can shape
management efforts to minimize both impacts on whales and economic costs.
Applying subseasonal forecasts to anticipate future risk presents a
powerful tool for the dynamic management of marine mammals.
Cheers,
Julia Stepanuk, PhD
--
Julia Stepanuk (she/her)
Quantitative Ecologist
Bi
ese waters may be a risk factor. This work highlights the importance of
understanding age-specific differences in habitat use to better understand
and mitigate the risk of anthropogenic threats to large whales.
Cheers,
Julia Stepanuk
--
PhD Candidate
M.S. Marine Science
Stony Brook University
and dynamic
variables might allow high-risk regions for pilot whale bycatch to be
further delineated.
The paper has 50 days free access at the following link:
https://authors.elsevier.com/c/1Xgd8_3nFpNYis
Best,
Julia
--
*Julia Stepanuk*
PhD Student
M.S. Marine Science
Stony Brook University