New paper on more efficiently detecting Kirtland’s Snake

kirtland's snake
Kirtland’s Snake

Recent PaCE Lab graduate Tyler Stewart published a paper on his M.Sc. work creating a species distribution model for the rare and cryptic Kirtland’s Snake, Clonophis kirtlandii. He found that surveys Mid-May to early July when there was high cloud cover, moderate air temperature, and low relative humidity enhanced the detection probability of this species.

 

Abstract

Snakes are difficult to study due to their cryptic coloration, minimal movements, and use of inaccessible habitats. Although well‐timed surveys during a species’ active season can result in higher detection rates and conserve survey resources (i.e., time and money), survey effort may not ensure the detection of rare and cryptic species. Thus, in such instances, a strategic species‐ specific sampling design is needed. The Kirtland’s snake (Clonophis kirtlandii) is a rare, cryptic species assumed to be experiencing range‐wide declines. Naturalists have noted the disappearance of Kirtland’s snakes from various habitats since the early 1970s. The primary objective of our study was to determine detection of Kirtland’s snakes and the environmental and temporal factors influencing detection. We calculated the effort needed to detect individuals at sites by estimating detection probabilities of 3 known Kirtland’s snake populations in Illinois from 2019 to 2021. Based on 77 Kirtland’s snake detections over 226 site visits (34.1%) across 3 study sites, we found that high cloud cover, moderate air temperature, and low relative humidity enhanced the detection probability of this species. The middle of May to the beginning of July was the best time to conduct surveys when detection rates were highest. As our results suggested, it is imperative to establish strategic monitoring programs maximizing conservation resources to document populations for conservation action and range shifts for species of conservation concern, such as Kirtland’s snakes.

Stewart, T. A., A.R. Kuhns, C.A. Phillips, J.A. Crawford, and M.J. Dreslik.  2023. Estimating the effort required to detect Kirtland’s snakes (Clonophis kirtlandii). Wildlife Society Bulletin. http://doi.org/10.1002/wsb.1498

PACE Lab Herpetology Post-Doc heads to Arizona

Dr. Sarah Baker accepted a position as a herpetologist with the Arizona Game and Fish Department in October 2018.

Dr. Baker began at INHS as a graduate student conducting research on the Eastern Massasauga Rattlesnake. She was at the forefront of the discovery and subsequent research of Snake Fungal Disease in Illinois Massasaugas. During her 12 years here, she authored and co-authored several papers and collaborated with researchers across the country.

Sarah will remain an affiliate of INHS and we look forward to future collaborations.

Herpetologist Christina Feng accepts position with IDNR

PACE Lab alumna Christina Feng has joined the Illinois Department of Natural Resources Natural Heritage Program as the District 7 Heritage Biologist. In this role she will continue to help protect and manage the natural resources of west-central Illinois. Feng received her M.S. from the U of I Department of Natural Resources and Environmental Sciences in winter 2017 for her work on Demography of the Spotted Turtle (Clemmys guttata) in Illinois.

UBAP ecologist accepts position at University of Alabama, Huntsville

UBAP ecologist Matthew Niemiller accepted a faculty position at the University of Alabama, Huntsville where he will return to his research in cave biology. Matt received his M.S. in Biology from Middle Tennessee State University and a Ph.D. in Ecology and Evolutionary Biology from the University of Tennessee-Knoxville dissertation topic “Evolution, Speciation, and Conservation of Amblyopsid Cavefishes.” While with UBAP, Matt was responsible for accoustic monitoring of bats in the Chicagoland area. We wish him well and look forward to continued collaboration.

Follow his research here:

http://www.speleobiology.com/cavebiolab/

UBAP herpetologist accepts position with Texas Parks and Wildlife

UBAP herpetologist Jonathan Warner accepted the position of Alligator Program Leader with the Texas Parks and Wildlife Department. An Illinois native, Jon conducted his Master’s research on Gaboon Vipers and his PhD on Nile crocodiles at the School of Animal, Plant, and Environmental Sciences, University of the Witwatersrand, Johannesburg, South Africa before joining the UBAP team. We wish him well and look forward to continued collaboration.