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Amino acid δ(15)N underestimation of cetacean trophic positions highlights limited understanding of isotopic fractionation in higher marine consumers

by Matthews, Cory J. D., Ruiz‐Cooley, Rocio I., Pomerleau, Corinne, Ferguson, Steven H.
Published in Ecology and Evolution (2020)

Amino acid δ 15 N underestimation of cetacean trophic positions highlights limited understanding of isotopic fractionation in higher marine consumers

by Matthews, Cory J. D., Ruiz‐Cooley, Rocio I., Pomerleau, Corinne, Ferguson, Steven H.
Published in Ecology and Evolution (2020)

Carbon and nitrogen isotopes from top predator amino acids reveal rapidly shifting ocean biochemistry in the outer California Current.

by Ruiz-Cooley, Rocio I, Koch, Paul L, Fiedler, Paul C, McCarthy, Matthew D
Published 2014

Carbon and Nitrogen Isotopes from Top Predator Amino Acids Reveal Rapidly Shifting Ocean Biochemistry in the Outer California Current

by Ruiz-Cooley, Rocio I., Koch, Paul L., Fiedler, Paul C., McCarthy, Matthew D.
Published in PLoS ONE (2014)

Carbon and Nitrogen Isotopes from Top Predator Amino Acids Reveal Rapidly Shifting Ocean Biochemistry in the Outer California Current

by Ruiz-Cooley, Rocio I, Koch, Paul L, Fiedler, Paul C, McCarthy, Matthew D
Published 2014