Are we beyond the brink? With months of oppressive heat and unrelenting fires – the fingerprint – or perhaps the firm boot print – of climate change is planted on California as global warming marches on to change everything about the future.
“Adequate water for food for the nation is a water security issue, and it’s also a national security issue,” says UC Merced CITRIS researcher Roger Bales.
Drought, climate change, an aging infrastructure and growing population threaten the water California’s San Joaquin Valley uses to supply most of the nation’s produce and a large proportion of its livestock and dairy. This excerpt from a new documentary previews an examination of water problems and solutions across the United States and globally.
Watch Water Supply and National Security: Beyond the Brink
As humankind faces massive changes in weather patterns, sea level, ocean acidity, and oxygen levels, Scripps Oceanography has launched a new center focused on understanding and adapting to the impacts of climate change. Mark Merrifield, director of the new center explains how the members of this dynamic network will develop strategies for climate change adaptation.
Watch Center for Climate Change Impacts and Adaptations
Climate change is creating increasingly uncertain futures for people all over the globe. From melting ice caps, to rising sea levels, to wildfires and drought, every community is feeling the impact. We can react to disasters by providing aid and rebuilding, but how can we get out in front of them? Jacqueline McGlade has spent years studying climate change, worked with the United Nations Environment Programme, and is currently a Professor of Resilience and Sustainable Development at the University College London. She discusses how new technology and a growing understanding of the world’s ecosystems can help us adapt. She shares lessons she learned while studying the Inuit of Greenland and living with the Maasai in East Africa and explains how cultures focused on community can thrive in regions most-susceptible to climate change. McGlade argues there are at least seven principles, which if followed, can help build a resilient world.
Watch (Re)active Resilience: How to Thrive in a Changing Climate.
Over the past 30 years, arguably the most significant innovation in environmental policy has been the introduction of policy instruments that rely upon market forces to control pollution. You may know it as “cap-and-trade.” This policy debuted in the Clean Air Act Amendments of 1990 and has since spread from a focus on acid rain in the US to the development of carbon markets around the world. China is the most recent large emitter to announce a national carbon market.
This talk by Dan Dudek at the Bren School of Environmental Science and Management at UC Santa Barbara reviews the major innovations of this policy tool, its migration around the world, and prospects for the future.
Dudek joined the Environmental Defense Fund in 1986. He has participated the development of several environmental initiatives including the Montreal Protocol, the US acid rain program, the Kyoto Protocol, and California’s AB-32. He has been an adviser and consultant to numerous governments and organizations. He has served on the Secretary of Energy’s Advisory Board; US EPA advisory committees; and on two councils that personally advise China’s Premier on environmental issues. He launched EDF’s China Program in 1995 to develop programs for the control of both conventional and greenhouse gas emissions. His work now focuses on India’s air quality problems.
Watch From the Adirondacks to Beijing: One Economist’s Journey.
The years from 2013 through 2015 witnessed the largest non-commercial marine mass mortality event on record (as of 2013) as up to 96% of all Ochre Sea Stars on the coasts of California and Oregon perished. This created a ‘natural experiment’ and an opportunity to study genomic changes in wild populations with unprecedented detail. Rather than observing only the aftermath — usually the case in such catastrophes – a team of researchers from UC Merced is reconstructing the population and genetic consequences of this epidemic outbreak of sea star wasting disease. The team measured the abundance and genetic variation of Pisaster ochraceus (the Ochre Sea Star – a keystone species) in the year preceding mass mortality. They then repeated sampling of adults and juveniles in subsequent years, measuring population dynamics and genomic shifts during and after the disease outbreak. At a time when marine diseases and mass mortalities are on the rise, this study documents the impact of little-known wildlife diseases and potential trajectory of recovery in a keystone marine species.
Learn more and watch: Sea Star Wasting Disease Update 2017