High consistency of trophic niches in generalist arthropod species (Oribatida, Acari) across soil depth and forest type

Many traits including trophic niche parameters are attributed to species. However, generalist species may vary in trophic niches with environments, making species‐based knowledge hard to extrapolate beyond local food webs. Here we tested trophic consistency in oribatid mite species (Acari), one of t...

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Published inEcology and evolution Vol. 12; no. 12; pp. e9572 - n/a
Main Authors Lu, Jing‐Zhong, Cordes, Peter Hans, Maraun, Mark, Scheu, Stefan
Format Journal Article
LanguageEnglish
Published England John Wiley & Sons, Inc 01.12.2022
John Wiley and Sons Inc
Subjects
Acari
Arthropods
Beech
Coniferous forests
Consistency
Douglas fir
Fagus sylvatica
Food chains
Food webs
Forest ecosystems
Forest management
Forests
Functional Ecology
functional trait
Indigenous species
Isotopes
Litter
Mites
Mixed forests
Niches
Oribatida
Picea abies
Pine trees
Plant species
Pseudotsuga menziesii
Soil depth
soil fauna
Soils
species coexistence
Stable isotopes
Terrestrial ecosystems
Trees
Trophic levels
trophic plasticity
Norway
soil fauna
functional trait
Douglas fir
trophic plasticity
species coexistence
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Abstract Many traits including trophic niche parameters are attributed to species. However, generalist species may vary in trophic niches with environments, making species‐based knowledge hard to extrapolate beyond local food webs. Here we tested trophic consistency in oribatid mite species (Acari), one of the most abundant arthropods that occupy all trophic levels in soil food webs. We used stable isotope analysis to compare trophic niches of 40 Oribatida species that co‐occur in litter (OL) and soil (0–5 cm, mainly OF/H, AH) of five forest types (native European beech, non‐native Douglas fir, range‐expanding Norway spruce, two beech–conifer mixed forests). Although stable isotope signatures of bulk material differed between litter and soil, 13C and 15 N values of Oribatida species were remarkably stable irrespective of soil depth. Furthermore, Oribatida were more enriched in 13C in European beech than in coniferous forests, but forest type little affected 15 N values of Oribatida across a range of site conditions. We conclude that Oribatida species occupy virtually identical trophic niches (δ13C and δ15N values) irrespective of the soil depth they colonize and that forest management including non‐native tree species little affects trophic position (δ15N values) of oribatid mites. Our findings suggest that the trophic position can be used as a trait in community analysis of Oribatida across forest ecosystems. Our results further indicate that trophic niches of generalist species can be highly consistent irrespective of environment. We studied variations in trophic niches with soil depth and forest types in 40 oribatid mite species using stable isotopes. Trophic positions were remarkable constant irrespective of soil depth and forest type. Therefore, trophic position may be used as quantitative trait in oribatid mite species across different environments.
AbstractList Many traits including trophic niche parameters are attributed to species. However, generalist species may vary in trophic niches with environments, making species‐based knowledge hard to extrapolate beyond local food webs. Here we tested trophic consistency in oribatid mite species (Acari), one of the most abundant arthropods that occupy all trophic levels in soil food webs. We used stable isotope analysis to compare trophic niches of 40 Oribatida species that co‐occur in litter (OL) and soil (0–5 cm, mainly OF/H, AH) of five forest types (native European beech, non‐native Douglas fir, range‐expanding Norway spruce, two beech–conifer mixed forests). Although stable isotope signatures of bulk material differed between litter and soil, 13C and 15 N values of Oribatida species were remarkably stable irrespective of soil depth. Furthermore, Oribatida were more enriched in 13C in European beech than in coniferous forests, but forest type little affected 15 N values of Oribatida across a range of site conditions. We conclude that Oribatida species occupy virtually identical trophic niches (δ13C and δ15N values) irrespective of the soil depth they colonize and that forest management including non‐native tree species little affects trophic position (δ15N values) of oribatid mites. Our findings suggest that the trophic position can be used as a trait in community analysis of Oribatida across forest ecosystems. Our results further indicate that trophic niches of generalist species can be highly consistent irrespective of environment. We studied variations in trophic niches with soil depth and forest types in 40 oribatid mite species using stable isotopes. Trophic positions were remarkable constant irrespective of soil depth and forest type. Therefore, trophic position may be used as quantitative trait in oribatid mite species across different environments.
