Water use strategy determines the effectiveness of internal water storage for trees growing in biofilters subject to repeated droughts

Weather extremes such as heavy rainfall and long periods of drought brought about by climate change put a strain on the environment and people. Cities can counter these weather extremes with blue-green infrastructure, usually focusing on plant-based solutions. The ecosystem services of plants offer added value to these systems. Bioretention systems are a central element of rainwater management, and pioneering research into the role of vegetation in bioretention systems has taken place in the USA and Australia. There are comparatively few publications from Europe. A systematic literature search was carried out in Web of Science using the PRISMA model. A search was made for articles that investigated the use of plants in bioretention systems in order to obtain information on practices and their use in the temperate climate of Central Europe. A strength of this review is the compilation of all species used and their reported vitality. A total of 391 taxa were described in the journals. For almost all plant species, their vitality, performance, or function in bioretention systems was only documented once. Only Carex appressa, Juncus effusus, and Panicum virgatum were examined multiple times. Of particular importance are the functional characteristics observed, which determine the survival of the plants and their ecosystem services for this application. An understanding of functional traits can be of particular assistance in selecting the right plants to optimize stormwater management.

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Water use strategy determines the effectiveness of internal water storage for trees growing in biofilters subject to repeated droughts

Cited by 4 publications

References 78 publications

More than a canopy cover metric: Influence of canopy quality, water-use strategies and site climate on urban forest cooling potential

More than a canopy cover metric: Influence of canopy quality, water-use strategies and site climate on urban forest cooling potential

Stormwater retention performance of tree integrated infiltration trenches designed for suburban streetscapes

Planting for the Urban Rain—Vegetation in Urban Bioretention Systems for Stormwater Management under Temperate Climate Conditions—A Systematic Review

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