Détail de l'auteur
Documents disponibles écrits par cet auteur (12)
Ajouter le résultat dans votre panier Affiner la recherche
Article
Connor J. Rosenblatt, Auteur ; David N. Bonter, Auteur
Article
Max L. Witynski, Auteur ; David N. Bonter, AuteurYellow Warblers (Setophaga petechia) are abundant breeding birds in North America, but their migratory and non-breeding biology remain poorly understood. Studies where genetic and isotopic techniques were used identified parallel migration syste[...]
Article
Noah G. Perlut, Auteur ; David N. Bonter, Auteur ; Julie C. Ellis, Auteur ; Margaret S. Friar, AuteurA number of colonial waterbird species have been documented nesting on roof-tops throughout Europe and North America. The most common hypothesis explaining why gulls (Laridae) select roof-tops for nesting has been that population growth rates ar[...]
Article
Janis L. Dickinson, Auteur ; Benjamin Zuckerberg, Auteur ; David N. Bonter, Auteur ; D. J. Futuyma, Auteur ; H. B. Shafer, Auteur ; D. Simberloff, AuteurCitizen science, the involvement of volunteers in research, has increased the scale of ecological field studies with continent-wide, centralized monitoring efforts and, more rarely, tapping of volunteers to conduct large, coordinated, field expe[...]
Article
David N. Bonter, Auteur ; Eli S. Bridge, AuteurRadio frequency identification (RFID) technology allows the unique identification of individuals and automated recording of the presence of tagged birds at fixed locations. Investigators have used RFID technology to examine questions related to [...]
Article
Benjamin Zuckerberg, Auteur ; David N. Bonter, Auteur ; Wesley M. Hochachka, Auteur ; Walter D. Koenig, Auteur ; Arthur T. DeGaetano, Auteur ; Janis L. Dickinson, AuteurP>1. Ecologists have long been interested in the role of climate in shaping species' ranges, and in recent years, this relationship has taken on greater significance because of the need for accurate predictions of the effects of climate change o[...]
Article
Michael G. Harvey, Auteur ; David N. Bonter, Auteur ; Laura M. Stenzler, Auteur ; Irby J. Lovette, AuteurFeathers are increasingly collected as a nondestructive source of DNA for avian genetic research. Although feather samples are not optimal in some important ways than more robust blood or tissue samples, feather sampling requires less training f[...]
Article
David N. Bonter, Auteur ; Therese M. Donovan, Auteur ; Elizabeth W. Brooks, Auteur ; K. A. Hobson, AuteurAbstract Assigning conservation priorities to areas used by birds during migration requires information on the relative quality of areas and habitats. The rate at which migratory birds replenish energy reserves during stopover may be used as an [...]
Article
Eli S. Bridge, Auteur ; David N. Bonter, AuteurRadio frequency identification (RFID) technology can be used to implement automated bird-monitoring systems and, therefore, could be of use to field ornithologists. However, the cost of a large-scale RFID network can be prohibitive for those wit[...]
Article
David N. Bonter, Auteur ; Michelle C. Moglia, Auteur ; Luke E. DeFisher, AuteurSkewed adult sex ratios sometimes occur in populations of free-living animals yet the proximate mechanisms, timing of sex-biases, and the selective agents contributing to skew remain a source of debate with contradictory evidence from different [...]
Article
David N. Bonter, Auteur ; Sarah A. MacLean, Auteur ; Shailee S. Shah, Auteur ; Michelle C. Moglia, AuteurExtreme storm events encountered during any stage of the annual cycle can result in increased mortality and influence population dynamics. Storms during the reproductive season, when birds are tied to fixed nesting locations, can be particularly[...]
Article
David N. Bonter, Auteur ; Elizabeth W. Brooks, Auteur ; Therese M. Donovan, AuteurMist nets deployed in a standard ground-level fashion capture birds approximately 0.5-2.6 m above the ground. In habitats where the vegetation extends above this height, standard mist net deployment may inadequately sample the targeted avian com[...]
