Challenges of Orthoptera conservation in grasslands with land use-determined sizes and structural heterogeneity

Human activities affect all ecosystems, within that the grasslands have often been subject to intensive modification due to agricultural use and fragmentation. The result is a biodiversity crisis, on which detailed agri-environment schemes can help. For the compilation of perspective schemes, it is...

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Published inLandscape and ecological engineering Vol. 20; no. 3; pp. 441 - 453
Main Authors Kenyeres, Zoltán, Takács, Gábor, Király, Gergely
Format Journal Article
LanguageEnglish
Published Tokyo Springer Japan 01.07.2024
Springer Nature B.V
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ISSN1860-1871
1860-188X
DOI10.1007/s11355-024-00604-x

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Abstract Human activities affect all ecosystems, within that the grasslands have often been subject to intensive modification due to agricultural use and fragmentation. The result is a biodiversity crisis, on which detailed agri-environment schemes can help. For the compilation of perspective schemes, it is crucial to know the minimal area that can provide habitats for stable, species-rich insect assemblages in optimal land use. This research aimed to collect detailed data for phrasing patch-size centric conservation strategies on orthopteran assemblages, being an umbrella taxon, in two areas of the Pannonian Ecoregion. In narrow (radius = 25 m) and broader ( r  = 50, 75, 100 m) environments of the assemblages, we have searched for that habitat patch size, where the primary vegetation characteristics (cover, height, composition) affect the main features of the orthopteran assemblages and relative abundances of the species to the highest degree. According to our results, ecotype diversity of orthopteran assemblages showed the strongest correlations with average maximum grassland height and density at the finest studied scale ( r  = 25 m). Still, the vegetation heterogeneity significantly determines the life-form diversity of the assemblages in the larger habitat patches. Consequently, a minimum of one hectare-sized well-managed habitat patches are needed to conserve diverse, species-rich orthopteran assemblages. Specific conservation implications are adequate for preserving the main characteristics of the minimal-sized grassland patches under global warming are simulate the traditional low-intensity land use (dominated by mowing diversified both spatially and temporally).
AbstractList Human activities affect all ecosystems, within that the grasslands have often been subject to intensive modification due to agricultural use and fragmentation. The result is a biodiversity crisis, on which detailed agri-environment schemes can help. For the compilation of perspective schemes, it is crucial to know the minimal area that can provide habitats for stable, species-rich insect assemblages in optimal land use.This research aimed to collect detailed data for phrasing patch-size centric conservation strategies on orthopteran assemblages, being an umbrella taxon, in two areas of the Pannonian Ecoregion. In narrow (radius = 25 m) and broader (r = 50, 75, 100 m) environments of the assemblages, we have searched for that habitat patch size, where the primary vegetation characteristics (cover, height, composition) affect the main features of the orthopteran assemblages and relative abundances of the species to the highest degree.According to our results, ecotype diversity of orthopteran assemblages showed the strongest correlations with average maximum grassland height and density at the finest studied scale (r = 25 m). Still, the vegetation heterogeneity significantly determines the life-form diversity of the assemblages in the larger habitat patches. Consequently, a minimum of one hectare-sized well-managed habitat patches are needed to conserve diverse, species-rich orthopteran assemblages. Specific conservation implications are adequate for preserving the main characteristics of the minimal-sized grassland patches under global warming are simulate the traditional low-intensity land use (dominated by mowing diversified both spatially and temporally).
Human activities affect all ecosystems, within that the grasslands have often been subject to intensive modification due to agricultural use and fragmentation. The result is a biodiversity crisis, on which detailed agri-environment schemes can help. For the compilation of perspective schemes, it is crucial to know the minimal area that can provide habitats for stable, species-rich insect assemblages in optimal land use. This research aimed to collect detailed data for phrasing patch-size centric conservation strategies on orthopteran assemblages, being an umbrella taxon, in two areas of the Pannonian Ecoregion. In narrow (radius = 25 m) and broader ( r  = 50, 75, 100 m) environments of the assemblages, we have searched for that habitat patch size, where the primary vegetation characteristics (cover, height, composition) affect the main features of the orthopteran assemblages and relative abundances of the species to the highest degree. According to our results, ecotype diversity of orthopteran assemblages showed the strongest correlations with average maximum grassland height and density at the finest studied scale ( r  = 25 m). Still, the vegetation heterogeneity significantly determines the life-form diversity of the assemblages in the larger habitat patches. Consequently, a minimum of one hectare-sized well-managed habitat patches are needed to conserve diverse, species-rich orthopteran assemblages. Specific conservation implications are adequate for preserving the main characteristics of the minimal-sized grassland patches under global warming are simulate the traditional low-intensity land use (dominated by mowing diversified both spatially and temporally).
Author Takács, Gábor
Király, Gergely
Kenyeres, Zoltán
Author_xml – sequence: 1
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  orcidid: 0000-0002-0941-7254
  surname: Kenyeres
  fullname: Kenyeres, Zoltán
  email: kenyeres@acridabt.hu
  organization: Acrida Conservational Research L.P
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  givenname: Gábor
  surname: Takács
  fullname: Takács, Gábor
  organization: Fertő-Hanság National Park Directorate
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  givenname: Gergely
  surname: Király
  fullname: Király, Gergely
  organization: Faculty of Forestry, University of Sopron
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CitedBy_id crossref_primary_10_3390_ecologies6010005
crossref_primary_10_1016_j_gecco_2024_e03217
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Keywords Land use changes
Pannonian Ecoregion
Low intensity
Mowing
Biodiversity
Grazing
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Snippet Human activities affect all ecosystems, within that the grasslands have often been subject to intensive modification due to agricultural use and fragmentation....
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SubjectTerms Agricultural ecosystems
Biodiversity
Biomedical and Life Sciences
Civil Engineering
Climate change
Conservation
ecoregions
ecotypes
Environmental Management
Global warming
Grasslands
Habitats
Height
Heterogeneity
humans
Insects
Land conservation
Land use
Landscape Ecology
Landscape/Regional and Urban Planning
landscapes
Life Sciences
Mowing
Nature Conservation
Original Paper
Orthoptera
Plant Ecology
species
Vegetation
Wildlife conservation
Title Challenges of Orthoptera conservation in grasslands with land use-determined sizes and structural heterogeneity
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