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验证码:

Paolo D'Odorico

职称:ERNEST H. ERN PROFESSOR · PH.D. UNIVERSITY OF PADUA (ITALY), 1998.

所属学校:University of Virginia-Main Campus

所属院系:department of environmental science

所属专业:Environmental Science

联系方式:434 924 7241

简介

My research focuses on the understanding and modeling of the hydrological processes that determine the temporal and spatial dynamics of soil moisture at different scales. In particular I am presently studying how these dynamics affect the soil nutrient budget, the occurrence of water stress in vegetation, the coupling between the land surface and the overlying atmosphere, the soil susceptibility to wind erosion and the stability of hillslopes and colluvial deposits. In these analyzes I use a process-based, probabilistic approach to develop simple mechanistic models, which are then tested against data. These models offer a quantitative framework to study non-linearity and feedbacks embedded in the dynamics. They also show to which extent and in which conditions hydrologic processes have an impact on soils, vegetation, and near-surface atmosphere. This research offers the possibility to establish a number of interactions and collaborations with students and colleagues working in ecology, land surface processes, and climatology.

职业经历

My research focuses on the understanding and modeling of the hydrological processes that determine the temporal and spatial dynamics of soil moisture at different scales. In particular I am presently studying how these dynamics affect the soil nutrient budget, the occurrence of water stress in vegetation, the coupling between the land surface and the overlying atmosphere, the soil susceptibility to wind erosion and the stability of hillslopes and colluvial deposits. In these analyzes I use a process-based, probabilistic approach to develop simple mechanistic models, which are then tested against data. These models offer a quantitative framework to study non-linearity and feedbacks embedded in the dynamics. They also show to which extent and in which conditions hydrologic processes have an impact on soils, vegetation, and near-surface atmosphere. This research offers the possibility to establish a number of interactions and collaborations with students and colleagues working in ecology, land surface processes, and climatology.

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