Temperate coastal forests: contributions and evidence requirements for resilient coastal societies

Abstract Temperate coastal forests can support the resilience of coastal societies by reducing climate-related impacts and supporting people’s wellbeing and connectivity. The ecological diversity within temperate coastal forests makes them especially valuable for ecosystem-based approaches to climate adaptation. However, much evidence on the contributions temperate coastal forests make to people, and the management responses necessary to sustain social and ecological resilience under a changing climate, is context-specific. In response, this paper compares temperate coastal forests over three different geographical contexts which deliver risk-reduction, wellbeing or economic contributions to adjacent communities: Taynish (Scotland, UK); Nijinomatsubara (Karatsu, Japan); and the Curonian Spit (Lithuania). For each, we analyse existing evidence to identify the benefits and values associated with the forest, then characterise potential management responses – and further evidence requirements – to support social and ecological resilience in the coastal forested landscape. We offer four insights, focused on temperate coastal forests but relevant to environmental management for resilience more broadly: the value of management strategies that link marine and terrestrial ecosystems in reducing negative impacts and supporting resilience; the need for management practices that recognise shifting social expectations and values and draw on community-based management practices appropriately; the necessity of attention to fairness and justice in who benefits from management of coastal forests; and the importance of identifying transferable insights from context-specific research to enable effective international learning and knowledge-sharing.

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Publication Details

Journal
Anthropocene Coasts
Published
2025-12-05
DOI
https://doi.org/10.1007/s44218-025-00108-7
Primary Topic
Coastal wetland ecosystem dynamics
Type
article
Field-Weighted Citation Impact
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article

Temperate coastal forests: contributions and evidence requirements for resilient coastal societies

Yuriko Hayabuchi, Miloslav Machoň, Leslie Mabon, Chika Takatori et al.
Anthropocene Coasts
Coastal wetland ecosystem dynamics
article

Temperate coastal forests: contributions and evidence requirements for resilient coastal societies

Yuriko Hayabuchi, Miloslav Machoň, Leslie Mabon, Chika Takatori, Ramūnas Povilanskas, İan Mell, Kayoko Kondo, Arvydas Urbis
article en

Abstract

Abstract Temperate coastal forests can support the resilience of coastal societies by reducing climate-related impacts and supporting people’s wellbeing and connectivity. The ecological diversity within temperate coastal forests makes them especially valuable for ecosystem-based approaches to climate adaptation. However, much evidence on the contributions temperate coastal forests make to people, and the management responses necessary to sustain social and ecological resilience under a changing climate, is context-specific. In response, this paper compares temperate coastal forests over three different geographical contexts which deliver risk-reduction, wellbeing or economic contributions to adjacent communities: Taynish (Scotland, UK); Nijinomatsubara (Karatsu, Japan); and the Curonian Spit (Lithuania). For each, we analyse existing evidence to identify the benefits and values associated with the forest, then characterise potential management responses – and further evidence requirements – to support social and ecological resilience in the coastal forested landscape. We offer four insights, focused on temperate coastal forests but relevant to environmental management for resilience more broadly: the value of management strategies that link marine and terrestrial ecosystems in reducing negative impacts and supporting resilience; the need for management practices that recognise shifting social expectations and values and draw on community-based management practices appropriately; the necessity of attention to fairness and justice in who benefits from management of coastal forests; and the importance of identifying transferable insights from context-specific research to enable effective international learning and knowledge-sharing.

Anthropocene CoastsVol. 8(1)
Kyushu University (JP), The Open University (GB), Czech University of Life Sciences Prague (CZ), Manchester School of Architecture (GB), Klaipėda University (LT), The University of Tokyo (JP)
Openalex Percentile: Top 62%
Coastal wetland ecosystem dynamics
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