Sarah B. Bassing, PhD
@sbassing.bsky.social
3.2K followers 490 following 90 posts
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/
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Reposted by Sarah B. Bassing, PhD
jalene-lamontagne.bsky.social
The #NSF Graduate Research Fellowship Program #GRFP solicitation is coming soon!

The due date for Life Sciences proposals is 27 October 2025.

For more info: www.nsf.gov/funding/oppo...
NSF Graduate Research Fellowship Program (GRFP)
www.nsf.gov
sbassing.bsky.social
Looking forward to reading this!
cassiespeakman.bsky.social
The latest paper from the DISCAR synthesis group is out at Ecology Letters! We discuss the key approaches to predicting human impacts on wildlife populations, highlighting avenues for incorporating indirect effects, such as energetic modelling. doi.org/10.1111/ele....
Title and author list for the synthesis paper titled "Understanding and Predicting Population Response to Anthropogenic Disturbance: Current Approaches and Novel Opportunities" published in Ecology Letters.
Reposted by Sarah B. Bassing, PhD
Reposted by Sarah B. Bassing, PhD
sbassing.bsky.social
One last outing this field season with my incoming graduate student. We collected genetic samples from wolf scat and hiked through some beautiful country. Looking forward to the start of the semester and getting this project officially started!
Two people wearing backpacks stand together in a large open meadow with conifer forests and mountains in the background. Scat from an adult wolf on the forest floor. A black lighter is next to the scat for scale. Woman holds a broken skull from a long dead bull elk while standing in a forest. A scat from a wolf pup sits in a matted down patch of grass in a meadow where pups have been playing. Pine trees and willow shrubs in the background.
Reposted by Sarah B. Bassing, PhD
ambercowans.bsky.social
📝 Are you using multispecies occupancy models to investigate interactions in species occupancy (i.e. co-occurrence)? 🦁🦓

Check out our new paper for advice on the number of sites you need to reliably detect interactions under different scenarios ⬇️
Sample size considerations for species co‐occurrence models
Multispecies occupancy models are widely applied to infer interactions in the occurrence of different species, but convergence and estimation issues under realistic sample sizes are common. We conduc...
doi.org
sbassing.bsky.social
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!
Reposted by Sarah B. Bassing, PhD
jacquelyngill.bsky.social
Are you an early-career biologist or ecologist who would benefit from an invited seminar? Would you like to come to UMaine next fall or spring to give a talk? Leave a brief comment with some info about what you do. I'm co-hosting our seminar series again, and am filling out our rosters.
sbassing.bsky.social
I’m honored and excited to be presenting in the “Quantitative Methods for Predator-Prey Interactions” section of this conference. The GRCs are small and have a unique format that makes them something truly special. Check out the link below for more details and to register.
barneyluttbeg.bsky.social
Registration now open for the 2026 Gordon Research Conference on Predator-Prey Interactions. The conference will be held in Lucca, Italy from January 25 - 30, 2026. I am co-Chair of the conference with Kaitlyn Gaynor. Please send me any questions.

www.grc.org/predator-pre...
2026 Predator-Prey Interactions Conference GRC
The 2026 Gordon Research Conference on Predator-Prey Interactions will be held in Lucca (Barga), Lucca Italy. Apply today to reserve your spot.
www.grc.org
Reposted by Sarah B. Bassing, PhD
oceanfilly.bsky.social
With many postdoc grants like the NSF PRFB, Ford Fellowship, and Hanna H. Gray fellowships disappearing, I am currently looking for grants that could fund incoming postdoctoral scholars. Here is a thread of some of them 🧵
Reposted by Sarah B. Bassing, PhD
oceanfilly.bsky.social
I am making a Starter Pack for people who are looking for PHD STUDENT POSITIONS in the biological sciences! If you wish to be added, please respond directly to this post saying you want to be added. I need at least 5 people to create the pack. Please share widely!
sbassing.bsky.social
Nice collection of articles about AI and the many challenges it presents.
smittermeier.bsky.social
I did this before in German but I guess today is a good day to compile English resources on why AI isn‘t actually intelligent and also a real danger: 🧵
Reposted by Sarah B. Bassing, PhD
barthoekstra.bsky.social
I've been interested in uncertainty visualization for a long time, yet somehow it took forever to come across this 2018 paper on ‘value-suppressed uncertainty palettes’.

A neat and intuitive alternative to the clunky ‘unsuppressed’ bivariate palette approach:

doi.org/10.1145/3173... 🧪 #dataviz
Reposted by Sarah B. Bassing, PhD
daniteixeira.bsky.social
#bioacoustics community: do you know any online platforms for volunteers to join an acoustics project, validate and label acoustic data (e.g. birdnet detections, false negatives), filter for specific species etc? I asked this a few yrs ago but nothing of the sort existed...
sbassing.bsky.social
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!
sbassing.bsky.social
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.
Two maps depicting the predicted den RSF (top map) and the predicted rendezvous site RSF (bottom map) in the portions of AZ and NM currently occupied by Mexican wolves. Darker red indicated highly suitable habitat, light yellow to white indicates least suitable habitat, and gray indicates regions that were not predicted across. Map of Arizona and New Mexico, highlighting the three Mexican Wolf Experimental Population Areas (MWEPA) recovery zones and the study area's perimeter (red dashed polygon).
sbassing.bsky.social
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.
Figure depicting maps of the variables included in the best supported den RSF and corresponding density plots showing the spread of each variable based on the used vs available locations included in the model. Variables include elevation, slope, distance to nearest water, terrain ruggedness, and distance to nearest road.
sbassing.bsky.social
‼️New 🐺 paper‼️We developed models to predict highly suitable den & rendezvous site habitat for Mexican wolves in AZ & NM. These models will be used to guide future monitoring as the population continues to grow. #OpenAccess #JournalOfWildlifeManagement wildlife.onlinelibrary.wiley.com/doi/10.1002/...
TWS Journals
We developed predictive models of pup-rearing habitat (i.e., den and rendezvous sites) that could help guide future population monitoring efforts of Mexican wolves. Mexican wolves selected den sites ...
wildlife.onlinelibrary.wiley.com
Reposted by Sarah B. Bassing, PhD
esajournals.bsky.social
🆕 & #OpenAccess in "Ecology": A meta study of 1,000+ ungulate tracking studies shows how the number of predator species shapes patterns of predation

📄Interspecific carnivore competition and ungulate predation correlate with predator species richness
doi.org/10.1002/ecy....
Map of study locations, North America, 1970–2021. Colors designate study species: orange is caribou (Rangifer tarandus), blue is elk (Cervus canadensis), green is moose (Alces alces), red is mule deer (Odocoileus hemionus), and purple is white-tailed deer (O. virginianus). Juvenile and adult age classes are represented with green and blue circles, respectively