Combining biodiversity, climate adaptation and citizen engagement – the case of public participation in an urban park

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Combining biodiversity, climate adaptation and citizen engagement – the case of public participation in an urban park. / Zandersen, Marianne; Stage, Carsten.

2015. Abstract fra RE-DO, Aarhus, Danmark.

Publikation: KonferencebidragKonferenceabstrakt til konferenceForskningpeer review

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@conference{21777e8e75164890a4b7e9b43bccf833,
title = "Combining biodiversity, climate adaptation and citizen engagement – the case of public participation in an urban park",
abstract = "Managing climate induced excesses of rainwater in urban areas calls for nature-based solutions in urban parks, i.e. creating rainbeds, artificial lakes, building dikes and digging ditches. Traditionally, such blue-green climate adaptation measures do not integrate efforts to create more rich habitats for flora and fauna. Instead, nutrient rich soil and grass are placed on the adaptation, corresponding to a biological desert. In this paper we present the project Permeable Green City Aarhus, which seeks to investigate the potential role that citizens can play in conjunction with scientists in developing green infrastructures that equally integrate habitats for biodiversity and sustainable urban drainage (SUD) that help adapt to climate change. The project focuses on transforming one urban park in a suburban town north of Aarhus (Lystrup), and the paper deals with our conceptualisation and design of the process of trying to engage citizens in co-deciding and developing the park. We present the project’s various phases of participation moving from local resource mappings, to engaging with local gatekeepers to initiating a large citizen meeting and various development workshops. We also address the dilemmas that have arisen during the process – e.g. how to balance local needs vs. the research agenda of supporting biodiversity, local participation vs. municipal logics, science vs. arts approaches – and conceptualise our take on ‘participation’ as an ongoing, open and creative process of assembling and re-assembling the needs and perspectives of citizens, nature, academic disciplines, local organizations and authorities.",
keywords = "citizen engagement, climate change, biodiversity, nature-based solutions",
author = "Marianne Zandersen and Carsten Stage",
year = "2015",
month = "10",
day = "28",
language = "English",
note = "null ; Conference date: 28-10-2015 Through 31-10-2015",

}

RIS

TY - ABST

T1 - Combining biodiversity, climate adaptation and citizen engagement – the case of public participation in an urban park

AU - Zandersen, Marianne

AU - Stage, Carsten

PY - 2015/10/28

Y1 - 2015/10/28

N2 - Managing climate induced excesses of rainwater in urban areas calls for nature-based solutions in urban parks, i.e. creating rainbeds, artificial lakes, building dikes and digging ditches. Traditionally, such blue-green climate adaptation measures do not integrate efforts to create more rich habitats for flora and fauna. Instead, nutrient rich soil and grass are placed on the adaptation, corresponding to a biological desert. In this paper we present the project Permeable Green City Aarhus, which seeks to investigate the potential role that citizens can play in conjunction with scientists in developing green infrastructures that equally integrate habitats for biodiversity and sustainable urban drainage (SUD) that help adapt to climate change. The project focuses on transforming one urban park in a suburban town north of Aarhus (Lystrup), and the paper deals with our conceptualisation and design of the process of trying to engage citizens in co-deciding and developing the park. We present the project’s various phases of participation moving from local resource mappings, to engaging with local gatekeepers to initiating a large citizen meeting and various development workshops. We also address the dilemmas that have arisen during the process – e.g. how to balance local needs vs. the research agenda of supporting biodiversity, local participation vs. municipal logics, science vs. arts approaches – and conceptualise our take on ‘participation’ as an ongoing, open and creative process of assembling and re-assembling the needs and perspectives of citizens, nature, academic disciplines, local organizations and authorities.

AB - Managing climate induced excesses of rainwater in urban areas calls for nature-based solutions in urban parks, i.e. creating rainbeds, artificial lakes, building dikes and digging ditches. Traditionally, such blue-green climate adaptation measures do not integrate efforts to create more rich habitats for flora and fauna. Instead, nutrient rich soil and grass are placed on the adaptation, corresponding to a biological desert. In this paper we present the project Permeable Green City Aarhus, which seeks to investigate the potential role that citizens can play in conjunction with scientists in developing green infrastructures that equally integrate habitats for biodiversity and sustainable urban drainage (SUD) that help adapt to climate change. The project focuses on transforming one urban park in a suburban town north of Aarhus (Lystrup), and the paper deals with our conceptualisation and design of the process of trying to engage citizens in co-deciding and developing the park. We present the project’s various phases of participation moving from local resource mappings, to engaging with local gatekeepers to initiating a large citizen meeting and various development workshops. We also address the dilemmas that have arisen during the process – e.g. how to balance local needs vs. the research agenda of supporting biodiversity, local participation vs. municipal logics, science vs. arts approaches – and conceptualise our take on ‘participation’ as an ongoing, open and creative process of assembling and re-assembling the needs and perspectives of citizens, nature, academic disciplines, local organizations and authorities.

KW - citizen engagement

KW - climate change

KW - biodiversity

KW - nature-based solutions

M3 - Conference abstract for conference

ER -