Southeast USA Chapter of the Society for Freshwater Science

Southeast USA Chapter of the Society for Freshwater Science

Mission Statement

The Southeast USA chapter of the Society for Freshwater Science (SFS) seeks to support and facilitate communication among SFS members working in southeastern ecosystems. We also aim to provide a bridge for non-SFS members to interact with the society at regional meetings to enhance engagement with other groups.

Chapter’s Goal

The Southeast USA Chapter is open to all those interested in freshwater science in the southeast USA. The southeastern USA is rich in freshwater resources and contains a disproportionate diversity of freshwater animals relative to the rest of the USA, with more than a quarter of the region’s species found nowhere else in the world. Unfortunately, the southeastern USA is also a hotspot for imperilment, in part because of intensive agricultural and urban development coupled with insufficient investment in conservation. The Chapter aims to foster exchange of scientific information among the membership, and with other professional societies, resource managers, policy makers, educators, and the public in the Southeast USA.

Specific goals of the southeastern USA chapter include:

  • Increase engagement of southeastern Minority-Serving (MSI) and Undergraduate-Focused (UFI) institutions with SFS.
  • Increase undergraduate engagement in freshwater science.
  • Organize funded workshops and training experiences among labs
  • Enhance regional collaborations
  • Promote research and conservation of freshwater ecosystems in the southeast USA
  • Develop a regional network of field sites and contacts for education and research
  • Increase engagement of southeastern researchers with the larger SFS organization

Officers

President/Chair - Carla Atkinson (carla.l.atkinson@ua.edu)
Secretary/Treasurer - Krista Capps (kcapps@uga.edu)
Vice President/Chair - A.J. Reisinger (reisingera@ufl.edu)
Social Media Chair - Laura Naslund (laura.naslund@uga.edu)

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Recent Publications

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(2023). Assessing relationships between onsite wastewater treatment system maintenance patterns and system-level variables. Science of The Total Environment, 870(20).

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(2023). Sediment degradation experiments for a low gradient stream suggest the watershed’s connectivity regime exhibits control on stream biogeochemistry. Journal of Hydrology.

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(2023). Viability of side-scan sonar to enumerate Paddlefish, a large pelagic freshwater fish, in rivers and reservoirs. Fisheries Research 261.

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(2023). Linking seasonal changes in organic matter composition and nutrients to shifting hydraulic gradients in coastal urban canals. Water Resources Research.

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(2023). DiceCT for Fishes: Recommendations for pairing iodine contrast agents with μCT to visualize soft tissues in fishes. Journal of Fish Biology.

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(2023). Habitat and nutrients, but not artificial lighting at night, drive fish assemblage composition in urban streams. Research Square.

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(2023). Particle size influences decay rates of environmental DNA in aquatic systems. Molecular Ecology Resources.

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(2023). Nitrate Hysteresis as a Tool for Revealing Storm-Event Dynamics and Improving Water Quality Model Performance. Water Resources Research 59(1).

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(2023). River Corridor Sources Dominate CO2 Emissions From a Lowland River Network. Journal of Geophysical Research: Biogeosciences, 128(1).

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(2022). Extent, patterns, and drivers of hypoxia in the world's streams and rivers. Limnology & Oceanography Letters.

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(2022). Thermal sensitivity modulates temporal patterns of ecosystem functioning by freshwater mussels. Freshwater Biology, 67(12).

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(2022). Impacts of residential fertilizer ordinances on Florida lacustrine water quality. Limnology and Oceanography Letters.

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(2022). Non-point source fecal contamination from aging wastewater infrastructure is a primary driver of antibiotic resistance in surface waters. Water Research, 22.

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