Using climate change adaptation theory as a framework, this study explores the process of adaptation to multiple stressors in the context of water management in the Okanagan Region, British Columbia. Water resources in the Okanagan are under growing stress from many pressures, including population growth, irrigated agriculture, tourism activities, forestry at higher elevations and now climate change. How to effectively adapt to these multiple stressors is a pertinent question for both local and provincial decision-makers. Four case studies, each representing different water efficiency approaches were selected for the study: domestic metering in Kelowna, irrigation metering in SEKID, wastewater reclamation in Vernon and institutional c...
The Okanagan region in southeast British Columbia is a unique place offering opportunities for agric...
If the twentieth century is distinguished by progress and technological advancement, the twenty-firs...
This study explores how Water User Associations adapt to water source degradation due to climate var...
This paper describes two case studies of demand-side water management in the Okanagan region of sout...
The research activity described in this report is a comprehensive regional assessment of the impacts...
Water is recognised as a fundamental human right in Canada’s Northwest Territories (NWT). However, t...
This study addresses the need for greater understanding of both the process of autonomous adaptation...
The flood threat has existed as long as humans have inhabited the Fraser Basin but the context is ch...
Studies of climate change impacts on water resources show that some regions may experience negative ...
This paper assesses adaptation in the freshwater sector to derive lessons on what motivated societi...
The protection of drinking water sources continues to gain momentum in First Nation communities on t...
Graduation date: 2018The Willamette River Basin supports 70% of Oregon’s population\ud and contains...
The combined effects in the Okanagan Valley of rapid population growth, climate change, and an envir...
An exurban nook on the Oregon side of the Columbia River Gorge named after the Hood River that runs ...
Today’s climate variability already has a large impact on water supply and protection. Millions of p...
The Okanagan region in southeast British Columbia is a unique place offering opportunities for agric...
If the twentieth century is distinguished by progress and technological advancement, the twenty-firs...
This study explores how Water User Associations adapt to water source degradation due to climate var...
This paper describes two case studies of demand-side water management in the Okanagan region of sout...
The research activity described in this report is a comprehensive regional assessment of the impacts...
Water is recognised as a fundamental human right in Canada’s Northwest Territories (NWT). However, t...
This study addresses the need for greater understanding of both the process of autonomous adaptation...
The flood threat has existed as long as humans have inhabited the Fraser Basin but the context is ch...
Studies of climate change impacts on water resources show that some regions may experience negative ...
This paper assesses adaptation in the freshwater sector to derive lessons on what motivated societi...
The protection of drinking water sources continues to gain momentum in First Nation communities on t...
Graduation date: 2018The Willamette River Basin supports 70% of Oregon’s population\ud and contains...
The combined effects in the Okanagan Valley of rapid population growth, climate change, and an envir...
An exurban nook on the Oregon side of the Columbia River Gorge named after the Hood River that runs ...
Today’s climate variability already has a large impact on water supply and protection. Millions of p...
The Okanagan region in southeast British Columbia is a unique place offering opportunities for agric...
If the twentieth century is distinguished by progress and technological advancement, the twenty-firs...
This study explores how Water User Associations adapt to water source degradation due to climate var...