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Kristen M. Covino, Auteur ; Jodie M. Jawor, Auteur ; Jeffrey F. Kelly, Auteur ; Frank R. Moore, AuteurUnderstanding the extent of overlap between life-history stages is fundamental to understanding full-life cycle biology, especially for migratory species. Testosterone levels vary throughout the annual cycle in seasonally reproducing vertebrates[...]
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Kathryn M. Langin, Auteur ; Peter P. Marra, Auteur ; Zoltán Németh, Auteur ; Frank R. Moore, Auteur ; T. Kurt Kyser, Auteur ; Laurene M. Ratcliffe, AuteurEach spring, millions of songbirds migrate across the Gulf of Mexico on their way to breeding sites in North America. Data from radar and migration monitoring stations have revealed broad patterns in the spatial and temporal course of trans-Gulf[...]
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Kristina L. Paxton, Auteur ; Frank R. Moore, AuteurWe examined how conditions prior to migration influenced migration performance of two breeding populations of black-and-white warblers Mniotilta varia by linking information on the migrant's winter habitat quality, measured via stable carbon iso[...]
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William B. Lewis, Auteur ; Frank R. Moore, Auteur ; Shiao Wang, AuteurAlthough the gut microbiota is known to provide many beneficial functions to animal hosts, such as aiding in digestion, fat metabolism, and immune function, relatively little is known about the gut microbiota of passerines. Gut microbes may have[...]
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Zoltán Németh, Auteur ; Frank R. Moore, AuteurHummingbird migration has long fascinated researchers due to the limitations of small body size and high metabolic rate on migratory performance. Yet, few data are available concerning hummingbird migration strategies, especially for species tha[...]
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Frank R. Moore, Auteur ; Kristen M. Covino, Auteur ; William B. Lewis, Auteur ; Theodore J. Zenzal, Auteur ; Thomas J. Benson, AuteurMigrants are generally assumed to minimize their overall migration time by adjusting their departure fuel loads (DFL) in relation to anticipated and experienced fuel deposition rates (FDRs). We utilized a 21-yr long migration banding station dat[...]
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Emily B. Cohen, Auteur ; Frank R. Moore, Auteur ; Richard A. Fischer, AuteurLong-distance migration is characterized by periods of flight, when energy stores are consumed, and periods of stopover, when energy stores are replenished. The duration of the migratory period is largely determined by time spent at stopover sit[...]
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Jeffrey J. Buler, Auteur ; Frank R. Moore, AuteurFor migrating land birds, the influence of extrinsic factors (e.g., weather and energetic condition) on stopover site selection relative to factors intrinsic to habitat (e.g., food) may be especially acute after crossing a large ecological barri[...]
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Mare Lohmus, Auteur ; L. Fredrik Sundstrom, Auteur ; Frank R. Moore, AuteurCorticosterone is thought to play an important role in food caching and foraging behaviour. However, the direct influence of increased plasma corticosterone on feeding behaviour is still unclear. In this study the effect of increased corticoster[...]
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Emily J. Lain, Auteur ; Theodore J. Zenzal, Auteur ; Frank R. Moore, Auteur ; Wylie C. Barrow, Auteur ; Robert H. Diehl, AuteurThe Gulf of Mexico is a conspicuous feature of the Neotropical-Nearctic bird migration system. Traveling long distances across ecological barriers comes with considerable risks, and mortality associated with intercontinental migration may be sub[...]
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Robert J. Smith, Auteur ; Frank R. Moore, Auteur ; Christopher A. May, Auteur ; D. B. Lank, AuteurAbstract Recent work in Michigan's eastern Upper Peninsula suggests that terrestrial areas bordering northern Lake Huron provide important stopover habitat for spring migrating landbirds, principally because of the presence of emergent aquatic m[...]
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Zoltán Németh, Auteur ; Frank R. Moore, AuteurThe better informed an individual, the better able to meet the demands of a variable environment. When a migratory bird stops over during passage, it must adjust to unfamiliar surroundings, satisfy nutritional demands, compete with other migrant[...]
