A social-ecological-technological system approach to just nature-based solutions: A case of digital participatory mapping of meaningful places in a marginalized neighborhood in Copenhagen, Denmark

Maurer, Megan; Chang, Ping; Olafsson, Anton Stahl; Møller, Maja Steen; Gulsrud, Natalie Marie

doi:10.1016/j.ufug.2023.128120

Urban Forestry & Urban Greening

2023

DOI: 10.1016/j.ufug.2023.128120

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A social-ecological-technological system approach to just nature-based solutions: A case of digital participatory mapping of meaningful places in a marginalized neighborhood in Copenhagen, Denmark

Megan Maurer,

Ping Chang,

Anton Stahl Olafsson

et al.

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2024

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Cited by 2 publications

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Walkable Maps and Policy Innovation for Nature: A Novel Methodology for Understanding Policy Learning

Petersen,

Russel,

Jensen

et al. 2024

International Journal of Qualitative Methods

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Methodological innovation is needed that actively engages a range of policy makers in policy learning to address the climate and biodiversity crises. We developed Walkable Floor Map Policy Workshops (WFMPWs) as a way of engaging policy makers in policy learning towards NBS innovation in their local context. This paper examines WFMPW methodology for NBS through an analysis of three WFMPWs in three European urban case study sites. We find that implementation of WFMPWs facilitated policy learning through group discussion and experience sharing amongst participating policy makers. The WFMPWs added greater spatial contextualisation and the futures workshop elements facilitated discussions of future opportunities and barriers, leading to questioning of common approaches and assumptions and ‘thinking outside of the box’. The data provided in-depth, comparative, nuanced, and locally contextualised qualitative insights of interest across multiple disciplines. The findings provide a different way of understanding political and decision-making processes around NBS, including problem framing and shifting policy debates. The WFMPW approach enabled participating policy makers to describe and critique the current situation; imagine/visualise a preferable future situation; and explore ways of moving from the actual situation to the preferred one.

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Walkable Maps and Policy Innovation for Nature: A Novel Methodology for Understanding Policy Learning

Petersen,

Russel,

Jensen

et al. 2024

International Journal of Qualitative Methods

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Assessing coastal population capacity in Tsunami-prone areas: A grid-based approach

Usman,

Chalim,

Usman

et al. 2024

Jàmbá Journal of Disaster Risk Studies

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Tambakrejo Beach in Blitar Regency is classified as an area that is very vulnerable to tsunami catastrophes. Many researchers have conducted studies on regions impacted by the tsunami. However, more studies into the link between the outcomes of social and spatial studies still need to be carried out because these are two different perspectives with different parameters and variables. The novel approach in this research involves delineating tsunami-affected areas and assessing population capacity in coastal regions. The hazard maps and livelihood asset variables using grid cells of a specific size have been used to identify risk levels. The grid cells used are 50 m2 × 50 m² so that they are expected to represent the minor units on the face of the earth, such as buildings, assets, property or land parcels, for capacity assessments or measuring the level of threat to disasters and are no longer based on regional administrative boundaries.Contribution: The research results show that using grid cells to analyse areas affected by the tsunami can provide excellent and informative results. Research findings at the research location regarding community preparedness in facing tsunamis show that communities at risk of being affected by the tsunami need to increase their capacity because the majority of communities in coastal areas, especially in the Sidorejo sub-village, have been identified as having low capacity according to several livelihood asset parameters such as financial capital in income. By increasing individual capacity, it is hoped that society will be able to avoid the threat of tsunami waves better.

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A social-ecological-technological system approach to just nature-based solutions: A case of digital participatory mapping of meaningful places in a marginalized neighborhood in Copenhagen, Denmark

Cited by 2 publications

References 56 publications

Walkable Maps and Policy Innovation for Nature: A Novel Methodology for Understanding Policy Learning

Walkable Maps and Policy Innovation for Nature: A Novel Methodology for Understanding Policy Learning

Assessing coastal population capacity in Tsunami-prone areas: A grid-based approach

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