Glenda Yenni
Glenda Yenni
Research Manager, University of Florida
Verified email at weecology.org
Title
Cited by
Cited by
Year
Strong self‐limitation promotes the persistence of rare species
G Yenni, PB Adler, SKM Ernest
Ecology 93 (3), 456-461, 2012
512012
Do persistent rare species experience stronger negative frequency dependence than common species?
G Yenni, PB Adler, SKM Ernest
Global ecology and biogeography 26 (5), 513-523, 2017
202017
Long‐term monitoring and experimental manipulation of a Chihuahuan desert ecosystem near Portal, Arizona (1977–2013)
SK Morgan Ernest, GM Yenni, G Allington, EM Christensen, K Geluso, ...
Ecology 97 (4), 1082-1082, 2016
152016
Developing an automated iterative near‐term forecasting system for an ecological study
EP White, GM Yenni, SD Taylor, EM Christensen, EK Bledsoe, JL Simonis, ...
Methods in Ecology and Evolution 10 (3), 332-344, 2019
112019
Developing a modern data workflow for regularly updated data
GM Yenni, EM Christensen, EK Bledsoe, SR Supp, RM Diaz, EP White, ...
PLoS biology 17 (1), e3000125, 2019
82019
The Portal Project: a long-term study of a Chihuahuan desert ecosystem
SKM Ernest, GM Yenni, G Allington, EK Bledsoe, EM Christensen, ...
BioRxiv, 332783, 2018
52018
Developing a modern data workflow for evolving data
GM Yenni, EM Christensen, EK Bledsoe, SR Supp, RM Diaz, EP White, ...
BioRxiv, 344804, 2018
22018
portalr: an R package for summarizing and using the Portal Project Data
EM Christensen, GM Yenni, H Ye, JL Simonis, EK Bledsoe, R Diaz, ...
Journal of Open Source Software 4 (33), 1098, 2019
2019
Experimental removal of community-dominant kangaroo rats affects rodent ectoparasites
JT Martin, RE Grewelle, GM Yenni, E Christensen, EK Bledsoe, ...
2018 ESA Annual Meeting (August 5--10), 2018
2018
Self-limitation as an explanation for species' relative abundances and the long-term persistence of rare species
GM Yenni
2013
Climate Change and Community Dynamics: A Hierarchical Bayesian Model of Resource-Driven Changes in a Desert Rodent Community
GM Yenni
2011
The relative importance of stabilizing mechanisms of coexistence
G Yenni, X Xiao
Nature Precedings, 1-1, 2009
2009
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Articles 1–12