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Comparison of proportional bill size (straight bill length) to wing chord length of Atlantic puffins (Fratercula arctica).

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posted on 2024-01-17, 18:24 authored by Heather L. Major, Joy E. Rivers, Quinn B. Carvey, Antony W. Diamond

Data from Appendix 1 Harris and Wanless 2011; sea surface temperature (SST) estimated from NOAA OI SST V2 High Resolution dataset for July 2020 (see Fig 1).

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    thermoregulatory structures differphenotypic plastic responsesmachias seal islandlacking fitness benefitsincredible shrinking puffinincreasing air temperaturesfratercula arctica changing thermoregulatory requirementsassessed clinal variationasked whether changessmall adults ),thermoregulatory structures increasediv >< pgom ), locatedatlantic puffins nestingbody size decreasesmsi ),small fledgerspuffins nestingworld ’wing chordwaters existwarming fastersouthern endsouthern edgeseabird morphologyrules suggestresults suggestrecent yearsproportional sizeorganisms particularlyocean warmingmorphological plasticitymay helpmarine specieslabrador currentfledgling sizefledgling puffinsdecreasing sizecold locationsbody sizebergmann ’although studiesallen ’adult puffins

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