Sarah B. Bassing, PhD
@sbassing.bsky.social
Assistant Prof. of Applied Quantitative Ecology, Montana State University | Species interactions, carnivore behavior, wildlife conservation | Camera trap & scat enthusiast | She - her - hers
https://www.bassinglabecology.org/
https://www.bassinglabecology.org/
Congratulations!
October 2, 2025 at 3:57 AM
Congratulations!
I’ve had that happen before too. The editor was able to reopen it for me. I’m sure they’ll be able to do the same thing for you. Still frustrating though after all that hard work to revise and resubmit!
August 1, 2025 at 12:06 PM
I’ve had that happen before too. The editor was able to reopen it for me. I’m sure they’ll be able to do the same thing for you. Still frustrating though after all that hard work to revise and resubmit!
This was a collaborative effort btwn the US Fish & Wildlife Service, AZ Game & Fish Dept, NM Dept of Game & Fish, Univ of Idaho, & US Geological Survey Idaho Coop Fish & Wildlife Research Unit. Big thank you to the Mexican Wolf Interagency Field Team for documenting so many dens & rendezvous sites!
June 27, 2025 at 3:59 PM
This was a collaborative effort btwn the US Fish & Wildlife Service, AZ Game & Fish Dept, NM Dept of Game & Fish, Univ of Idaho, & US Geological Survey Idaho Coop Fish & Wildlife Research Unit. Big thank you to the Mexican Wolf Interagency Field Team for documenting so many dens & rendezvous sites!
We then predicted the top den & rendezvous site RSFs across the occupied range of Mexican wolves in AZ & NM. We used K-fold cross validation to assess the predictive capacity of the models. Both were highly predictive, with denning habitat being more predictable then rendezvous site habitat.
June 27, 2025 at 3:59 PM
We then predicted the top den & rendezvous site RSFs across the occupied range of Mexican wolves in AZ & NM. We used K-fold cross validation to assess the predictive capacity of the models. Both were highly predictive, with denning habitat being more predictable then rendezvous site habitat.
Using location data from >330 pup-rearing sites, we built RSFs to test hypotheses about what influences site selection. In a nutshell, features associated w/ physical protection & access to reliable H20 were most important, although the exact variables differed between site types.
June 27, 2025 at 3:59 PM
Using location data from >330 pup-rearing sites, we built RSFs to test hypotheses about what influences site selection. In a nutshell, features associated w/ physical protection & access to reliable H20 were most important, although the exact variables differed between site types.