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joint species distribution models

Scope: community ecology
Papers: 14 | Mentions: 19

Local Knowledge Graph (43 entities)

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Definition

Statistical framework that simultaneously models multiple species responses to environmental gradients while accounting for species associations and phylogenetic relationships

Related Terms (15)

occupancy modelssite occupancyecological niche monitoringclimate scenario niche modelDDMSDMshabitat suitability modelingMaxEntMaximum EntropyENM
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SPOMSPOMsJSDMsspecies distribution modelingclimate envelope

Publications (14)

article

Improving plant DNA metabarcoding accuracy with ecological filters and Angiosperms353: Field and pollen microscopy validation

2025Applications in Plant Sciencesframework
article

A global assessment of environmental and climate influences on wetland macroinvertebrate community structure and function

2024Global Change Biologycentral
article

Differential response of three large mammal species to human recreation in the Rocky Mountains of Colorado, USA

2023Frontiers in Conservation Scienceframework
article

Habitat selection in a fluctuating ground squirrel population: Density - dependence and fitness consequences

2022Ecology and Evolutionframework
student_paper

Nowcasting the distribution of <i> Valeriana edulis </i> using climate driven population models

2021central
student_paper

How does incorporating microclimate data into ecological niche models change our estimates of the climatic niche of vascular plant species?

2021central
student_paper

Abundance and elevational range shifts of three species of burying beetle in Gunnison County, Colorado and importance of stridulation during reproduction in burying beetles

2021framework
student_paper

Identifying the Impact of Biotic Interactions on Meadow Species Distributions in Sagebrush and Bunchgrass Dominated Systems

2019central
thesis

Differences in Evolutionary History and Ploidy Type Shape the Interactions of <i>Populus tremuloides</i> Michx. with Climate

2017primary focus
thesis

Individual variation in plant traits drives species interactions, ecosystem functioning, and responses to global change.

2016context
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