Erin M. Schliep
Associate Professor
Department of Statistics
I am an Associate Professor in the Department of Statistics at North Carolina State University. I have research interests in Bayesian statistics as well as multivariate and spatiotemporal statistics. My work is motivated by problems in environmental science, ecology, and sports.
I am also a Research Associate at Duke University.
Outside of work, I enjoy running, biking, hiking, and playing golf with family and friends.
Contact
5216 SAS Hall
Raleigh, NC 27511
(919) 513-7675
emschliep [at] ncsu [dot] edu
Current Events
February 2025: New publication in PNAS from the ContLimno team: "Abrupt changes in algal biomass of thousands of US lakes are related to climate and are more likely in low-disturbance watersheds."
January 2025: Kevin Collins wins the ASA ENVR 2025 Student Paper Competition for his paper "Model-based decomposition of spatially varying temporal shifts in seasonal streamflow profiles across north temperate US Rivers."
December 2024: Dongjae Son received the 2025 ENAR Distinguished Student Paper Award for his paper "Spatial causal inference in the presence of preferential sampling to study the impacts of marine protected areas."
November 2024: New preprint, led by Bok Kang! "Joint Spatiotemporal Modeling of Zooplankton and Whale Abundance in a Dynamic Marine Environment."
October 2024: New publication! "Assessing Marine Mammal Abundance: A Novel Data Fusion" published in Annals of Applied Statistics.
October 2024: New preprint, led by Dongjae Son! "Spatial causal inference in the presence of preferential sampling to study the impacts of marine protected areas"
July 2024: New funding! NSF Research Training Grant: Modeling and Uncertainty Quantification for Life Sciences.
June 2024: New publication, led by Chris Custer at Penn State! "Prediction responses to climate change using joint species, spatial dependent physiologically guided abundance model" published in Ecology.
April 2024: New preprint, led by Bok Kang! "Analyzing whale calling through Hawkes process modeling"