Modeling areas and data for analysis of golden eagle wintering distribution.
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posted on 2024-01-31, 18:35 authored by Zachary P. Wallace, Bryan E. Bedrosian, Jeffrey R. Dunk, David W. LaPlante, Brian Woodbridge, Brian W. Smith, Jessi L. Brown, Todd M. Lickfett, Katherine Gura, Dave Bittner, Ross H. Crandall, Rob Domenech, Todd E. Katzner, Kevin J. Kritz, Stephen B. Lewis, Michael J. Lockhart, Tricia A. Miller, Katie Quint, Adam Shreading, Steve J. Slater, Dale W. StahleckerMap shows training (blue) and test (red) locations in the modeled area (white) where 100,000 random background locations (not shown) were located. The model predictions were projected to the buffered study area (dark gray). State boundaries from U.S. Census Bureau [21] and terrain base map modified from National Hydrography Dataset [22].
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western north americainterior western ufull annual cycleexisting regulatory processesevaluations including crosscontribution ), vegetationaquila chrysaetos adequately protect populationspredict spatial variationincorporate spatial prioritization14 %), climateuse planning tasksdiv >< pconservation concern varyadult territory holders5 – 1golden eagles (<breeding territories ).9 %), topographywintering golden eaglesuse winter habitatgolden eagleswintering habitatnesting territoriesbreeding period6x ).4 %),33 %),use habitathabitat usespatial distributionnesting habitatuse areastypically focusedtop 10telemetry datasetsurrounding ecoregionssupport populationrigorous seriesresident nonresearch aimedreproductive statusprivate landspredicted areasone quarteroffspring outsidemigratory strategieslower amountlarge gpsindependent dataimportant predictorshistory groupshigher concentrationgeographic regionsenvironmental variablese .,distance migrantscomplex scenario7 %).
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