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Creator:: Green, Cara-Paige, Ratcliffe, Norman, Mattern, Thomas, Thompson, David, Lea, Mary-Anne, Wotherspoon, Simon, Borboroglu, Pablo Garcia, Ellenberg, Ursula, Morrison, Kyle W., Pütz, Klemens, Sagar, Paul M., Seddon, Philip J., Torres, Leigh G., and Hindell, Mark A.
Abstract:: Mechanisms promoting coexistence between closely related species are fundamental for maintaining species diversity. Mechanisms of niche differentiation include allochrony which offsets the peak timing of resource utilisation between species. Many studies focus on spatial and temporal niche partitioning during the breeding season, few have investigated the role allochrony plays in...
Resource Type:: Article
Full Text:: . Sagar12, Philip J. Seddon4, Leigh G. Torres13, Mark A. HindellID 1,7 1 Institute for Marine and

Creator:: Orben, Rachael A., Thompson, David R., Tolkova, Irina, and Torres, Leigh G.
Abstract:: Identification and classification of behavior states in animal movement data can be complex, temporally biased, time-intensive, scale-dependent, and unstandardized across studies and taxa. Large movement datasets are increasingly common and there is a need for efficient methods of data exploration that adjust to the individual variability of each track. We...
Resource Type:: Article
Full Text:: in Space and Time Leigh G. Torres1*, Rachael A. Orben1, Irina Tolkova2, David R. Thompson3 1

Creator:: Barlow, Dawn R., Pepper, Acacia L., and Torres, Leigh G.
Abstract:: Skin condition assessment of wildlife can provide insight into individual and population health. Yet, logistics can limit skin condition assessment of large whales. We developed a standardized, quantitative protocol using photographs to assess skin condition of blue whales in New Zealand, and demonstrate the value gained by testing hypotheses, documenting...
Resource Type:: Article
Full Text:: condition assessment of large whales. We developed a standardized, 9 quantitative protocol using

Creator:: Ogburn, Matthew B., Mills Flemming, Joanna E., Harrison, Autumn-Lynn, Cooke, Steven J., Torres, Leigh G., and Whoriskey, Frederick G.
Abstract:: The dynamic nature of most environments forces many animals to move to meet their fundamental needs. This is especially true in aquatic environments where shifts in spatial ecology (which are a result of movements) are among the first adaptive responses of animals to changes in ecosystems. Changes in the movement...
Resource Type:: Article
Full Text:: Sustainability, a section of the journal Frontiers in Marine Science Received: 02 December 2016 Accepted: 28

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