4.7 Article

The prevalence, composition and distribution of forageable plant species in different urban spaces in two medium-sized towns in South Africa

Journal

GLOBAL ECOLOGY AND CONSERVATION
Volume 33, Issue -, Pages -

Publisher

ELSEVIER
DOI: 10.1016/j.gecco.2021.e01972

Keywords

Diversity; Indigenous species; Livelihoods; Plant communities; Provisioning services; Urban foraging

Funding

  1. German Federal Ministry of Education and Research (BMBF) [01DG16015]
  2. German Academic Exchange Service (DAAD) [57353580]

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The importance of urban vegetation in the quality and maintenance of life in urban areas is increasingly recognized globally. This study examined the prevalence and distribution of forageable plant species across different spaces in two towns in South Africa. The findings show that the fragmented urban spaces are endowed with a diversity of forageable plant species, with many valuable to particular sectors of urban society, such as foragers.
Globally, the importance of urban vegetation in the quality and maintenance of life in urban areas is increasingly recognized. As the basis of urban green infrastructure, urban vegetation provides a diversity of ecosystem services, including provisioning services. However, there is limited understanding of the potential of urban vegetation as a supply of forageable resources within urban landscapes. This study examined the prevalence and distribution of forageable plant species across different spaces in the towns of Potchefstroom and Thabazimbi, South Africa. A multi-stage sampling technique was employed for selecting study sites, with a total of 136 plots sampled. In total, 88 plant species (foraged and forageable) were encountered across the sample plots, with almost three-quarters (70%) being indigenous to South Africa. Most of the species had multiple uses, with medicine, food and firewood being the most common uses, in order of frequency. Species cover and richness significantly differed across the urban spaces, being markedly higher in protected areas as compared to other spaces. Moreover, five plant communities were identified, resembling various species uses. Overall, the findings show that the fragmented urban spaces are endowed with a diversity of forageable plant species, with many valuable to particular sectors of urban society, such as foragers. Moreover, the notable number of forageable plant species encountered across the different spaces demonstrates the potential of urban green infrastructure as a supply of provisioning and cultural ecosystem services. This provides the basis for the selection of a diversity of species in urban greening programs for enhancing liveability and overall well-being in urban areas.

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