Ecological Dynamics Dept. | IZW Berlin

@ecodynizw.bsky.social

mammals | wildlife | ecology | movement | disease | biodiversity | demography | behaviour | distribution | modelling News about science, research, and resources: https://ecodynizw.github.io/

Why haven't 🐺 in 🇪🇸 expanded their range despite lots of suitable habitat? It may be due to high resident mortality! A 10% reduction in mortality in established packs could double the occupied range, even if disperser mortality doesn't change: besjournals.onlinelibrary.wiley.com/doi/10.1111/...

Resident mortality determines grey wolf range dynamics

In the Iberian Peninsula, enabling recovery may require effective population-level protection. More broadly, down- and de-listing policies should be supported by explicit evaluation of the indirect d...

besjournals.onlinelibrary.wiley.com

📢 Last chance to submit an abstract and to get the Early Bird discount for the Annual Meeting 2026! Early Bird registration and abstract submission close today at midnight! Late registration will be open until 31 August. Register and submit an abstract here: 👉 www.mammalian-biology.de/meetings

Congratulations, Yutong and #euromammals #eurolynx !

Wildlife & Conservation at Uni Freiburg@wild-ecol-cons.bsky.social · 4mo ago

New #lynx paper out on age-specific patterns of reproductive success in wild female Eurasian lynx across Europe!🐈 Temporal and latitudinal variations suggest that environmental conditions and lynx age shape reproductive patterns in Eurasian lynx. 🐾 📜 doi.org/10.1098/rsbl... #euromammals #eurlynx

Figure showing predicted age-specific reproductive success of female lynx across the south (<55° N), mid (55–65° N) and north (>65° N) eco-region, based on full GLMMs. Sample sizes for each maternal age class are shown above the data points. Black triangles represent the mean values from the raw data for each age. (a) Breeding probability (females = 159, observations = 421). (b) Litter size (females = 129, litters = 272). (c) Offspring survival probability (females = 112, number of kittens = 506). Predicted survival probability is shown at litter size = 2 (most common size; predictions based on the median litter size at each age are shown in the electronic supplementary material, figure S3). Grey numbers indicate the sample size with litter size = 2; black numbers indicate the total sample size.