Zed Zulkafli|Katya Pérez|Claudia Vitolo|Wouter Buytaert|Timothy Karpouzoglou|Art Dewulf|Bert De Bièvre|Julian Clark|David M. Hannah|Simrita Shaheed
User-driven design of decision support systems for polycentric environmental resources management
Imperial College London|Universiti Putra Malaysia|Consortium for Sustainable Development of the Andean Ecoregion|Imperial College London|Brunel University London|Imperial College London|Wageningen University & Research|Wageningen University & Research|Consortium for Sustainable Development of the Andean Ecoregion|University of Birmingham|University of Birmingham
open decentralized technologies internet provide increasing opportunities create knowledge deliver computerbased decision support multiple types users across scales however environmental decision support systemstools henceforth edss often strongly sciencedriven assuming single types decision makers hence poorly suited decentralized polycentric decision making contexts contexts edss need tailored meet diverse user requirements ensure provides useful relevant usable intuitive exchangeable institutionally unobstructed information decision support different types actors address issues present participatory framework designing edss emphasizes complete understanding decision making structures iterative design user interface illustrate application framework case study within context waterstressed upstreamdownstream communities lima peru