Population Ecology

Upcoming events

Spatial capture-recapture analyses

Beth Gardner · University of Washington

Mon, Oct 5, 2026 · 15:00 America/New_York

Beth Gardner introduces spatial capture-recapture models for estimating wildlife population dynamics and movement. The seminar considers observations from camera traps and genetic identification using hair or scat, showing how the modeling framework can accommodate different sampling methods, time scales and movement processes. Gardner develops the Bayesian formulation through worked examples in R with NIMBLE, then discusses extensions and audience questions. The methods support estimates of demographic rates, spatial distributions and habitat relationships for conservation and management. The organizer explicitly schedules this occurrence at 15:00 Eastern time, rather than the series’ usual time.

spatial capture-recapturewildlife monitoring+1 moreSeries: Ecological Forecasting Initiative and Ecological Society of America Statistical Ecology Section

Recordings

EEFI’s First Forecasting Challenge: Doñana National Park

Sanne Evers · Doñana Biological Station, Sevilla, Spain

Wed, Sep 9, 2026 · 13:00 Europe/Madrid

Sanne Evers introduces the first forecasting challenge organized by the European Ecological Forecasting Initiative. The challenge uses long-running observations from Doñana National Park in southern Spain to support short-term predictions of vegetation indices and the abundance of multiple shrub species. Forecasting these changes can inform habitat management, productivity assessments and conservation decisions under climatic and hydrological pressures. The seminar explains why Doñana’s range of habitats and monitoring infrastructure offer a useful setting for comparing predictions before new observations become available. It also discusses lessons from developing the challenge and planned next steps, with participation encouraged across ecological disciplines and levels of forecasting experience.

ecological forecastingvegetation dynamics+1 moreSeries: European Ecological Forecasting Initiative

Open deadlines

No open deadlines listed.

Recent changes

Spatial capture-recapture analyses

Beth Gardner · University of Washington

Mon, Oct 5, 2026 · 15:00 America/New_York

Beth Gardner introduces spatial capture-recapture models for estimating wildlife population dynamics and movement. The seminar considers observations from camera traps and genetic identification using hair or scat, showing how the modeling framework can accommodate different sampling methods, time scales and movement processes. Gardner develops the Bayesian formulation through worked examples in R with NIMBLE, then discusses extensions and audience questions. The methods support estimates of demographic rates, spatial distributions and habitat relationships for conservation and management. The organizer explicitly schedules this occurrence at 15:00 Eastern time, rather than the series’ usual time.

spatial capture-recapturewildlife monitoring+1 moreSeries: Ecological Forecasting Initiative and Ecological Society of America Statistical Ecology Section

EEFI’s First Forecasting Challenge: Doñana National Park

Sanne Evers · Doñana Biological Station, Sevilla, Spain

Wed, Sep 9, 2026 · 13:00 Europe/Madrid

Sanne Evers introduces the first forecasting challenge organized by the European Ecological Forecasting Initiative. The challenge uses long-running observations from Doñana National Park in southern Spain to support short-term predictions of vegetation indices and the abundance of multiple shrub species. Forecasting these changes can inform habitat management, productivity assessments and conservation decisions under climatic and hydrological pressures. The seminar explains why Doñana’s range of habitats and monitoring infrastructure offer a useful setting for comparing predictions before new observations become available. It also discusses lessons from developing the challenge and planned next steps, with participation encouraged across ecological disciplines and levels of forecasting experience.

ecological forecastingvegetation dynamics+1 moreSeries: European Ecological Forecasting Initiative

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