1,081 results — topic: Wildlife Behavior

Dataset

Priority Faults for Improving Seismic Hazard Models in the Intermountain West Region

Abstract This data release includes a list of high-priority hazardous faults and associated spatial data (regional polygons and buffered fault traces) for the Intermountain West (IMW) region of the United States. These are the top five faults or regions of concern per IMW state, based on the 2025 (v

Christopher B Duross2025DOI: 10.5066/p13xvwr7
Dataset

Global Bee Interaction Data

Last modified: January 09, 2025 IntroductionThis dataset comprises all bee interactions indexed by Global Biotic Interactions (GloBI; Poelen et al. 2014). It is published quarterly by the Big Bee Project (Seltmann et al. 2021) to summarize all available knowledge about bee interactions from natural

Seltmann, Katja C, Poelen, Jorrit H., Global Biotic Interaction Community2025DOI: 10.5281/zenodo.14624975Cited 1 times
Article

How do humans impact yellow-bellied marmots? An integrative analysis

While many studies document specific human impacts on the behaviour and physiological responses of wildlife to humans

Morgan A., Monclus R., Nelson J.2021Applied Animal Behaviour ScienceDOI: 10.1016/j.applanim.2021.105495Cited 7 times
Article

From the ground up: Building predictions for how climate change will affect belowground mutualisms, floral traits, and bee behavior

Climate change affects species and their interactions, resulting in novel communities and modified ecosystem processes. Through shifts in phenology and distribution, climatic change can disrupt interactions, including those between mutualists. Mutualisms influence the structure and stability of comm

Keeler A. M., Rafferty N. E., Rose-Person A.2021Climate Change EcologyDOI: 10.1016/j.ecochg.2021.100013Cited 30 times
Article

Nectar addition changes pollinator behavior but not plant reproduction in pollen rewarding <i> Lupinus argenteus</i>

The addition of nectar to pollen-rewarding plants resulted in modest increases in per-flower pollinator visit duration and pollen transfer, but had no effect on reproduction because, at the place and time the experiment was conducted, plants were not pollen-limited. These results suggest that a poll

Heiling J. M., Bronstein J. L., Irwin R. E.2021American Journal of BotanyDOI: 10.1002/ajb2.1613Cited 5 times
Article

Producer-scrounger relationships in yellow-bellied marmots

Evans A. W., Williams D. M., Blumstein D. T.2021Animal BehaviourDOI: 10.1016/j.anbehav.2020.11.018Cited 13 times
Article

Bridging animal personality with space use and resource use in a free-ranging population of an asocial ground squirrel

Aliperti J. R., Davis B. E., Fangue N. A.2021Animal BehaviourDOI: 10.1016/j.anbehav.2021.07.019Cited 28 times
Student Paper

Butterfly foraging and the dispersal of microbes among & within flowers

Dispersal is integral to the ecology and evolution of communities. Dispersal affects bacterial communities by impacting bacterial composition and diversity in many environments. One such environment is floral organs. Flowers are nutrient-rich environments for diverse and abundant microbes. Floral mi

Olson M.2020
Article

Are ants botanists? Ant associative learning of plant chemicals mediates foraging for carbohydrates

Abstract 1. Although associative learning is widespread across animals, its ecological importance is difficult to assess because learning is rarely studied in the field, where informative cues are juxtaposed against complex backgrounds of uninformative noise. 2. Ants rely heavily on chemical cues fo

Nelson A. S., Zapata G., Sentner K.2020Ecological EntomologyDOI: 10.1111/een.12794Cited 8 times
Article

More social female yellow-bellied marmots, <i>Marmota flaviventer</i>, have enhanced summer survival

Montero A., Williams D., Martin J. G.2020Animal Behaviour
Article

Competition for nectar resources does not affect bee foraging tactic constancy

1. Competition alters animal foraging, including promoting the use of alternative resources. It may also impact how animals feed when they are able to handle the same food with more than one tactic. Competition likely impacts both consumers and their resources through its effects on food handling, b

Lichtenberg E. M., Richman S. K., Irwin R. E.2020Ecological EntomologyDOI: 10.1111/een.12866Cited 14 times
Thesis

Floral reward strategies, visitor behavior, and plant reproductive outcomes

Many plants that bear hidden or recessed floral nectar experience nectar robbing, the removal of nectar by a floral visitor through holes pierced in the corolla. Although robbing can reduce plant reproductive success, many studies fail to find such effects. We outline three mechanistic hypotheses th

Heiling J. M.2019
Student Paper

Trap behavior of <i> Zonotrichia leucophrys oriantha </i> at different elevations in the West Elk Mountains, Colorado

High-alpine ecosystems are particularly vulnerable to climate change. Thus, many ecosystem patterns are shifting due to warming temperatures, extreme weather events, and seasonal changes. This becomes an issue for birds that breed and live in high-elevation environments, as they may not be able to c

Wieser E.2019
Student Paper

Effects of weather and floral density on foraging activity of cavity nesting bees (<i> Osmia </i>spp.)

Thermoregulation is an important factor for bee flight which ultimately contributes to an individual’s ability to forage and produce offspring. Rising temperatures could benefit insects by increasing their efficiency in reproduction and provisioning. However, warming could negatively impact floral r

Rivera I., Forrest J., Wong L.2019
Student Paper

Are Marmot Alarm Class Condition Dependent?

The production and structure of animal signals may be condition dependent and may provide more than one type of information to receivers. While alarm calls are not typically viewed as condition dependent, recent studies have suggested that their structure and possibly their propensity to be emitted

Nash A.2019
Student Paper

Social transmission of a novel foraging trait in yellow-bellied marmots

Social transmission of novel behaviors can be an adaptive technique to rapidly and flexibly change responses to the surrounding environment. Although the dynamics of social transmission have been studied in highly social birds, primates, otters, and bats, we lack a solid understanding of the dynamic

Evans A.2019
Student Paper

The Effect of Predation on Ant-aphid Mutualism in <i>Ligusticum porteri</i>

Predation and mutualism take up a large part of interactions within communities. These multi-trophic level interactions affect the makeup of the community. We explored how predation impacts the strength of mutualism between ants and aphids on the plant Ligusticum porteri. It has been a base assumpti

Cruz E.2019
Article

Transitivity and structural balance in marmot social networks

Social relationships are composed of both positive (affiliative) and negative (agonistic) interactions, representing opposing effects. Social network theory predicts that positive relationships should be transitive; thus, the friend of a friend is more likely to be a friend. Further, when considerin

Wey T. W., Jordan F., Blumstein D. T.2019Behav Ecol SociobiolDOI: 10.1007/s00265-019-2699-3Cited 27 times
Article

Mixed support for state maintaining risky personality traits in yellow-bellied marmots

In a variety of taxa, individuals behave in consistently different ways. However, there are relatively few studies that empirically test the potential mechanisms underlying the causes and maintenance of these personality differences. Several hypotheses for the causes and maintenance of risky persona

Petelle M. B., Martin J. G., Blumstein D. T.2019Animal BehaviourDOI: 10.1016/j.anbehav.2019.02.008Cited 16 times