Through our grant program, The Orianne Society seeks to fund graduate student research benefiting the conservation and management of amphibians and reptiles. Funding for conservation research is often challenging to acquire, especially for graduate student projects that occur over just a few years. These small grants will provide a funding opportunity to students who may not have other funds available to accomplish their research goals. Our aim is to make the application and reporting process as streamlined as possible so that applicants and awardees can focus on their research. Funded projects will mainly occur in the southeastern United States, and this grant program will directly benefit both graduate students and imperiled herpetofauna.
This granting program is open to university graduate students conducting research projects that have an applied ecology, conservation, or management objective in herpetology within the southeastern United States, which includes the following states: AL, AR, FL, GA, KY, LA, MS, NC, SC, TN or VA. Marine and captive animal projects are not eligible for this grant.
This granting program is open to Virginia Tech graduate students conducting research projects that have an applied ecology, conservation, or management objective in herpetology within the United States. Projects in the following states may be given priority: AL, AR, FL, GA, KY, LA, MS, NC, SC, TN or VA. Marine and captive animal projects are not eligible for this grant.
These grants are made possible through generous funding from the Chandler Family Foundation.
Our 2021 Grant Program Recipients
Arik Hartmann, Department of Biology, University of Florida
Project: Assessing community-level pathogen spillover in longleaf pine associated herpetofaunal communities
Longleaf pine habitats support diverse assemblages of amphibians and reptiles, of which a third are habitat specialists. Many longleaf specialists are listed as species of conservation concern by state or federal agencies because of habitat loss and population declines. Some species, such as striped newts and gopher frogs, have continued to decline in suitable habitat and our ongoing research suggests that the emerging wildlife pathogen Ranavirus could be driving these declines. Ranaviruses can infect amphibians, reptiles, and fish, and outbreaks of Ranaviral disease in longleaf amphibians poses a threat to sympatric chelonian and squamate reptiles. Our goals are to assess longleaf reptiles for evidence of Ranavirus spillover, describe the range of taxa affected, and correlate host community composition to disease dynamics.
Corrie Navis, Integrative Conservation and Forestry & Natural Resources, University of Georgia
Project: A roadmap for reintroduction: Developing strategies to optimize post-release Striped Newt (Notophthalmus perstriatus) population impacts
Striped Newts are a rare species of salamander, found in limited locations in south Georgia and Florida. A number of organizations are interested in Striped Newt conservation, and captive rearing is a popular strategy to bolster wild populations or repatriate the species to suitable habitat. However, much remains unknown about the species’ life history, particularly the survival and development of larvae. My research supplements study of a wild population with experimental release and monitoring of captive-reared Striped Newt larvae. The data I gather on post-release outcomes will inform Striped Newt rearing programs to help ensure the best chances of success for such conservation efforts.
Timothy Calhoun, Department of Forestry, Wildlife and Fisheries, University of Tennessee
Project: Examining the effects of cattle grazing on bog turtles
The bog turtle is a federally threatened species not only due to human activities such as habitat destruction and poaching for the pet trade, but also habitat loss from overgrown wetlands. Historically, disturbances from fire or bison prevented this overgrowth, and now wildlife managers sometimes graze cattle on these wetlands in place of natural disturbance. However, we do not know how the turtles themselves react to different levels of grazing pressure on these wetlands. My project involves putting radio transmitters on bog turtles to track their movement across a wetland divided into sections with different relative number of cows, to see where the turtles spend the most time. This information will inform management decisions and private land recommendations on how many cattle to use to improve bog turtle habitat.