Coasts are an important source of native species diversity and provide a rich array of ecosystem services to humans. About forty percent of the world’s population lives within 100 km of a coast. Urban and economic development over the past fifty years has taken a heavy ecological toll on coasts and they are highly degraded. Going forward, coastal economies, communities and ecosystems are all highly vulnerable to the projected impacts of climate change, including flooding, storm surges, subsidence and sea level rise.

This course provides a foundation in the management challenges and governance frameworks of sustainable coastal management. The central focus of the course is on coastal climate vulnerability and resilience. Taught by a multi-disciplinary team, the course integrates science, economics, and policy perspectives on climate risk, adaptation, and resilience.

Part One examines current policy and legal frameworks for coastal management, explores ecological vulnerability to climate change and considers how current frameworks promote or impede adaptation. Part two examines the socio-economic vulnerability of coastal cities to climate change, explores the benefits and costs of both top-down and bottom-up adaptation options, and considers the role of households and the private sector in promoting community resilience. Many of the readings focus on the California coast but we will examine case studies from other parts of the US and internationally. Students will work in teams to produce a Consultation Practicum and a case study of a coastal city which includes a climate vulnerability assessment and adaptation options analysis.

Schedule
8:30am-5:00pm on Friday at MGWN MG100 (Nov 18, 2016 to Nov 18, 2016)
9:00am-5:30pm on Saturday at MGWN MG100 (Nov 19, 2016 to Nov 19, 2016)
9:00am-5:30pm on Friday, Saturday at MGWN MG100 (Dec 9, 2016 to Dec 10, 2016)
2:00pm-3:50pm on Thursday at MRSE B206 (Aug 29, 2016 to Dec 16, 2016)
2:00pm-3:50pm on Tuesday at MRSE B104 (Aug 29, 2016 to Dec 16, 2016)
Location
McGowan MG100
Instructors