Livesley, Stephen J. Archives

Selecting tree species with high transpiration and drought avoidance to optimise runoff reduction in passive irrigation systems

Citation Thom, J.K., Livesley, S.J., Fletcher, T.D., Farrell, C., Arndt, S.K., Konarska, J. and Szota, C., 2022. Selecting tree species with high transpiration and drought avoidance to optimise runoff reduction in passive irrigation systems. Science of The Total Environment, 812, p.151466. Abstract Rainfall in cities can generate large volumes of stormwater runoff which degrades receiving waterways. Irrigating …

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Random point sampling to detect gain and loss in tree canopy cover in response to urban densification

Urban tree canopy cover (UTC) is a simple, and common, measure of urban forest resource. Urban infill development is likely to lead to losses in UTC under private tenure…

Tree pits to help mitigate runoff in dense urban areas

Tree pits are attractive stormwater control measures (SCMs) for implementation in dense urban areas because of their small footprint, their potentially low cost and the co-benefits they may bring through improved street tree growth…

Decision-making of municipal urban forest managers through the lens of governance

Awareness of the benefits of urban trees has led many cities to develop ambitious targets to increase tree numbers and canopy cover. Policy instruments that guide the planning of cities recognize the need for new governance arrangements to implement this agenda…

The overlooked carbon loss due to decayed wood in urban trees

Decayed wood is a common issue in urban trees that deteriorates tree vitality over time, yet its effect on biomass yield therefore stored carbon has been overlooked…

Patterns of tree removal and canopy change on public and private land in the City of Melbourne

Many cities face a struggle to reconcile ambitious tree canopy cover targets with urban development pressures. Canopy cover in The City of Melbourne…

Estimation of urban tree canopy cover using random point sampling and remote sensing methods

Trees play an important role in urban areas by improving air quality, mitigating urban heat islands, reducing stormwater runoff and providing biodiversity habitat…

Effects of deep tillage and municipal green waste compost amendments on soil properties and tree growth in compacted urban soils

Large trees are often seen as a means of offsetting negative consequences of growing urban densification. To increase the tree canopy cover of dense urban landscapes, developers, planners and…

Biochar and compost equally improve urban soil physical and biological properties and tree growth, with no added benefit in combination

Soil compaction can be a major impediment to tree growth as it damages soil physical and biological properties and reduces plant available water. This may result in trees that are more vulnerable to seasonal water stress…

Relating the climate envelopes of urban tree species to their drought and thermal tolerance

Analysing the climate envelope of plant species has been suggested as a tool to predict the vulnerability of tree species in future urban climates…