Exploration of potential ecosystem service trade-offs when establishing trees in different urban substrates
Year: 2025
Type: article
Abstract: were analysed in the second year. Soil characteristics were determined using measurements of runoff water quality as well as water infiltration capacity and drainable porosity. The study revealed a trade-off between plant performance and multifunctionality, with the horticultural mix resulting in mean shoot growth rates up 2.5 times higher, and a 64 % greater stem base after two growing seasons. It also had the healthiest leaf colours and a significantly higher mean total height (349 cm) than both structural soils (304 and 257 cm, respectively) but slower infiltration rates. The pumice-based substrate had a mean total height of 320 cm and the highest field capacity. Awareness of substrate characteristics and consequences for plant vitality, is important for building sustainable and resilient cities. The results indicate that installations of multifunctional substrates can have stormwater management benefits but might demand more management to maintain tree vitality.
Authors: Anna Levinsson, Ishi Buffam, Björn Wiström, Frida Andreasson, Anna Lund, Henrik Sjöman, Tobias Emilsson
Language: English
Subfield: Environmental Engineering
Field: Environmental Science
Domain: Physical Sciences
Open Access status: hybrid
Estimated APC paid: $3,750
Funder: Svenska Forskningsrådet Formas
Award: G6564701620
OpenAlex ID: W4415513810
