A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Using species-habitat models to predict bird counts from urban development plans
Highlights Bird count predictions are derived from real-world urban development plans. Methods are readily applicable to examine how tweaks to the development plan affect predictions. Individual species, or species groups can be assessed for the predicted impact of different land-use patterns. No scenario provided consistent changes in bird diversity across all sites, highlighting the need for site-by-site approaches to biodiversity net-gain.
Abstract If urban environments are designed from the outset to be biodiversity-friendly, they can support resilient wildlife communities, improve the wellbeing of inhabitants, and reduce overall costs due to a reduced need for buying compensatory land. Urban planners might best design productive green infrastructure through predictive tools that output rapid, quantitative, and reliable wildlife statistics from digitized plans. Here, we demonstrate how species-habitat models could provide the foundation for such a tool. We took plans for nine housing developments across England and Wales and integrated them with high-resolution digital maps to derive the urban landscape measures used to parameterise previously developed species-habitat models. We produced predictions of abundance for 55 common bird species per development, which we summarised into bird trait groups and overall diversity. We compared predictions between planned developments and designs with alterations to greenspace, woodland, and housing configuration in five scenarios. We found that biodiversity predictions for actual plans were lower than at least one scenario per development, but that the scenario that achieved the highest species diversity varied between sites. This indicates that optimal solutions for bird diversity depend upon the biophysical context of each planned development. We believe that this framework could provide a cost-effective and data-driven approach to support green infrastructure and be of particular importance for urban planners in jurisdictions where such considerations are mandatory.
Using species-habitat models to predict bird counts from urban development plans
Highlights Bird count predictions are derived from real-world urban development plans. Methods are readily applicable to examine how tweaks to the development plan affect predictions. Individual species, or species groups can be assessed for the predicted impact of different land-use patterns. No scenario provided consistent changes in bird diversity across all sites, highlighting the need for site-by-site approaches to biodiversity net-gain.
Abstract If urban environments are designed from the outset to be biodiversity-friendly, they can support resilient wildlife communities, improve the wellbeing of inhabitants, and reduce overall costs due to a reduced need for buying compensatory land. Urban planners might best design productive green infrastructure through predictive tools that output rapid, quantitative, and reliable wildlife statistics from digitized plans. Here, we demonstrate how species-habitat models could provide the foundation for such a tool. We took plans for nine housing developments across England and Wales and integrated them with high-resolution digital maps to derive the urban landscape measures used to parameterise previously developed species-habitat models. We produced predictions of abundance for 55 common bird species per development, which we summarised into bird trait groups and overall diversity. We compared predictions between planned developments and designs with alterations to greenspace, woodland, and housing configuration in five scenarios. We found that biodiversity predictions for actual plans were lower than at least one scenario per development, but that the scenario that achieved the highest species diversity varied between sites. This indicates that optimal solutions for bird diversity depend upon the biophysical context of each planned development. We believe that this framework could provide a cost-effective and data-driven approach to support green infrastructure and be of particular importance for urban planners in jurisdictions where such considerations are mandatory.
Using species-habitat models to predict bird counts from urban development plans
Cooper, Joseph E.J. (author) / Plummer, Kate E. (author) / Siriwardena, Gavin M. (author)
2022-10-26
Article (Journal)
Electronic Resource
English
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