John Wendt
@johnafwendt.bsky.social
Paleoecology | Biogeography | Rangelands
Herbivores and Fire
Assistant Professor of Rangeland Ecology & Management at New Mexico State University
Herbivores and Fire
Assistant Professor of Rangeland Ecology & Management at New Mexico State University
Reposted by John Wendt
INVITED COMMENTARY
Wisent in the Walled Garden: European Bison Alternated Between Refuge and Recovery
🔗 buff.ly/OxKG1BS
@johnafwendt bsky @johnafwendt.bsky.social
Wisent in the Walled Garden: European Bison Alternated Between Refuge and Recovery
🔗 buff.ly/OxKG1BS
@johnafwendt bsky @johnafwendt.bsky.social
buff.ly
October 19, 2025 at 12:25 PM
INVITED COMMENTARY
Wisent in the Walled Garden: European Bison Alternated Between Refuge and Recovery
🔗 buff.ly/OxKG1BS
@johnafwendt bsky @johnafwendt.bsky.social
Wisent in the Walled Garden: European Bison Alternated Between Refuge and Recovery
🔗 buff.ly/OxKG1BS
@johnafwendt bsky @johnafwendt.bsky.social
Reposted by John Wendt
Next week at #PalaeoPERCS we will be joined by John Wendt (@johnafwendt.bsky.social) from Oklahoma State University, USA.
Sign up here: paleopercs.com/participate/
(1/4)
Sign up here: paleopercs.com/participate/
(1/4)
March 29, 2025 at 9:25 AM
Next week at #PalaeoPERCS we will be joined by John Wendt (@johnafwendt.bsky.social) from Oklahoma State University, USA.
Sign up here: paleopercs.com/participate/
(1/4)
Sign up here: paleopercs.com/participate/
(1/4)
New paper!
Molecules in lake sediments provide new information about past herbivores in Yellowstone
Molecular signatures of dung vary among wild herbivores. Fecal steroids in lake mud show that bison/elk were dominant herbivores for over 2k yr in a small catchment.
doi.org/10.1371/jour...
Molecules in lake sediments provide new information about past herbivores in Yellowstone
Molecular signatures of dung vary among wild herbivores. Fecal steroids in lake mud show that bison/elk were dominant herbivores for over 2k yr in a small catchment.
doi.org/10.1371/jour...
October 30, 2024 at 7:40 PM
New paper!
Molecules in lake sediments provide new information about past herbivores in Yellowstone
Molecular signatures of dung vary among wild herbivores. Fecal steroids in lake mud show that bison/elk were dominant herbivores for over 2k yr in a small catchment.
doi.org/10.1371/jour...
Molecules in lake sediments provide new information about past herbivores in Yellowstone
Molecular signatures of dung vary among wild herbivores. Fecal steroids in lake mud show that bison/elk were dominant herbivores for over 2k yr in a small catchment.
doi.org/10.1371/jour...