Exploring ecosystem-based approaches in MSP through actor-driven perceptual mapping

Quinio, Louise; Ripken, Malena; Klenke, Thomas; Trouillet, Brice; Hansen, Henning Sten; Schrøder, Lise

doi:10.1016/j.marpol.2023.105604

Cited by 2 publications

(4 citation statements)

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“…Planning is future-oriented, therefore as part of the MSP process, planners and decision-makers have to develop spatial zoning or management alternatives, and weigh options through scenario or trade-off analysis (Pinarbasi et al, 2017;Quinio et al, 2023). As part of this process, they must consider compatibility between users, including conflicts and synergies between uses and environment, and potentials for multi-use to utilize space and resources most effectively and reduce conflicts among stakeholders (Bonnevie et al, 2021).…”

Section: Introductionmentioning

confidence: 99%

“…This places social, ecological, and economic knowledge and data at the heart of MSP. Knowledge does not only need to be gathered, but also made accessible to and usable by actors with different backgrounds such as researchers or scientists from various fields, decision-makers, planners, stakeholders, and the wider public, so that it can inform the decision-making process and support different needs of MSP (Cormier et al, 2017;Quinio et al, 2023). Knowledge exchange across disciplines and institutions, and integration in decision making, remains a significant challenge, though it is not a challenge unique to the marine context nor to recent times (Bednarek et al, 2018).…”

Section: Introductionmentioning

confidence: 99%

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Setting the scene for a multi-map toolset supporting maritime spatial planning by mapping relative cumulative impacts on ecosystem service supply

et al. 2023

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The aim of this paper is to provide the foundations for the development of a spatial decision-support toolset that combines cumulative impacts and ecosystem service supply assessments to support what-if scenario analysis in a maritime spatial planning context. Specifically, a conceptual framework for a toolset has been designed in order to introduce a new approach for place-based assessments of change in relative ecosystem service supply in multiple services at a time due to changes in cumulative impacts. Central to the toolset are two pre-existing approaches for relative ecosystem service supply and cumulative impact assessments and tools that facilitate them. The tools take advantage of available data from various sources, including geodata and expert knowledge, and have already been proven to support maritime spatial planning in a real-world context. To test the new approach and demonstrate the outputs, an ecosystem service supply assessment was done manually using the two currently separate tools. The results of the test case ecosystem service supply assessment for the Gulf of Riga in the Baltic Sea are also presented in this paper and illustrate the assessment steps and data needs. Although presently the focus of the illustrative assessment is the Gulf of Riga, the toolset will be able to accommodate analysis of cumulative impacts and service supply of any location, leaving the scope of the assessment to be determined by the objectives of the assessment as well as data availability (i.e., geospatial data availability and extent of expert knowledge).

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Section: Introductionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Setting the scene for a multi-map toolset supporting maritime spatial planning by mapping relative cumulative impacts on ecosystem service supply

et al. 2023

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“…Planlaegning fokuserer på fremtiden og er fyldt med usikkerhed, og vurdering af planers mulige konsekvenser for økosystemer og samfund er derfor en afgørende del af processen (Pinarbasi et al 2017;Quinio et al 2023). Som del af en påvirkningsanalyse skal kompatibilitet mellem forskellige brugere og miljøet medtaenkes for at reducere konflikter, understøtte sameksistens og sikre helhedsorienteret anvendelse af arealer og ressourcer (Bonnevie et al 2021).…”

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“…Planning is focused on the future and is loaded with uncertainty; therefore, assessment of possible consequences of plans on ecosystems and society is an essential part of the process (Pinarbasi et al, 2017;Quinio et al 2023). As part of impact outcome analysis, compatibility between different users, and users and the environment must be considered to reduce conflict, support co-existence, and synergistic use of space and resources (Bonnevie et al 2021).…”

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confidence: 99%

Operationalisation of an ecosystem services approach for improving integration in maritime spatial planning

Armoškaitė

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Aurelija Armoskaite received her B.A in Sociology from the University of Warwick in 2015. Whilst at Warwick, Aurelija spent a year abroad on the Erasmus programme studying at the University of Helsinki, where she first took a course in maritime spatial planning. In 2018, she received her MSc in Marine planning and management from the University of Liverpool. In her MSc thesis, Aurelija investigated the environmental advantages of in-situ decommissioning of offshore oil platforms in the North Sea, the exclusive economic zone of the United Kingdom. She was then employed by the Latvian Institute of Aquatic Ecology as a research assistant to work on projects focused on supporting the marine planning and protected area designation process in Latvia.

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Exploring ecosystem-based approaches in MSP through actor-driven perceptual mapping

Cited by 2 publications

References 34 publications

Setting the scene for a multi-map toolset supporting maritime spatial planning by mapping relative cumulative impacts on ecosystem service supply

Setting the scene for a multi-map toolset supporting maritime spatial planning by mapping relative cumulative impacts on ecosystem service supply

Operationalisation of an ecosystem services approach for improving integration in maritime spatial planning

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