1. A nonstationary uncertainty framework for climate change impact projections – trading space-for-time to understand streamflow elasticity Open Access Author: Singh, Riddhi Title: A nonstationary uncertainty framework for climate change impact projections – trading space-for-time to understand streamflow elasticity Graduate Program: Civil Engineering Keywords: climate changestreamflow elasticityuncertaintyhydrologic model File: Download thesis_Riddhi_Singh_edited.pdf Committee Members: Dr Thorsten Wagener, Thesis Advisor/Co-AdvisorDr Thorsten Wagener, Thesis Advisor/Co-Advisor
2. An uncertainty framework for hydrologic projections in gauged and ungauged basins under non-stationary climate conditions Open Access Author: Singh, Riddhi Title: An uncertainty framework for hydrologic projections in gauged and ungauged basins under non-stationary climate conditions Graduate Program: Civil Engineering Keywords: Climate change impact on water resourcesuncertaintydecision makingvulnerabilityhydrologic modellingspace-for-time File: Download Singh_Thesis_FinalSubmission.pdf Committee Members: Prof Thorsten Wagener, Dissertation Advisor/Co-AdvisorPeggy Ann Johnson, Committee MemberProf Michael Gooseff, Committee MemberChristopher J Duffy, Committee MemberRobert George Crane, Committee Member
