基本信息
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职业迁徙
个人简介
I’m Sarah Saunders, a quantitative ecologist at National Audubon Society. Previously, I was a member of the Zipkin Quantitative Ecology Lab within the Dept. of Integrative Biology (IBIO) at Michigan State University (currently an adjunct visiting scholar in IBIO). I received a Ph.D. in Conservation Biology (March 2015) from University of Minnesota and a B.A. in Biology (2010) from Washington University in St. Louis.
My goal is to understand the impacts of climate change, land-use, and other anthropogenic factors on current and future vital rates and abundances of populations, especially those in decline. Specifically, I seek to develop advanced statistical models using long-term data sets (both researcher-collected and citizen science) to investigate broad-scale patterns and processes. My research encompasses a wide variety of taxa, including birds, insects, and mammals.
I joined Audubon in March 2018 and am working on a variety of projects, including modeling trends of bird populations in the Great Lakes region and the impacts of climate change on distributions of bluebirds and nuthatches throughout the United States. Please follow along on my Research page to learn about my latest projects!
As part of my postdoc work, I modeled monarch butterfly population abundances across eastern North America. I used long-term citizen science data and Bayesian hierarchical models to tease apart the potential factors causing observed declines, while accounting for biases associated with data collected by non-scientists.
Previously, my dissertation research investigated the causes and consequences of individual variation in survival and fecundity of Great Lakes piping plovers, an endangered shorebird. I used various analytical methods which took advantage of 20 years of banding data, including survival analyses in Program MARK and quantitative genetic analyses in R.
My goal is to understand the impacts of climate change, land-use, and other anthropogenic factors on current and future vital rates and abundances of populations, especially those in decline. Specifically, I seek to develop advanced statistical models using long-term data sets (both researcher-collected and citizen science) to investigate broad-scale patterns and processes. My research encompasses a wide variety of taxa, including birds, insects, and mammals.
I joined Audubon in March 2018 and am working on a variety of projects, including modeling trends of bird populations in the Great Lakes region and the impacts of climate change on distributions of bluebirds and nuthatches throughout the United States. Please follow along on my Research page to learn about my latest projects!
As part of my postdoc work, I modeled monarch butterfly population abundances across eastern North America. I used long-term citizen science data and Bayesian hierarchical models to tease apart the potential factors causing observed declines, while accounting for biases associated with data collected by non-scientists.
Previously, my dissertation research investigated the causes and consequences of individual variation in survival and fecundity of Great Lakes piping plovers, an endangered shorebird. I used various analytical methods which took advantage of 20 years of banding data, including survival analyses in Program MARK and quantitative genetic analyses in R.
研究兴趣
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Journal of Agricultural, Biological and Environmental Statisticspp.1-26, (2024)
Kayla L. Davis,Sarah P. Saunders,Stephanie Beilke, Erin Rowan Ford,Jennifer Fuller, Ava Landgraf,Elise F. Zipkin
BIOLOGICAL CONSERVATION (2023): 110104-110104
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CONSERVATION SCIENCE AND PRACTICEno. 8 (2023)
Brooke L Bateman, Mei-Ling Emily Feng,Joanna Grand,Lotem Taylor,Joanna X Wu,Sarah P Saunders,Chad Wilsey
bioRxiv (Cold Spring Harbor Laboratory) (2023)
arXiv (Cornell University) (2023)
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Sarah P. Saunders,Joanna Grand,Brooke L. Bateman,Mariah Meek,Chad B. Wilsey, Nicole Forstenhaeusler,Erin Graham,Rachel Warren,Jeff Price
FRONTIERS IN ECOLOGY AND THE ENVIRONMENTno. 2 (2023): 77-84
user-61447a76e55422cecdaf7d19(2022)
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