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Creator:: Baker, C. Scott, Steel, Debbie, Calambokidis, John, Falcone, Erin, González-Peral, Ursula, Barlow, Jay, Burdin, Alexander M., Clapham, Phillip J., Ford, John K. B., Gabriele, Christine M., Mattila, David, Rojas-Bracho, Lorenzo, Straley, Janice M., Taylor, Barbara L., Urbán, Jorge, Wade, Paul R., Weller, David, Witteveen, Briana H., and Yamaguchi, Manami
Abstract:: We quantified the relative influence of maternal fidelity to feeding grounds and natal fidelity to breeding grounds on the population structure of humpback whales Megaptera novae-angliae based on an ocean-wide survey of mitochondrial (mt) DNA diversity in the North Pacific. For 2193 biopsy samples collected from whales in 10 feeding...
Full Text:: , Ursula González-Peral3, Jay Barlow4, Alexander M. Burdin5, Phillip J. Clapham6, John K. B. Ford7

Creator:: Baker, C. Scott, Steel, Debbie, Calambokidis, John, Falcone, Erin, González-Peral, Ursula, Barlow, Jay, Burdin, Alexander M., Clapham, Phillip J., Ford, John K. B., Gabriele, Christine M., Mattila, David, Rojas-Bracho, Lorenzo, Straley, Janice M., Taylor, Barbara L., Urbán, Jorge, Wade, Paul R., Weller, David, Witteveen, Briana H., and Yamaguchi, Manami
Abstract:: We quantified the relative influence of maternal fidelity to feeding grounds and natal fidelity to breeding grounds on the population structure of humpback whales Megaptera novae-angliae based on an ocean-wide survey of mitochondrial (mt) DNA diversity in the North Pacific. For 2193 biopsy samples collected from whales in 10 feeding...
Full Text:: Barlow4, Alexander M. Burdin5, Phillip J. Clapham6, John K. B. Ford7, Christine M. Gabriele8, David

Creator:: Baker, C. Scott, Steel, Debbie, Calambokidis, John, Falcone, Erin, González-Peral, Ursula, Barlow, Jay, Burdin, Alexander M., Clapham, Phillip J., Ford, John K. B., Gabriele, Christine M., Mattila, David, Rojas-Bracho, Lorenzo, Straley, Janice M., Taylor, Barbara L., Urbán, Jorge, Wade, Paul R., Weller, David, Witteveen, Briana H., and Yamaguchi, Manami
Abstract:: We quantified the relative influence of maternal fidelity to feeding grounds and natal fidelity to breeding grounds on the population structure of humpback whales Megaptera novae-angliae based on an ocean-wide survey of mitochondrial (mt) DNA diversity in the North Pacific. For 2193 biopsy samples collected from whales in 10 feeding...
Resource Type:: Article

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