Incorporating Ecosystem Services into Drought Planning Lessons from Two Place-Based Applications from the Western US

Drought can have important ecological and social impacts that are not always well integrated into planning. Integrating social and ecological impacts of drought into planning requires interdisciplinary frameworks, and this can be challenging despite the existence of guidance from agencies and organi...

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Bibliographic Details
Published inIntegrated Drought Management, Volume 2 Vol. 2; pp. 575 - 592
Main Authors Raheem, Nejem, Bathke, Deborah J.
Format Book Chapter
LanguageEnglish
Published United Kingdom CRC Press 2024
Taylor & Francis Group
Edition1
Subjects
Drought Impacts
Drought Management
USFS
National Drought Mitigation Center
ES Framework
MEA Approach
Common Language
Multiple Conceptual Frameworks
Drought Planning
La Llorona
Meteorological Drought
Drought Monitoring
Marine Spatial Planning
ES Perspective
ES
Drought Risk Management
Drought Risk
EEU
Impact Tables
ES Approach
Drought Task Force
Wildlife Conservation Society
Drought Planning Process
NCEI
Ecological Impacts
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Summary:Drought can have important ecological and social impacts that are not always well integrated into planning. Integrating social and ecological impacts of drought into planning requires interdisciplinary frameworks, and this can be challenging despite the existence of guidance from agencies and organizations. One interdisciplinary framework that can be useful is ecosystem services, or the benefits that humans derive from nature, such as the Millennium Ecosystem Assessment and the Common International Classification of Ecosystem Services. Combined with drought planning theory and practice, they offer a potentially useful means of accomplishing this integration. In this chapter we examine the background of planning for drought in an ecological context and use two place-based applications that offer the potential for integrating ecosystem services into drought planning. We integrate lessons and experiences from the applications into a widely used drought planning framework.
ISBN:9781032231686
1032232781
1032231688
9781032232782
DOI:10.1201/9781003276548-32