TY - JOUR
T1 - The importance of paleodunes as nesting habitat for Northern Pine Snakes (Pituophis melanoleucus melanoleucus)
T2 - risk from off-road vehicles in the New Jersey Pine Barrens
AU - Burger, Joanna
AU - Zappalorti, Robert T.
AU - Gochfeld, Michael
AU - DeVito, Emile
N1 - Funding Information:
Our long-term studies with pine snake were supported by Rutgers University, the Tiko Fund, Herpetological Associates, New Jersey Conservation Foundation, Rutgers Pinelands Research Stateion, and Pinelands Preservation Alliance. Thanks are extended to several people who provided help with the pine snake work, including especially Chris Jeitner of the Rutgers Pinelands Research Station, and Kris Schantz, David Jenkins and Dave Golden of the Endangered and Nongame Species Program, the Division of Parks and Forestry of the New Jersey Department of Environmental Protection (Cynthia Corritz), and Nature Conservancy. Over the years many of Rutgers University ecology graduate students and personnel of Herpetological Associates have assisted in these studies. We particularly thank Dave Burkett, Matt McCort, David Schneider, Mike Torocco, Quill Bickley, Bill Callaghan, Andrew Scarpulla, Taryn Pittfield, and Kelly Ng. The project and the protocol were approved by the Rutgers Institutional Animal Care Committee (E6-017, renewed every three years), and appropriate permits from the New Jersey Department of Environmental Protection (renewed annually). The welfare of the pine snakes always came first in our studies. The authors thank the several individuals, NGOs, and state agencies that provided permission to access their lands, the NJ Div Parks and Forests, NJ Div Fish and Wildlife, NJ Natural Lands Trust, New Jersey Conservation Foundation, New Jersey Natural Lands Trust, and the Pinelands Preservation Alliance, and the NJ Department of Environmental Protection for permits.
Funding Information:
Our long-term studies with pine snake were supported by Rutgers University, the Tiko Fund, Herpetological Associates, New Jersey Conservation Foundation, Rutgers Pinelands Research Stateion, and Pinelands Preservation Alliance. Thanks are extended to several people who provided help with the pine snake work, including especially Chris Jeitner of the Rutgers Pinelands Research Station, and Kris Schantz, David Jenkins and Dave Golden of the Endangered and Nongame Species Program, the Division of Parks and Forestry of the New Jersey Department of Environmental Protection (Cynthia Corritz), and Nature Conservancy. Over the years many of Rutgers University ecology graduate students and personnel of Herpetological Associates have assisted in these studies. We particularly thank Dave Burkett, Matt McCort, David Schneider, Mike Torocco, Quill Bickley, Bill Callaghan, Andrew Scarpulla, Taryn Pittfield, and Kelly Ng.. The project and the protocol were approved by the Rutgers Institutional Animal Care Committee (E6-017, renewed every three years), and appropriate permits from the New Jersey Department of Environmental Protection (renewed annually). The welfare of the pine snakes always came first in our studies. The authors thank the several individuals, NGOs, and state agencies that provided permission to access their lands, the NJ Div Parks and Forests, NJ Div Fish and Wildlife, NJ Natural Lands Trust, New Jersey Conservation Foundation, New Jersey Natural Lands Trust, and the Pinelands Preservation Alliance, and the NJ Department of Environmental Protection for permits.
Publisher Copyright:
© 2021, The Author(s), under exclusive licence to Springer Science+Business Media, LLC, part of Springer Nature.
PY - 2022/4
Y1 - 2022/4
N2 - Human development and disturbances can be determinants of population viability of some vertebrates in human-impacted ecosystems. The effects on the behavior and population dynamics of reptiles are not well-studied in urban environments. This paper examines the importance of pine forest clearings, openings, and paleodunes for nesting pine snakes (Pituophis melanoleucus melanoleucus) in the New Jersey Pinelands, and the risk to nesting females and offspring from off-road vehicles (ORV). In this ms we 1) develop a rating scale for ORV activity that can be modified for evaluating risk to other vertebrates, 2) compare general habitat features of nesting areas used in the early 1980s with those used in 2020, and 3) examine the fate of nesting areas used in the 1980s and the intensity of ORV use in both time periods. In 2020, nests were located at only 2 of the 10 nesting areas used in 1983 (20%), and only one of the 10 was a paleodune. In comparison, in 2020, 9 of 13 new nesting areas were on paleodunes (69%). In 1983, ORV activity on nesting areas ranged from very low to medium. In the intervening years development and ORV activity increased markedly, and snakes abandoned most areas by 2020. ORV activity in those sites still utilized for nesting increased to high and very high. In 2020, ORV activity ranged from very low (7%) to very high (19%) of the 42 nests. With increasing urban development, nesting pine snakes are using mainly paleodunes deep in the forest, and are exposed to high or very high ORV activity (43%), suggesting concern for viable snake populations in the wake of continued human activity and ORV use.
AB - Human development and disturbances can be determinants of population viability of some vertebrates in human-impacted ecosystems. The effects on the behavior and population dynamics of reptiles are not well-studied in urban environments. This paper examines the importance of pine forest clearings, openings, and paleodunes for nesting pine snakes (Pituophis melanoleucus melanoleucus) in the New Jersey Pinelands, and the risk to nesting females and offspring from off-road vehicles (ORV). In this ms we 1) develop a rating scale for ORV activity that can be modified for evaluating risk to other vertebrates, 2) compare general habitat features of nesting areas used in the early 1980s with those used in 2020, and 3) examine the fate of nesting areas used in the 1980s and the intensity of ORV use in both time periods. In 2020, nests were located at only 2 of the 10 nesting areas used in 1983 (20%), and only one of the 10 was a paleodune. In comparison, in 2020, 9 of 13 new nesting areas were on paleodunes (69%). In 1983, ORV activity on nesting areas ranged from very low to medium. In the intervening years development and ORV activity increased markedly, and snakes abandoned most areas by 2020. ORV activity in those sites still utilized for nesting increased to high and very high. In 2020, ORV activity ranged from very low (7%) to very high (19%) of the 42 nests. With increasing urban development, nesting pine snakes are using mainly paleodunes deep in the forest, and are exposed to high or very high ORV activity (43%), suggesting concern for viable snake populations in the wake of continued human activity and ORV use.
KW - Human disturbance
KW - Nesting habitat
KW - Off-road-vehicles
KW - Paleodunes
KW - Parental risk
KW - Snakes
UR - http://www.scopus.com/inward/record.url?scp=85114686728&partnerID=8YFLogxK
UR - http://www.scopus.com/inward/citedby.url?scp=85114686728&partnerID=8YFLogxK
U2 - 10.1007/s11252-021-01161-z
DO - 10.1007/s11252-021-01161-z
M3 - Article
AN - SCOPUS:85114686728
SN - 1083-8155
VL - 25
SP - 411
EP - 422
JO - Urban Ecosystems
JF - Urban Ecosystems
IS - 2
ER -