TY - JOUR
T1 - Designing and managing biodiverse streetscapes
T2 - key lessons from the City of Melbourne
AU - Tan, Hui Anne
AU - Harrison, Lee
AU - Nelson, Jeff
AU - Lokic, Maggie
AU - Rayner, John P.
AU - Threlfall, Caragh G.
AU - Baumann, Jessica
AU - Marshall, Adrian
AU - Callow, Mark
AU - Peeler, Jessica
AU - Korossy-Horwood, Rebecca
AU - Nicholson, Chris
AU - Williams, Nicholas S.G.
PY - 2022/6
Y1 - 2022/6
N2 - Underutilised public spaces such as streetscapes offer substantial opportunities to integrate habitats that increase biodiversity into existing urban landscapes and create more ecologically connected cities. Cooperation and collaboration from diverse stakeholders are paramount to achieving this because growing conditions for plants in streetscapes are often much harsher than remnant habitats or urban parks and little is known about the horticultural performance of many native understorey species in these novel urban environments. This paper describes how the City of Melbourne collaborated with researchers from the University of Melbourne to develop and test a suite of understorey plant species to increase streetscape biodiversity. To do so, we selected species using criteria from a horticultural planting guide which guided the design and creation of four streetscape plantings within the municipality. Here, we document the process and discuss lessons learnt from this project to assist other cities to design, construct and maintain streetscapes with successful, cost-effective plantings that improve urban biodiversity and aesthetic value. Key to the long-term success of these biodiverse plantings was thorough soil preparation and weed management before planting, and the implementation of a clear, ecologically sensitive management plan. To support this plan, suitably qualified and experienced landscape maintenance staff were essential, particularly those with horticultural knowledge and experience with indigenous and native plant species. Our project highlights the often conflicting needs of local authorities and ecological researchers and the necessary trade-offs needed to meet realistic goals and achieve successful project outcomes for creating more biodiverse urban landscapes.
AB - Underutilised public spaces such as streetscapes offer substantial opportunities to integrate habitats that increase biodiversity into existing urban landscapes and create more ecologically connected cities. Cooperation and collaboration from diverse stakeholders are paramount to achieving this because growing conditions for plants in streetscapes are often much harsher than remnant habitats or urban parks and little is known about the horticultural performance of many native understorey species in these novel urban environments. This paper describes how the City of Melbourne collaborated with researchers from the University of Melbourne to develop and test a suite of understorey plant species to increase streetscape biodiversity. To do so, we selected species using criteria from a horticultural planting guide which guided the design and creation of four streetscape plantings within the municipality. Here, we document the process and discuss lessons learnt from this project to assist other cities to design, construct and maintain streetscapes with successful, cost-effective plantings that improve urban biodiversity and aesthetic value. Key to the long-term success of these biodiverse plantings was thorough soil preparation and weed management before planting, and the implementation of a clear, ecologically sensitive management plan. To support this plan, suitably qualified and experienced landscape maintenance staff were essential, particularly those with horticultural knowledge and experience with indigenous and native plant species. Our project highlights the often conflicting needs of local authorities and ecological researchers and the necessary trade-offs needed to meet realistic goals and achieve successful project outcomes for creating more biodiverse urban landscapes.
KW - Ecological design experiment
KW - Horticultural maintenance
KW - Indigenous flora
KW - Living laboratory
KW - Local government
KW - Urban biodiversity
UR - http://www.scopus.com/inward/record.url?scp=85119168911&partnerID=8YFLogxK
U2 - 10.1007/s11252-021-01188-2
DO - 10.1007/s11252-021-01188-2
M3 - Article
AN - SCOPUS:85119168911
SN - 1083-8155
VL - 25
SP - 733
EP - 740
JO - Urban Ecosystems
JF - Urban Ecosystems
IS - 3
ER -