1,081 results — topic: Wildlife Behavior

Dataset

UAV Imagery of Marmot Burrows in Colorado

UAV flights were conducted between August 26, 2024, and September 1, 2024, at and around the Rocky Mountain Biological Laboratory in the East River Valley, Gothic, Colorado, USA (38°57′ N, 106°59′ W; approximately 2900 m elevation). The study area included marmot colonies located in two core zones,

Duporge, Isla2026DOI: 10.6084/m9.figshare.29114009
Dataset

UAV Imagery of Marmot Burrows in Colorado

UAV flights were conducted between August 26, 2024, and September 1, 2024, at and around the Rocky Mountain Biological Laboratory in the East River Valley, Gothic, Colorado, USA (38°57′ N, 106°59′ W; approximately 2900 m elevation). The study area included marmot colonies located in two core zones,

Duporge, Isla2026DOI: 10.6084/m9.figshare.29114009.v1
Student Paper

Effects of Temperature and Competitor Abundance on Bumble Bee Foraging

The role of plant-pollinator interactions is essential for successful plant and pollinator reproduction, thus influencing community assembly of both plants and animals within an ecosystem. Pollinators exhibit competitive behavior in order to collect adequate quantities of pollen and nectar, and bees

Stone M.2024
Student Paper

Investigating the role of climate on juvenile Golden-mantled ground squirrel (Callospermophilus lateralis) growth and behavior

Changes to climate can have a variety of consequences on organisms across all taxa. Though we are seeing climate changes across the globe, these effects can often be greater in high-elevation regions. For mammals in these environments, climate change can alter phenology, survival, and reproduction.

Simmons K.2024
Student Paper

Pollination Syndrome variance among foraging bumblebee species in Gothic Colorado

Lindbergh S.2024
Student Paper

Solitary bee genera differ in foraging activity timing and temperature; Evidence of a seasonal dietary shift in Hoplitis fulgida

Global warming, and exacerbated warming temperatures with humane activity, could impose novel conditions on the lives of many organisms. Of those, the behaviors and diets of solitary bees face adaptive stress as their optimal foraging conditions and preferred floral resources fluctuate. Trap nests m

Ives J.2024
Student Paper

Does current weather or seasonality influence antipredator vigilance in a hibernating mammal?

Bobb K.2024
Article

Extending the social cohesion hypothesis: is group social structure associated with dispersal in yellow-bellied marmots (Marmota flaviventer)?

Dispersal is an important individual decision which may influence individual fitness as well as population viability. The social cohesion hypothesis posits more social individuals remain at home, which is supported by prior work across taxa. However, how the sociality and connectivity of the group a

Schneidman S., Philson C. S., Blumstein D. T.2024Current ZoologyDOI: 10.1093/cz/zoae002Cited 1 times
Article

Decomposing an elevational gradient in predation by insectivorous birds

Abstract Insectivorous birds have ecologically important effects on prey abundance, behavior, and evolution, and through top‐down control, birds indirectly reduce herbivory and promote plant growth. While several studies sought to characterize biogeographic patterns in top‐down control by birds, var

Dean L. S., Vazquez-Gonzalez C., Hellwitz S.2024EcosphereDOI: 10.1002/ecs2.4790Cited 2 times
Article

Costly calling: Marmots who alarm call at higher rates are less likely to survive the summer and live shorter lives

Emitting alarm calls may be costly, but few studies have asked whether calling increases a caller's risk of predation and survival. Since observing animals calling and being killed is relatively rare, we capitalized on over 24,000 h of observations of marmot colonies and asked whether variation in t

Blumstein D. T., Adler K. A., Uy J.2024Current ZoologyDOI: 10.1093/cz/zoae060Cited 2 times
Student Paper

Effects of Daily Temperature Changes on Broad-Tailed Hummingbird Foraging Patterns

Climate change threatens the close relationship between wildflowers and the hummingbirds that pollinate them, both through gradual warming that shifts and misaligns their phenologies, and also potentially through increasingly erratic day-to-day temperature changes, a phenomenon especially apparent a

Kim C., Ngo T., Thurber M.2023
Student Paper

In your stomach or in your nectar? Disentangling the effects of two pollination-related yeasts on bumblebee behavior and foraging

The study of plant-insect interactions and pollination has just begun to scratch the surface of the microbes that inhabit many of the surfaces involved in these interactions. While most microbial studies have focused on the roles of obligate nectar yeasts in mediating pollinator behavior and fitness

Dabagia N.2023
Student Paper

Determining pollinator behavior differences bumblebees and flies.

Pollinator behavior is integral to understanding community network interactions. These interactions can serve as a proxy for community health. This study aims to compare the behavior between bumblebee pollinators and fly pollinators. This will take place around the area of Gothic, CO, at an elevatio

Chau B.2023
Article

The (surprising) importance of males in a matrilineal society: behavioural insights from a topological knockout study

Social group structure often has consequences for individual fitness and ecological and evolutionary processes, but group structure is not fixed because of demographic processes: individuals die, disperse or are recruited into social groups. Thus, it is important to understand how demographic social

Zenth F., Maldonado-Chaparro A., Solis A.2023Animal BehaviourDOI: 10.1016/j.anbehav.2023.04.013Cited 2 times
Article

Agonistic and affiliative social relationships are associated with marmot docility but not boldness

All animals must face predation risks at some points in their lives and individuals may vary in how much risk they are willing to accept. While it is well recognized that sociality is a way to manage risks, and social group size effects are well studied, the specific ways in which different types of

Williams D. M., Beckert S., Martin J. G. A.2023Animal BehaviourDOI: 10.1016/j.anbehav.2023.02.016Cited 5 times
Article

Take only pictures, leave only... Cameras influence marmot vigilance but not perceptions of risk

Abstract Ecotourism provides an opportunity to experience nature that may promote its conservation. Ecotourists photograph wildlife, and photography plays an important role in focusing public's attention on nature. Although photography is believed to be a low‐impact activity, how the visual stimulus

Uchida K., Burkle A., Blumstein D. T.2023Journal of ZoologyDOI: 10.1111/jzo.13032Cited 4 times
Article

The timing of reproduction is responding plastically, not genetically, to climate change in yellow-bellied marmots (Marmota flaviventer)

With global climates changing rapidly, animals must adapt to new environmental conditions with altered weather and phenology. The key to adapting to these new conditions is adjusting the timing of reproduction to maximize fitness. Using a long-term dataset on a wild population of yellow-bellied marm

St. Lawrence S., Blumstein D. T., Martin J. G. A.2023Ecology and EvolutionDOI: 10.1002/ece3.10780Cited 2 times
Article

The social microbiome: gut microbiome diversity and abundance are negatively associated with sociality in a wild mammal

The gut microbiome has a well-documented relationship with host fitness. Greater microbial diversity and abundance of specific microbes have been associated with improved fitness outcomes. Intestinal microbes also may be associated with patterns of social behaviour. However, these associations have

Pfau M., Degregori S., Johnson G.2023Royal Society Open ScienceDOI: 10.1098/rsos.231305Cited 21 times
Article

Is flight initiation distance associated with longer-term survival in yellow-bellied marmots, Marmota flaviventer?

The distance at which animals move away from threats, flight initiation distance (FID), is often used to study antipredator behaviour and risk assessment. Variation in FID is explained by a variety of internal and external biotic and physical factors, including anthropogenic activities. Most prior s

Blumstein D. T., Sanchez M., Philson C. S.2023Animal BehaviourDOI: 10.1016/j.anbehav.2023.05.013Cited 18 times
Document

Low Energy Growth Study

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