Video: Conservation
portfolios for climate adaptation - Daniel Schindler,
University of Washington
07/01/10 16:38
In this video,Daniel Schindler of the
University of Washingtondiscusses his research on
ecosystem changes in response to climate change
and the importance of heterogeneity. Schindler
is a fisheries ecologist who works on a wide
range of topics, especially with salmonids and
plankton in the Pacific Northwest of the North
America.
Schindler’s work has
documented shifts in aquatic seasonal behavior in
lakes and rivers in fish and species such as
copepods as well as relative changes in the
richness of fish stocks (i.e., the same species of
fish but from different populations), and he’s
woven a compelling story about how these
observations are connected to shifts in climate
over a multi-decade scale and how we should respond
to these changes. He is a great example of how to
connect great science with solid climate-resilient
policy implications.
This footage was captured directly after Schindler
spoke in early November 2009 at the 4th annual WWF
Kathryn Fuller Science for Nature Symposium. This
event was titled “Securing Water for Nature and
People in a Changing Climate,” and the goal was to
provide a state-of-the-science review of climate
impacts on freshwater systems, challenges to
freshwater ecosystem conservation, the role of
adaptation in water management, and build a
platform for the development of an adaptation based
conservation agenda. Abrief
video on this site of Jim Jarviewith Mercy Corps
is also taken from the Fuller
Symposium.
Welcome. I'm glad you're here. In the year
since this blog started, the site has had visitors from
over 110 countries. I work in the new field of climate
adaptation, from a water-sector perspective. Some
background material on this topic is available in a
pdf. But this site really focuses on the living,
active details of freshwater climate adaptation, my
travels while doing that work, and reflections on what
emerging political, social, cultural, scientific, and
environmental trends mean for freshwater climate
adaptation.