全部文献期刊学位论文会议报纸专利标准年鉴图书|学者科研项目
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作者:Nishtha Manocha , Vladan Babovic
来源:[J].Water(IF 0.973), 2018, Vol.10 (2)DOAJ
摘要:The adaptation tipping point and adaptation pathway approach developed to make decisions under deep uncertainty do not shed light on which among the multiple available pathways should be chosen as the preferred pathway. This creates the need to extend these approaches by mea...
作者:Nishtha Manocha , Vladan Babovic
来源:[J].Water(IF 0.973), 2018, Vol.10 (2)MDPI
摘要:The adaptation tipping point and adaptation pathway approach developed to make decisions under deep uncertainty do not shed light on which among the multiple available pathways should be chosen as the preferred pathway. This creates the need to extend these approaches by mea...
作者:Nishtha Manocha , Vladan Babovic
来源:[J].Procedia Engineering, 2016, Vol.154, pp.1406-1413Elsevier
摘要:Abstract(#br)Policymakers and engineers today are faced with a difficult task of planning for large scale infrastructure that can cater to the climatic and socio-economic changes that the future will bring. As the performance of these large infrastructure systems is sensitiv...
作者:Nishtha Manocha , Matthias Ong ...
来源:[J].International Journal of Climatology(IF 2.886), 2018, Vol.38, pp.e1119-e1138Wiley
摘要:ABSTRACT(#br)Precipitation data of finer timescale and higher spatial density are crucial for continuous hydrological modelling and flood risk assessment. Disaggregation methods are often used to transform the coarser‐timescale precipitation data into finer resolutions. The ...

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