Project Announcements

  • Feb 03, 2010:  Data Release
    Added Fall 2009 grasshopper abundance and species diversity data to the data catalog (INS-GCEM-0912, Steve Pennings) (more)
  • Feb 03, 2010:  Data Release
    Provisional CTD profile data and plots from January 2010 are now online (access restricted to GCE members) (more)
  • Feb 01, 2010:  Education News
    Science Education and Applied Research in Coastal Habitats (SEARCH) RET workshop and graduate course will be conducted July 6-17, 2010 (more)

View All GCE News

Sapelo Island Conditions

Marsh Landing Tide Predictions:

Tuesday, February 09, 2010
High: 4:48 AM (1.93m)
Low: 11:18 AM (0.20m)
High: 4:55 PM (1.70m)
Low: 11:21 PM (0.11m)

Marsh Landing Weather:

(past 7 days - click plot to enlarge)
Marshlanding Weather Graph
Plot legend

Other Near-real-time Data:
Current conditions page
Data Portal (near-real-time & historic data)

Welcome to the Georgia Coastal Ecosystems LTER

The Georgia Coastal Ecosystems Long Term Ecological Research site (GCE) was established by the National Science Foundation in 2000. The study domain encompasses three adjacent sounds (Altamaha, Doboy, Sapelo) on the coast of Georgia, U.S.A., and includes upland (mainland, barrier islands, marsh hammocks), intertidal (fresh, brackish and salt marsh) and submerged (river, estuary, continental shelf) habitats.

Study site map

Patterns and processes in this complex landscape vary spatially within and between sites, and temporally on multiple scales (tidal, diurnal, seasonal, and inter-annual). Overlain on this spatial and temporal variation are long-term trends caused by climate change, sea level rise, and human alterations of the landscape. These long-term trends are likely to manifest in many ways, including changes in water quality, river discharge, runoff and tidal inundation patterns throughout the estuarine landscape.

Research Context

Over the coming decades, the Georgia coast is expected to experience substantial changes due to factors such as climate change, sea level rise, and human alterations of the landscape. The overarching goal of the GCE LTER is to understand the mechanisms by which variation in the quality, source and amount of both fresh and salt water create temporal and spatial variability in estuarine habitats and processes, in order to predict directional changes that will occur in response to long-term shifts in estuarine salinity patterns.

Project Information

The GCE field site is based at the University of Georgia Marine Institute on Sapelo Island, and the project is administered at the University of Georgia Department of Marine Sciences in Athens, Georgia. Over 60 participants, representing 14 academic institutions and agencies, are currently involved in GCE research and educational programs. The GCE Information Management System provides online access to hundreds of core data sets, ancillary data sets from partner agencies, a searchable document and imagery archive, and a searchable bibliography of over 1400 publications from 50 years of research on the Georgia coast and Sapelo Island.

LTER
NSF

This material is based upon work supported by the National Science Foundation under grant numbers OCE-9982133 and OCE-0620959.  Any opinions, findings, conclusions, or recommendations expressed in the material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.