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RESEARCH PRODUCT
Potential implications of climate change and urbanization on watershed hydrology
Dario PumoAntonio FrancipaneElisa ArnoneDomenico CaraccioloLeonardo Notosubject
Land usetRIBSClimate change; Hydrological change; Land use and cover change; tRIBS; Urbanization; Water Science and TechnologyHydrological change0208 environmental biotechnologyUrbanizationSettore ICAR/02 - Costruzioni Idrauliche E Marittime E IdrologiaClimate change02 engineering and technologyStructural basin020801 environmental engineeringClimatologyUrbanizationLand use and cover changeImpervious surfaceSpatial ecologyEnvironmental scienceClimate changeLand use land-use change and forestryPrecipitationWater Science and Technologydescription
Abstract This paper proposes a modeling framework able to analyze the alterations in watershed hydrology induced by two recurrent drivers for hydrological changes: climate change and urbanization. The procedure is based on the coupling of a stochastic weather generator with a land use change model for the generation of some hypothetical scenarios. The generated scenarios are successively used to force a physically-based and spatial distributed hydrological model to reconstruct the basin response under different conditions. Several potential climate alterations are simulated by imposing negative and positive variations in the mean annual precipitation and a simultaneous temperature increase. Urbanization is conceptualized by an increase in the impervious fraction of the basin. The procedure is applied to a large basin and a much smaller sub-basin; the results show how climate and land use changes may interact and affect the fundamental hydrological dynamics and how the processes governing basin hydrological response may change with spatial scale.
| year | journal | country | edition | language |
|---|---|---|---|---|
| 2017-11-01 |