wheat
The aims of this study were to evaluate the potential impacts of climate change on soil erosion, surface runoff, and wheat productivity in central Oklahoma. The Water Erosion Prediction Project (WEPP) model was run for 4 climate scenarios including
2005

Adjustment of CLIGEN parameters to generate precipitation change scenarios in southeastern Australia
Soil erosion under climate change : rates, implications and feedbacks
Australie ; Changement climatique ; Ecoulement ; Erosion des sols ; Erosion hydrique ; Modèle ; Méthodologie ; New South Wales ; Précipitation ; Scénario ; Sydney
Australia ; Climatic change ; Methodology ; Model ; New South Wales ; Precipitation ; Runoff ; Scenario ; Soil erosion ; Sydney ; Water erosion
CLIGEN is a stochastic weather generator to produce the required climate input for WEPP (Water Erosion Prediction Project). The aim of this paper is to show how to adjust CLIGEN parameter values to generate realistic precipitation change scenarios
2005

Soil erosion under climate change : rates, implications and feedbacks
This paper describes the potential and limitations of the HEC6T sediment transport model to describe changes in channel scour and deposition following the Cerro Grande fire near Los Alamos, New Mexico. The results indicate that it is capable
2005

Soil erosion under climate change : rates, implications and feedbacks
MEFIDIS (short for Physically Based Distributed Erosion Model) was developed to simulate the consequences of climate and land-use changes for surface runoff and erosion patterns during extreme rainfall events. The model relies on physically based
2005

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