Contemporary risk of extinction in an extreme environment
The paper uses simulations to test hypotheses on extinction risk in extreme environments, finding that demographic factors and population bottlenecks predict extinction risk.
Author
Listed by name: these papers carry no ORCID for this author, so different people with the same name may be mixed together.
5 papers
Recent·Most cited
The paper uses simulations to test hypotheses on extinction risk in extreme environments, finding that demographic factors and population bottlenecks predict extinction risk.
S. Vincenzi, D. Jesensek, A. J. Crivelli
The paper develops mixed-effects models of growth functions to estimate individual and group variation in body growth using freshwater fish data.
S. Vincenzi, D. Jesensek, A. J. Crivelli
The paper develops a framework to estimate factors influencing vital rates and infer unobserved extreme events using long-term tag-recapture data from brown trout.
S. Vincenzi, D. Jesensek, A. J. Crivelli
The paper shows that estimates of survival and growth stabilize with limited data, while density predictions stabilize after 5 years of monitoring in freshwater fish populations.
S. Vincenzi, D. Jesensek, J. C. Garza, A. J. Crivelli
The study investigates how heterozygosity affects survival in marble trout populations under varying environmental conditions, finding stronger effects in low-survival populations and post-flood births.