Abstract

AbstractCities are increasingly considered important places for biodiversity conservation because they can harbor threatened species and because conservation in cities represents an opportunity to reconnect people with nature and the range of health and well‐being benefits it provides. However, urbanization can be catastrophic for native species, and is a well‐known threat to biodiversity worldwide. Urbanization impacts can be mitigated by urban design and development improvements, but take‐up of these practices has been slow. There is an urgent need to incorporate existing ecological knowledge into a framework that can be used by planners and developers to ensure that biodiversity conservation is considered in decision‐making processes. Here, we distill the urban biodiversity literature into five principles for biodiversity sensitive urban design (BSUD), ranging from creating habitat and promoting dispersal to facilitating community stewardship. We then present a framework for implementing BSUD aimed at delivering onsite benefits to biodiversity, and that is applicable across a range of urban development types and densities. We illustrate the application of the BSUD framework in two case studies focusing on the: (1) protection of an endangered vegetation remnant in a new low‐density subdivision; and (2) persistence of an endangered reptile in an established suburban environment.

Highlights

  • Cities are increasingly recognized as important places for biodiversity conservation, and can harbor a diversity of plant and animal species, including threatened species (Ives et al 2016)

  • We demonstrate the application of biodiversity sensitive urban design (BSUD) to greenfield and existing urban environments

  • We have presented a framework for incorporating ecological knowledge into the planning, design and development of urban environments

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Summary

Introduction

Cities are increasingly recognized as important places for biodiversity conservation, and can harbor a diversity of plant and animal species, including threatened species (Ives et al 2016). We propose a framework for incorporating ecological knowledge into urban planning, design and development to achieve onsite biodiversity benefits.

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