Grasshopper diversity of urban wastelands is primarily boosted by habitat factors

Urban wastelands are considered to be valuable habitats for biodiversity conservation, but empirical evidence for several poorly investigated taxa such as grasshoppers is still pending – although urgently required for reasonable habitat management and urban planning. For the first time, we analysed...

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Bibliographic Details
Published in:Insect conservation and diversity 2017-05, Vol.10 (3), p.248-257
Main Authors: Eckert, Svea, Möller, Maria, Buchholz, Sascha, Leather, Simon, Stewart, Alan
Format: Article
Language:English
Subjects:
Functional diversity
Habitats
Orthoptera
succession
urban biodiversity
urban ecology
Wildlife management
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Summary:Urban wastelands are considered to be valuable habitats for biodiversity conservation, but empirical evidence for several poorly investigated taxa such as grasshoppers is still pending – although urgently required for reasonable habitat management and urban planning. For the first time, we analysed grasshopper diversity of urban wastelands at different diversity levels, namely, alpha and functional diversity. In 2014, we selected 24 urban wastelands in the city of Berlin (Germany). We analysed the relationships between local and landscape factors and different measurements of diversity (species richness, Simpson diversity, functional dispersion, functional evenness and functional divergence). We sampled 21 species, which represented about 45% of the entire grasshopper fauna of Berlin and numerous species of conservation interest were present at the investigated sites. Grasshopper diversity was best explained by local factors, with herb cover having a positive effect on alpha and functional diversity. Human impact and accessibility increased the conservation value of urban wasteland sites. Late successional stages are very important for a high grasshopper diversity in general but early stages are mandatory to promote species of conservation concern. Urban wastelands can be turned into most promising transition zones for city‐dwellers that fulfil the needs of conservationists and specialised species at the same time. To achieve this goal we recommend minimum requirements for successful habitat management.
ISSN:1752-458X
1752-4598
DOI:10.1111/icad.12221