你的花园能否帮助阻止城市洪水?
城市化进程本身就是导致城市洪水的主要原因之一。建筑物、人行道和道路区域无法渗透雨水。当降雨量超过城市景观能够滞留或渗透的雨水量时,水就开始向下坡流,产生径流。
Alessandro is a honorary research fellow at the University of Melbourne, Australia. Early in 2016, he has been awarded an US National Academy of Sciences Research Associate NRC Fellowship within the National Risk Management Research Laboratory of US-EPA in Cincinnati, Ohio. He is a honorary research fellow at
His research focuses in unravelling the functional links between habitat structure, biodiversity and eco-hydrological processes in both natural and human-dominated ecosystems. He has worked in numerous projects funded by the Australian Research Council and the American National Science Foundation, expanding his professional network throughout four continents. Over the years, he enjoyed the opportunity to guest lecture for undergraduate and postgraduate subjects related to urban green infrastructures, urban horticulture, eco-hydrology, landscape architecture, urban planning, design and landscape architecture. Alessandro is particularly interested in the applied side of his research which spans environmental management, ecological design, science communication and outreach.
城市化进程本身就是导致城市洪水的主要原因之一。建筑物、人行道和道路区域无法渗透雨水。当降雨量超过城市景观能够滞留或渗透的雨水量时,水就开始向下坡流,产生径流。
Urban flooding represents the most common yet severe environmental threat to cities and towns worldwide. Future changes in rainfall extremes are likely to increase this threat, even in ar...