Dear Colleagues,

We invite your participation in an AGU session intended to bring together
physical and biological scientists working in fluvial environments:


EP037: Working with natural processes to restore rivers and floodplains


The link to the session is
https://agu.confex.com/agu/fm15/preliminaryview.cgi/Session8877


Session Description: In rivers throughout the world the natural process
drivers that produce complex river and floodplain habitats have been
disrupted, resulting in simplified ecosystems.  Emerging practices among
restoration planners and practitioners involve working with key physical
processes (large floods, planform adjustment, wood recruitment) and biota
(beaver, fish, vegetation) to restore the form and function of rivers. The
effectiveness of such restoration actions will vary depending on the scale
of the restoration activity and the capacity of the river system for change
in response to new perturbations. This session explores the processes that
produce diverse aquatic and riparian ecosystems, and the degree to which
these processes can be managed to increase the effectiveness and
cost-efficiency of river restoration (i.e., letting the river do the work).
 We seek presentations highlighting both the mechanics of complex processes
and evidence of working with natural processes to restore river
functionality across multiple spatial and temporal scales.


Invited speakers include:

Janine Castro (USFWS, Portland, OR)
Nikolai Friberg (Aarhus University, Denmark)
George Pess (NOAA, Seattle, WA)
Mark Stone (University of New Mexico)


Best regards,


Tim Beechie (NOAA, Seattle, WA)

John M. Buffington (USFS, Boise, ID)

Matt Collins (NOAA, Gloucester, MA)

Lee Harrison (NOAA, Santa Cruz, CA)

Hamish Moir (CBEC Eco-Engineering, Alford, Scotland)

David A. Sear (University of Southampton, Southampton, United Kingdom)

Desirée Tullos (Oregon State University, Corvalis, OR)


--

Lee Harrison, Ph.D.

NOAA, Southwest Fisheries Science Center

110 Shaffer Road, Santa Cruz, CA 95060

Office: 805.893.2260

Cell: 805.407.2632

[email protected]

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