logo

Salamander Movement Propensity Resists Effects of Supraseasonal Drought

Our results suggest that adult salamanders were potentially displaying an adaptive movement strategy to resist drought conditions by moving away from affected (i.e., dry) areas within the study stream. In addition, movement was likely utilized to access replenished resources in other areas after the severe effects of the drought ended. Therefore, both in-stream and riparian barriers that impede movement may inhibit resilience of stream amphibians during severe droughts. Leer más.

https://allen.silverchair-cdn.com/allen/content_public/journal/copeia/issue/111/1/2/m_2766-1520-111-1.png?Expires=1681147534&Signature=sGlW15ROUz-t1nOz7gD~K6Hv1P~38KqCjepMnv95ydy5pJSEBIHdgGgzo8M6LxC7SAUVRKbWfhk2krHMXtMH31OQHtG7NXnj1IP6CtpAYnAbFtJJ~3IqX27-IbnOYM1~yedGMWk6vaWtrQdUncpw1WBWazTpiZkgX5m2bcX152SoKY5X2l8VqxPaopYsg8kib611~IUfOH2RPqwPRN1MTUR2G9n5pQNnG-MHM6xhzhc0ZWROlkaJyqP~tiQM4MZ1KNGF-X8NToSjnjTpqnNmS9sNOIP4tdu7ZLU1qCpFFK8a1OuopCGNoZLAbsShz8MCWa8KUElEBMEo8j9We~62jw__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA

Facebook
Twitter
LinkedIn