Resource Partitioning Facilitates Coexistence in Sympatric Cetaceans in the California Current
Resource partitioning is an important process driving habitat use and foraging strategies in sympatric species that potentially compete. Differences in
Resource partitioning is an important process driving habitat use and foraging strategies in sympatric species that potentially compete. Differences in
Lateralized behaviors benefit individuals by increasing task efficiency in foraging and anti-predator behaviors [1–4] . The conventional lateralization paradigm suggests
The anatomy of large cetaceans has been well documented, mostly through dissection of dead specimens. However, the difficulty of studying
Cuvier’s beaked whales (Ziphius cavirostris) are distributed world-wide and are the most common cetacean to strand coincident with navy sonars.
Foraging specialization, environmental barriers, and social structure have driven the development of strong genetic differentiation within many marine species, including
Stable isotope analysis in mysticete skin and baleen plates has been repeatedly used to assess diet and movement patterns. Accurate
Minke whales are difficult to study and little information exists regarding their responses to anthropogenic sound. This study pools data
Managing marine species effectively requires spatially and temporally explicit knowledge of their density and distribution. Habitat-based density models, a type
As awareness of the effects of anthropogenic noise on marine mammals has grown, research has broadened from evaluating physiological responses
Characterization of multivariate time series of behaviour data from animal-borne sensors is challenging. Biologists require methods to objectively quantify baseline