作者: A.C. Castonguay , M.S. Iftekhar , C. Urich , P.M. Bach , A. Deletic
DOI: 10.1016/J.WATRES.2018.05.037
关键词:
摘要: Nature-based solutions provide a variety of benefits in growing cities, ranging from stormwater treatment to amenity provision such as aesthetics. However, the decision-making process involved installation green infrastructure is not straightforward, much uncertainty around location, size, costs and impedes systematic decision-making. We developed model simulate decision rules used by local municipalities install nature-based systems, namely constructed wetlands, ponds/basins raingardens. The was test twenty-four scenarios policy-making, combining four asset selection, two location selection three budget constraint rules. Based on case study municipality Metropolitan Melbourne, Australia, modelled uptake systems compared with attributes real-world for simulation period. Results show that actual budgeted funding reliable predict systems' policy-makers are more likely plan expenditures based costs. able replicate cumulative capacity systems. As such, it offers novel approach investigate impact using different environmental services considering biophysical economic factors.