potential impacts of climate change on bay-delta tidal marsh vegetation
DESCRIPTION
Potential Impacts of Climate Change on Bay-Delta Tidal Marsh Vegetation. V.T. Parker 1 , J.C. Callaway 2 , E.R. Herbert 1 , M.C. Vasey 1 , L.M. Schile 3 1 San Francisco State University, 2 University of San Francisco, 3 University of California, Berkeley. - PowerPoint PPT PresentationTRANSCRIPT
Slide 1
Potential Impacts of Climate Change on Bay-Delta Tidal Marsh
Vegetation
V.T. Parker1, J.C. Callaway2, E.R. Herbert1, M.C. Vasey1, L.M.
Schile3
1San Francisco State University, 2University of San Francisco,
3University of California, Berkeley
Climate change is likely to cause substantial shifts in estuarine
salinity and water levels over the next century, with higher summer
salinities due to reduced snowmelt and higher water levels due to
increased global sea-level rise. Our research is focused on
evaluating effects of climate change on vegetation dynamics across
the estuary, including potential impacts on plant community
composition and diversity, primary productivity, and decomposition
rates.
We are evaluating these dynamics at six marshes along a salinity
gradient within the Bay-Delta, from China Camp to Sand Mound
Slough.
Field sites:1. China Camp SP salt marsh2. Petaluma salt marsh3.
Coon Island4. Rush Ranch5. Browns Island6. Sand Mound Slough
1
2
3
4
5
6
This work is supported by CalFed Grant 1037
CalFedBay DeltaProgram
This work is supported by CalFed Grant 1037
CalFedBay DeltaProgram
We discussed something about vegetation transition
This was going to be an introduction to diversity, but not
overlapping too much with what Mike was going to produce.
This was going to be carbon cycling, decomposition and
productivity.