A call to action for inventorying and monitoring of cliff ecosystems to support conservation

Cliffs harbor unique and specialized biodiversity that warrants attention and conservation. At the same time, cliffs are under increased threat from anthropogenic disturbance and climate change. Since cliffs are highly heterogeneous, spatially isolated, and often inaccessible compared to nearby habitats, land managers require up-to-date and site-specific information to protect them. Cliffs are often overlooked due to the technical and logistical challenges posed by surveying these environments, but field inventorying and monitoring can fill this gap. We present three case studies of cliff monitoring in action: mapping populations of the endemic rare plant in the Southern Appalachian Mountains (US), photo-sampling of cliff specialist plants in Spain, and surveying peregrine falcons in Western North Carolina (US). These case studies highlight the application of various monitoring techniques, the possibilities for collaboration among stakeholders, and some ways that data from monitoring can inform cliff conservation and stewardship. To facilitate the development of easy-to-implement monitoring, we outline three approaches and associated best practices for monitoring cliff plants. Methods range from simple photo point monitoring to more in-depth species inventories and could be implemented by community scientists alongside a broader audience interested in providing up-to-date data on cliff environments. We call for action, urging the expansion and advancement of cliff biodiversity monitoring.

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Publication Details

Journal
Basic and Applied Ecology
Published
2024-08-08
DOI
https://doi.org/10.1016/j.baae.2024.07.006
Citations
5
Primary Topic
Species Distribution and Climate Change
Type
article
Field-Weighted Citation Impact
4.60

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article

A call to action for inventorying and monitoring of cliff ecosystems to support conservation

Laura M. Boggess, Georgia R. Harrison, Martí March‐Salas, Sarah E. McCord
5 citations
Basic and Applied Ecology
Species Distribution and Climate Change
4.60
article

A call to action for inventorying and monitoring of cliff ecosystems to support conservation

Laura M. Boggess, Georgia R. Harrison, Martí March‐Salas, Sarah E. McCord
article en
5 citations

Abstract

Cliffs harbor unique and specialized biodiversity that warrants attention and conservation. At the same time, cliffs are under increased threat from anthropogenic disturbance and climate change. Since cliffs are highly heterogeneous, spatially isolated, and often inaccessible compared to nearby habitats, land managers require up-to-date and site-specific information to protect them. Cliffs are often overlooked due to the technical and logistical challenges posed by surveying these environments, but field inventorying and monitoring can fill this gap. We present three case studies of cliff monitoring in action: mapping populations of the endemic rare plant in the Southern Appalachian Mountains (US), photo-sampling of cliff specialist plants in Spain, and surveying peregrine falcons in Western North Carolina (US). These case studies highlight the application of various monitoring techniques, the possibilities for collaboration among stakeholders, and some ways that data from monitoring can inform cliff conservation and stewardship. To facilitate the development of easy-to-implement monitoring, we outline three approaches and associated best practices for monitoring cliff plants. Methods range from simple photo point monitoring to more in-depth species inventories and could be implemented by community scientists alongside a broader audience interested in providing up-to-date data on cliff environments. We call for action, urging the expansion and advancement of cliff biodiversity monitoring.

Basic and Applied EcologyVol. 80
Goethe University Frankfurt (DE), The Graduate Center, CUNY (US), Agricultural Research Service (US), United States Department of Agriculture (US), City University of New York (US), Universidad Rey Juan Carlos (ES), Mars Hill University (US)
Goethe-Universität Frankfurt am Main
Life in Land
Openalex Percentile: Top 6%
Species Distribution and Climate Change
4.60
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