Modelling land use planning: Socioecological integrated analysis of metropolitan green infrastructures
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Joan Marull [1] ; Roc Padró Caminal [1] ; Maria José La Rota Aguilera [1] ; Joan Pino Vilalta [1] ; Annalisa Giocoli [2] ; Jacob Cirera Val [2] ; Núria Ruiz Forès [1] ; Francesc Coll [1] ; Tarik Serrano-Tovar [1] ; Raúl Velasco Fernández [1]
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[1] Universitat Autònoma de Barcelona
Universitat Autònoma de Barcelona
Barcelona, España
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[2] Redaction Service of the Barcelona Metropolitan Area Master Plan, Avinguda Josep Tarradellas 2-6, 08029 Barcelona, Spain
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- Localización: Land use policy: The International Journal Covering All Aspects of Land Use, ISSN 0264-8377, ISSN-e 1873-5754, Nº. 126, 2023, pág. 32
- Idioma: español
- Texto completo no disponible (Saber más ...)
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Resumen
Land use planning of global metropolis is essential to meet the socioecological challenges of the next decades. This paper aims to contribute to sustainable land use policies by proposing a socioecological integrated analysis of metropolitan green infrastructures, applying this landscape-metabolism model to the Urban Master Plan of the Barcelona Metropolitan Area. The paper assesses the multiple functions and services of the green infrastructure in four land use scenarios and two types of agricultural management. The results show that the trending scenario of applying the current land use planning would have a negative impact in the ecological functioning of the landscape, affecting biodiversity and the provision of ecosystem services to society. The results also show that certified organic farming is not enough to overcome some trends of industrial agriculture as low energy efficiency or greenhouse gas emissions. Finally, the results show different interactions between social metabolism and landscape ecology, as changes in the form of metabolism affect the functioning of the landscape, while changes in land cover specially affect resource use. Therefore, deeper changes are needed in land use policies that consider not only land covers, as has traditionally been done, but also metabolic flows to promote agroecological transitions towards more sustainable metropolitan green infrastructures under climate change scenarios.