Many traits including trophic niche parameters are attributed to species. However, generalist species may vary in trophic niches with environments, making species‐based knowledge hard to extrapolate beyond local food webs. Here we tested trophic consistency in oribatid mite species (Acari), one of the most abundant arthropods that occupy all trophic levels in soil food webs. We used stable isotope analysis to compare trophic niches of 40 Oribatida species that co‐occur in litter (O L ) and soil (0–5 cm, mainly O F/H , A H ) of five forest types (native European beech, non‐native Douglas fir, range‐expanding Norway spruce, two beech–conifer mixed forests). Although stable isotope signatures of bulk material differed between litter and soil, 13 C and 15  N values of Oribatida species were remarkably stable irrespective of soil depth. Furthermore, Oribatida were more enriched in 13 C in European beech than in coniferous forests, but forest type little affected 15  N values of Oribatida across a range of site conditions. We conclude that Oribatida species occupy virtually identical trophic niches (δ 13 C and δ 15 N values) irrespective of the soil depth they colonize and that forest management including non‐native tree species little affects trophic position (δ 15 N values) of oribatid mites. Our findings suggest that the trophic position can be used as a trait in community analysis of Oribatida across forest ecosystems. Our results further indicate that trophic niches of generalist species can be highly consistent irrespective of environment. We studied variations in trophic niches with soil depth and forest types in 40 oribatid mite species using stable isotopes. Trophic positions were remarkable constant irrespective of soil depth and forest type. Therefore, trophic position may be used as quantitative trait in oribatid mite species across different environments.
Many traits including trophic niche parameters are attributed to species. However, generalist species may vary in trophic niches with environments, making species-based knowledge hard to extrapolate beyond local food webs. Here we tested trophic consistency in oribatid mite species (Acari), one of the most abundant arthropods that occupy all trophic levels in soil food webs. We used stable isotope analysis to compare trophic niches of 40 Oribatida species that co-occur in litter (OL) and soil (0-5 cm, mainly OF/H, AH) of five forest types (native European beech, non-native Douglas fir, range-expanding Norway spruce, two beech-conifer mixed forests). Although stable isotope signatures of bulk material differed between litter and soil, 13C and 15 N values of Oribatida species were remarkably stable irrespective of soil depth. Furthermore, Oribatida were more enriched in 13C in European beech than in coniferous forests, but forest type little affected 15 N values of Oribatida across a range of site conditions. We conclude that Oribatida species occupy virtually identical trophic niches (δ13C and δ15N values) irrespective of the soil depth they colonize and that forest management including non-native tree species little affects trophic position (δ15N values) of oribatid mites. Our findings suggest that the trophic position can be used as a trait in community analysis of Oribatida across forest ecosystems. Our results further indicate that trophic niches of generalist species can be highly consistent irrespective of environment.Many traits including trophic niche parameters are attributed to species. However, generalist species may vary in trophic niches with environments, making species-based knowledge hard to extrapolate beyond local food webs. Here we tested trophic consistency in oribatid mite species (Acari), one of the most abundant arthropods that occupy all trophic levels in soil food webs. We used stable isotope analysis to compare trophic niches of 40 Oribatida species that co-occur in litter (OL) and soil (0-5 cm, mainly OF/H, AH) of five forest types (native European beech, non-native Douglas fir, range-expanding Norway spruce, two beech-conifer mixed forests). Although stable isotope signatures of bulk material differed between litter and soil, 13C and 15 N values of Oribatida species were remarkably stable irrespective of soil depth. Furthermore, Oribatida were more enriched in 13C in European beech than in coniferous forests, but forest type little affected 15 N values of Oribatida across a range of site conditions. We conclude that Oribatida species occupy virtually identical trophic niches (δ13C and δ15N values) irrespective of the soil depth they colonize and that forest management including non-native tree species little affects trophic position (δ15N values) of oribatid mites. Our findings suggest that the trophic position can be used as a trait in community analysis of Oribatida across forest ecosystems. Our results further indicate that trophic niches of generalist species can be highly consistent irrespective of environment.
Many traits including trophic niche parameters are attributed to species. However, generalist species may vary in trophic niches with environments, making species-based knowledge hard to extrapolate beyond local food webs. Here we tested trophic consistency in oribatid mite species (Acari), one of the most abundant arthropods that occupy all trophic levels in soil food webs. We used stable isotope analysis to compare trophic niches of 40 Oribatida species that co-occur in litter (OL) and soil (0–5 cm, mainly OF/H, AH) of five forest types (native European beech, non-native Douglas fir, range-expanding Norway spruce, two beech–conifer mixed forests). Although stable isotope signatures of bulk material differed between litter and soil, 13C and 15 N values of Oribatida species were remarkably stable irrespective of soil depth. Furthermore, Oribatida were more enriched in 13C in European beech than in coniferous forests, but forest type little affected 15 N values of Oribatida across a range of site conditions. We conclude that Oribatida species occupy virtually identical trophic niches (δ13C and δ15N values) irrespective of the soil depth they colonize and that forest management including non-native tree species little affects trophic position (δ15N values) of oribatid mites. Our findings suggest that the trophic position can be used as a trait in community analysis of Oribatida across forest ecosystems. Our results further indicate that trophic niches of generalist species can be highly consistent irrespective of environment.
