Logo image
The Implications of Using Permeable Pavements to Enhance Street Tree Health and Reduce Pavement Damage – Effects on Soil Conditions
Abstract   Peer reviewed

The Implications of Using Permeable Pavements to Enhance Street Tree Health and Reduce Pavement Damage – Effects on Soil Conditions

Jennifer Mullaney and Terry Lucke
13th International Conference on Urban Drainage Book of Abstracts, p.80
International Conference on Urban Drainage (ICUD): Urban Drainage in the Context of Integrated Urban Water Management: A Bridge Between Development and Developing Countries, 13th (Sarawak, Malaysia, 07-Sep-2014–12-Sep-2014)
2014

Abstract

Civil Engineering Environmental Engineering permeable pavements street trees soil temperature soil moisture
Street trees provide many environmental and stormwater management benefits including increased aesthetic values, reduced heat island effects and stormwater runoff reduction. Through their incorporation into residential streetscapes and commercial area landscape designs by councils and city planners, street trees have become an integrated part of daily life in many urban environments. However, urban landscapes do not provide a good environment for trees to grow because altered soil conditions as a result of compaction lead to decreased water availability, lack of rooting space and increased soil temperature. Permeable pavements are relatively a new type of SUDS treatment system that allows water and oxygen to infiltrate through the paving structure and soil. This article presents the interim results of a study in Queensland, Australia, investigating the potential for permeable pavements to improve soil conditions to increase street tree growth and health.

Details

Metrics

493 Record Views
Logo image