Safe operating space for humanity at a regional scale

The planetary boundaries framework defined safe limits to human impacts on essential Earth-system processes. Subsequent assessments concluded that impacts exceed most delineated boundaries. Societal responses to these results have been insufficient to restore safety. One factor impeding effective...

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Main Author: John F. McLaughlin
Format: Article
Language:English
Published: Resilience Alliance 2018-06-01
Series:Ecology and Society
Subjects:
Online Access:http://www.ecologyandsociety.org/vol23/iss2/art43/
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spelling doaj-9d9c19d2ce2443aba073b894df8939612020-11-25T00:03:05ZengResilience AllianceEcology and Society1708-30872018-06-012324310.5751/ES-10171-23024310171Safe operating space for humanity at a regional scaleJohn F. McLaughlin0Department of Environmental Sciences, Huxley College of the Environment, Western Washington UniversityThe planetary boundaries framework defined safe limits to human impacts on essential Earth-system processes. Subsequent assessments concluded that impacts exceed most delineated boundaries. Societal responses to these results have been insufficient to restore safety. One factor impeding effective action is differences in scale between planetary boundaries and national, regional, or local scales where many impacts and solutions originate. I have contributed toward a resolution by developing a regional scale framework and an approach to translate boundaries across spatial scales. I developed the framework for a county and river basin in the Pacific Northwest. The framework includes six state variables related to planetary scale analogues. Boundary translation can be achieved by aggregating hydrologic processes across scales. Because of greater process certainty and lower spatial heterogeneity at the regional scale, regional boundaries can be defined with more precision than global analogues. The region has exceeded five boundaries and is close to the remaining one. Effects of existing and proposed policies will be to exceed boundaries further. Likely consequences include irreversible degradation in river functions, severe water shortages, impaired water quality, human health impacts, and extinctions of iconic salmonids. In most cases, policy and enforcement mechanisms to restore conditions within regional boundaries are in place, but they have been ignored or misapplied. New initiatives with potential to restore safety are being pursued by indigenous peoples, who also are most directly affected by boundary transgression. By clearly delineating regional boundaries and identifying consequences of boundary transgression, this framework may complement indigenous efforts with policy imperatives for other stakeholders in the region.http://www.ecologyandsociety.org/vol23/iss2/art43/forest coverin-stream flowland developmentnitratePacific Northwestphosphorusregional boundariesriparian forestsalmonscale translation
collection DOAJ
language English
format Article
sources DOAJ
author John F. McLaughlin
spellingShingle John F. McLaughlin
Safe operating space for humanity at a regional scale
Ecology and Society
forest cover
in-stream flow
land development
nitrate
Pacific Northwest
phosphorus
regional boundaries
riparian forest
salmon
scale translation
author_facet John F. McLaughlin
author_sort John F. McLaughlin
title Safe operating space for humanity at a regional scale
title_short Safe operating space for humanity at a regional scale
title_full Safe operating space for humanity at a regional scale
title_fullStr Safe operating space for humanity at a regional scale
title_full_unstemmed Safe operating space for humanity at a regional scale
title_sort safe operating space for humanity at a regional scale
publisher Resilience Alliance
series Ecology and Society
issn 1708-3087
publishDate 2018-06-01
description The planetary boundaries framework defined safe limits to human impacts on essential Earth-system processes. Subsequent assessments concluded that impacts exceed most delineated boundaries. Societal responses to these results have been insufficient to restore safety. One factor impeding effective action is differences in scale between planetary boundaries and national, regional, or local scales where many impacts and solutions originate. I have contributed toward a resolution by developing a regional scale framework and an approach to translate boundaries across spatial scales. I developed the framework for a county and river basin in the Pacific Northwest. The framework includes six state variables related to planetary scale analogues. Boundary translation can be achieved by aggregating hydrologic processes across scales. Because of greater process certainty and lower spatial heterogeneity at the regional scale, regional boundaries can be defined with more precision than global analogues. The region has exceeded five boundaries and is close to the remaining one. Effects of existing and proposed policies will be to exceed boundaries further. Likely consequences include irreversible degradation in river functions, severe water shortages, impaired water quality, human health impacts, and extinctions of iconic salmonids. In most cases, policy and enforcement mechanisms to restore conditions within regional boundaries are in place, but they have been ignored or misapplied. New initiatives with potential to restore safety are being pursued by indigenous peoples, who also are most directly affected by boundary transgression. By clearly delineating regional boundaries and identifying consequences of boundary transgression, this framework may complement indigenous efforts with policy imperatives for other stakeholders in the region.
topic forest cover
in-stream flow
land development
nitrate
Pacific Northwest
phosphorus
regional boundaries
riparian forest
salmon
scale translation
url http://www.ecologyandsociety.org/vol23/iss2/art43/
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