farrmt
Postdoctoral researcher in the @Quantitative-Conservation-Lab at University of Washington. Former member of the @zipkinlab at Michigan State University.
University of WashingtonSeattle, WA
Pinned Repositories
BayesianSoftware
SSDA workshop
Christensen_etal_2021_Ecosphere
start repo
DataCompile-SDJV
Dynamic_N-Occupancy
We introduce a new model (“dynamic N-occupancy”) capable of providing accurate estimates of local abundance, population gains (reproduction/immigration), and apparent survival probabilities while accounting for imperfect detection using only detection/nondetection data.
farrmt.github.io
HMSDS
Farr, M.T., Green, D.S., Holekamp, K.E., Roloff, G.J., & Zipkin, E.F. 2019. Multi-species hierarchical modeling reveals variable responses of African carnivores to management alternatives. Ecological Applications 9(2): e01845.
HMSNO
Multispecies Dyn N Occ
IDM
Farr, M. T., D. S. Green, K. E. Holekamp, and E. F. Zipkin. 2020. Integrating distance sampling and presence-only data to estimate species abundance. Ecology 00(00):e03204. 10.1002/ecy.3204
Monarchs
Farr, M. T., E. R. Zylstra, L. Ries, and E. F. Zipkin. 2024. Overcoming data ggaps using integrated models to estimate migratory species dynamics during cryptic periods of the annual cycle. Methods in Ecology and Evolution
Saunders_etal_2019_Ecol
Saunders, S.P., Farr, M.T., Wright, A.D., Bahlai, C.A., Ribeiro, J.W., Rossman, S., Sussman, A.L., Arnold, T.W., & Zipkin, E.F. 2019. Disentangling data discrepancies and deficiencies with integrated population models. Ecology 100(6): e02714.
farrmt's Repositories
farrmt/BayesianSoftware
SSDA workshop
farrmt/Christensen_etal_2021_Ecosphere
start repo
farrmt/IDM
Farr, M. T., D. S. Green, K. E. Holekamp, and E. F. Zipkin. 2020. Integrating distance sampling and presence-only data to estimate species abundance. Ecology 00(00):e03204. 10.1002/ecy.3204
farrmt/DataCompile-SDJV
farrmt/Dynamic_N-Occupancy
We introduce a new model (“dynamic N-occupancy”) capable of providing accurate estimates of local abundance, population gains (reproduction/immigration), and apparent survival probabilities while accounting for imperfect detection using only detection/nondetection data.
farrmt/farrmt.github.io
farrmt/HMSDS
Farr, M.T., Green, D.S., Holekamp, K.E., Roloff, G.J., & Zipkin, E.F. 2019. Multi-species hierarchical modeling reveals variable responses of African carnivores to management alternatives. Ecological Applications 9(2): e01845.
farrmt/HMSNO
Multispecies Dyn N Occ
farrmt/Monarchs
Farr, M. T., E. R. Zylstra, L. Ries, and E. F. Zipkin. 2024. Overcoming data ggaps using integrated models to estimate migratory species dynamics during cryptic periods of the annual cycle. Methods in Ecology and Evolution
farrmt/FW849
Material for FW849
farrmt/Green_etal_2019_PTRS
Green, D.S., Farr, M.T., Holekamp, K.E., Strauss, E.D., & Zipkin, E.F. 2019. Can hyena behavior predict abundances of sympatric carnivores? Philosophical Transactions of the Royal Society 374(1781): 20180052.
farrmt/monarch_confidence
Code repository for Evaluating confidence in climate-based predictions of population change in a migratory species
farrmt/Projects
Front facing material for projects
farrmt/Rworkshop
Repository for the four part introduction to R workshop series
farrmt/Saunders_etal_2019_Ecol
farrmt/Seaduck