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Context matters in ecological forecasting: Lessons in predicting species distributions

Elise F. Zipkin, Jeffrey W. Doser

2024Global Change Biology6 citationsDOIOpen Access PDF

Abstract

Forecasting the future state of a species is a tricky process, as there are numerous hidden factors that influence species trajectories in addition to the obvious unknowns about the future state of the planet. We echo the guidance of Clare et al. (2024) to use near‐term and long‐term forecasting in complementary ways. Near‐term forecasts can be used to guide specific management and conservation actions, which can be updated as new data and evidence are collected. Long‐term forecasts can be used to characterize uncertainty further into the future, which can help guide longstanding conservation planning and legislative actions that are based on such uncertainty in possible future outcomes.

Topics & Concepts

Context (archaeology)Term (time)Environmental resource managementComputer scienceProcess (computing)EcologyEnvironmental scienceGeographyBiologyQuantum mechanicsArchaeologyOperating systemPhysicsSpecies Distribution and Climate ChangeEcology and Vegetation Dynamics StudiesWildlife Ecology and Conservation
Context matters in ecological forecasting: Lessons in predicting species distributions | Litcius