Mouthpart morphology and trophic position of microarthropods from soils and mosses are strongly correlated

Giselle Perdomo, Alistair Evans, Mark Maraun, Paul Sunnucks, Ross Thompson

Research output: Contribution to journalArticle

17 Citations (Scopus)

Abstract

Mosses provide habitat for microarthropod communities that are dominated in abundance and richness by mites. Although these systems are used as experimental models to address questions of relevance to general ecology, and despite the fact that they are also of relevance to key, ecosystem-wide functions such as nutrient cycling rates, the trophic relationships that underpin these functions are poorly resolved. The complexity of the moss habitat matrix and the small size of its residents have hampered progress in the determination of diets. We use stable isotope analysis of moss communities and present tools that allow for more in-depth studies of food web structure in mosses and soils than are currently available. We test in mites for the first time the association between mouthpart morphology and isotope signatures. Isotopes capture the diet of mites under field conditions and over a longer time-span than traditional, snapshot measures of diet such as gut contents analyses. Our data suggest that cheliceral morphology can be used as a first inexpensive and quick filter for estimation of dietary preference in mites, with ambiguous trophic relationships resolved through isotope analyses. This work provides new information and tools for the study of mite-dominated food webs.
Original languageEnglish
Pages (from-to)56-63
Number of pages8
JournalSoil Biology and Biochemistry
Volume53
DOIs
Publication statusPublished - 2012
Externally publishedYes

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Bryophyta
Mites
mouthparts
mite
moss
mosses and liverworts
mites
Soil
Isotopes
Ecosystem
isotopes
Food Chain
isotope
soil
diet
Diet
trophic relationships
food webs
food web
habitat

Cite this

Perdomo, Giselle ; Evans, Alistair ; Maraun, Mark ; Sunnucks, Paul ; Thompson, Ross. / Mouthpart morphology and trophic position of microarthropods from soils and mosses are strongly correlated. In: Soil Biology and Biochemistry. 2012 ; Vol. 53. pp. 56-63.
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abstract = "Mosses provide habitat for microarthropod communities that are dominated in abundance and richness by mites. Although these systems are used as experimental models to address questions of relevance to general ecology, and despite the fact that they are also of relevance to key, ecosystem-wide functions such as nutrient cycling rates, the trophic relationships that underpin these functions are poorly resolved. The complexity of the moss habitat matrix and the small size of its residents have hampered progress in the determination of diets. We use stable isotope analysis of moss communities and present tools that allow for more in-depth studies of food web structure in mosses and soils than are currently available. We test in mites for the first time the association between mouthpart morphology and isotope signatures. Isotopes capture the diet of mites under field conditions and over a longer time-span than traditional, snapshot measures of diet such as gut contents analyses. Our data suggest that cheliceral morphology can be used as a first inexpensive and quick filter for estimation of dietary preference in mites, with ambiguous trophic relationships resolved through isotope analyses. This work provides new information and tools for the study of mite-dominated food webs.",
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Mouthpart morphology and trophic position of microarthropods from soils and mosses are strongly correlated. / Perdomo, Giselle; Evans, Alistair; Maraun, Mark; Sunnucks, Paul; Thompson, Ross.

In: Soil Biology and Biochemistry, Vol. 53, 2012, p. 56-63.

Research output: Contribution to journalArticle

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T1 - Mouthpart morphology and trophic position of microarthropods from soils and mosses are strongly correlated

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AU - Evans, Alistair

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AU - Sunnucks, Paul

AU - Thompson, Ross

PY - 2012

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KW - N15

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