Many traits including trophic niche parameters are attributed to species. However, generalist species may vary in trophic niches with environments, making species-based knowledge hard to extrapolate beyond local food webs. Here we tested trophic consistency in oribatid mite species (Acari), one of the most abundant arthropods that occupy all trophic levels in soil food webs. We used stable isotope analysis to compare trophic niches of 40 Oribatida species that co-occur in litter (O ) and soil (0-5 cm, mainly O , A ) of five forest types (native European beech, non-native Douglas fir, range-expanding Norway spruce, two beech-conifer mixed forests). Although stable isotope signatures of bulk material differed between litter and soil, C and  N values of Oribatida species were remarkably stable irrespective of soil depth. Furthermore, Oribatida were more enriched in C in European beech than in coniferous forests, but forest type little affected  N values of Oribatida across a range of site conditions. We conclude that Oribatida species occupy virtually identical trophic niches (δ C and δ N values) irrespective of the soil depth they colonize and that forest management including non-native tree species little affects trophic position (δ N values) of oribatid mites. Our findings suggest that the trophic position can be used as a trait in community analysis of Oribatida across forest ecosystems. Our results further indicate that trophic niches of generalist species can be highly consistent irrespective of environment.
Many traits including trophic niche parameters are attributed to species. However, generalist species may vary in trophic niches with environments, making species‐based knowledge hard to extrapolate beyond local food webs. Here we tested trophic consistency in oribatid mite species (Acari), one of the most abundant arthropods that occupy all trophic levels in soil food webs. We used stable isotope analysis to compare trophic niches of 40 Oribatida species that co‐occur in litter (O L ) and soil (0–5 cm, mainly O F/H , A H ) of five forest types (native European beech, non‐native Douglas fir, range‐expanding Norway spruce, two beech–conifer mixed forests). Although stable isotope signatures of bulk material differed between litter and soil, 13 C and 15  N values of Oribatida species were remarkably stable irrespective of soil depth. Furthermore, Oribatida were more enriched in 13 C in European beech than in coniferous forests, but forest type little affected 15  N values of Oribatida across a range of site conditions. We conclude that Oribatida species occupy virtually identical trophic niches (δ 13 C and δ 15 N values) irrespective of the soil depth they colonize and that forest management including non‐native tree species little affects trophic position (δ 15 N values) of oribatid mites. Our findings suggest that the trophic position can be used as a trait in community analysis of Oribatida across forest ecosystems. Our results further indicate that trophic niches of generalist species can be highly consistent irrespective of environment.
Author Lu, Jing‐Zhong
Maraun, Mark
Cordes, Peter Hans
Scheu, Stefan
AuthorAffiliation 1 Johann‐Friedrich‐Blumenbach Institute of Zoology and Anthropology University of Göttingen Göttingen Germany
2 Center of Biodiversity and Sustainable Land Use University of Göttingen Göttingen Germany
AuthorAffiliation_xml – name: 2 Center of Biodiversity and Sustainable Land Use University of Göttingen Göttingen Germany
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  organization: University of Göttingen
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  givenname: Peter Hans
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  surname: Cordes
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  surname: Scheu
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Issue 12
Keywords soil fauna
functional trait
Douglas fir
trophic plasticity
species coexistence
Language English
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Snippet Many traits including trophic niche parameters are attributed to species. However, generalist species may vary in trophic niches with environments, making...
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StartPage e9572
SubjectTerms Acari
Arthropods
Beech
Coniferous forests
Consistency
Douglas fir
Fagus sylvatica
Food chains
Food webs
Forest ecosystems
Forest management
Forests
Functional Ecology
functional trait
Indigenous species
Isotopes
Litter
Mites
Mixed forests
Niches
Oribatida
Picea abies
Pine trees
Plant species
Pseudotsuga menziesii
Soil depth
soil fauna
Soils
species coexistence
Stable isotopes
Terrestrial ecosystems
Trees
Trophic levels
trophic plasticity
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Title High consistency of trophic niches in generalist arthropod species (Oribatida, Acari) across soil depth and forest type
URI https://onlinelibrary.wiley.com/doi/abs/10.1002%2Fece3.9572
https://www.ncbi.nlm.nih.gov/pubmed/36523514
https://www.proquest.com/docview/2758957161
https://www.proquest.com/docview/2755577566
https://pubmed.ncbi.nlm.nih.gov/PMC9745105
Volume 12
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