Insect parasitoid species respond to forest structure at different spatial scales

Roland and Taylor present data that give empirical support to the argument that changes in landscape structure can alter the normal functioning of ecological processes such as parasitism, with large-scale population consequences.

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Published in:Nature (London) Vol. 386; no. 6626; pp. 710 - 713
Main Authors: Roland, Jens, Taylor, Philip D
Format: Journal Article
Language:English
Published: London Nature Publishing 17-04-1997
Nature Publishing Group
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Abstract Roland and Taylor present data that give empirical support to the argument that changes in landscape structure can alter the normal functioning of ecological processes such as parasitism, with large-scale population consequences.
AbstractList Roland and Taylor present data that give empirical support to the argument that changes in landscape structure can alter the normal functioning of ecological processes such as parasitism, with large-scale population consequences.
There is now a solid body of theoretical work demonstrating that the spatial structure of the habitat combined with animal movement strongly influence host-parasitoid dynamics. The spatial pattern over which parasitoid search takes place can be affected by the distribution of the hosts, by the spatial arrangement of the host's habitat and by the spatial scale at which the parasitoid perceives variation in host abundance. Empirical work, however, has been largely restricted to small-scale field studies of less than one hectare with very few larger. Here we report initial results of a many-year, large-scale study that is among the first to examine the interaction between a population-level process (parasitism) and anthropogenic forest fragmentation at large and at multiple spatial scales. We demonstrate that parasitism by four species of parasitoids attacking the forest tent caterpillar, Malacosoma disstria, is significantly reduced or enhanced depending on the proportion of forested to unforested land. Each of the parasitoid species responds to this mosaic at four different spatial scales that correspond to their relative body sizes. Our data give empirical support to the argument that changes in landscape structure can alter the normal functioning of ecological processes such as parasitism, with large-scale population consequences. The four species we studied ranged in size from 34 mg for Carcelia malacosomae (Tachinidae) which attack host larvae directly, 41 mg for Patelloa pachypyga and 68 mg for Leschenaultia exul (Tachinidae) which lay eggs on foliage that are subsequently ingested by feeding host caterpillars, and 58 mg for Arachnidomyia (=Sarcophaga) aldrichi (Sarcophagidae) which larviposits on host cocoons.
Author Taylor, Philip D
Roland, Jens
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  givenname: Philip D
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BackLink http://pascal-francis.inist.fr/vibad/index.php?action=getRecordDetail&idt=2632867$$DView record in Pascal Francis
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Issue 6626
Keywords Host parasite relation
Forests
Insecta
Environmental factor
Spatial scale
Lasiocampidae
Fragmentation
Parasitoid
Arthropoda
Lepidoptera
Population dynamics
Habitat
Parasitism rate
Invertebrata
Structure
Diptera
Malacosoma disstria
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References Marino, P. C., Landis, D. A. (b11) 1996; 6
Wilkinson, L., Hill, M., Miceli, S., Birkenbeuel, G., Vang, E. (b21) 1992
Weseloh, R. M. (b18) 1972; 17
Holling, C. S. (b19) 1992; 62
Rogers, D. J., Williams, B. G. (b10) 1994
Godfray, H. C. J. (b15) 1994
Roland, J., Taylor, P. D. (b17) 1995
Waage, J. K. (b5) 1983; 8
Kruess, A., Tscharntke, T. (b6) 1994; 264
Kareiva, P., Wennergren, U. (b4) 1995; 373
Sippell, W. L. (b12) 1962; 94
Roland, J. (b16) 1993; 93
Kareiva, P. (b2) 1990; 330
Kareiva, P. (b9) 1987; 326
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May, R. M. (b3) 1994
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Parry, D. (b14) 1995; 127
Rothman, L. D., Darling, D. C. (b8) 1991; 62
PA Heads (BF386710a0_CR7) 1983; 40
A Kruess (BF386710a0_CR6) 1994; 264
RM Weseloh (BF386710a0_CR18) 1972; 17
MP Hassell (BF386710a0_CR1) 1988; 25
WL Sippell (BF386710a0_CR12) 1962; 94
JA Witter (BF386710a0_CR13) 1979; 8
J Roland (BF386710a0_CR17) 1995
CS Holling (BF386710a0_CR19) 1992; 62
RM May (BF386710a0_CR3) 1994
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PC Marino (BF386710a0_CR11) 1996; 6
HCJ Godfray (BF386710a0_CR15) 1994
J Roland (BF386710a0_CR16) 1993; 93
L Wilkinson (BF386710a0_CR21) 1992
P Kareiva (BF386710a0_CR4) 1995; 373
P Kareiva (BF386710a0_CR2) 1990; 330
DJ Rogers (BF386710a0_CR10) 1994
P McCullagh (BF386710a0_CR20) 1989
LD Rothman (BF386710a0_CR8) 1991; 62
P Kareiva (BF386710a0_CR9) 1987; 326
D Parry (BF386710a0_CR14) 1995; 127
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Snippet Roland and Taylor present data that give empirical support to the argument that changes in landscape structure can alter the normal functioning of ecological...
There is now a solid body of theoretical work demonstrating that the spatial structure of the habitat combined with animal movement strongly influence...
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SubjectTerms Animal and plant ecology
Animal populations
Animal, plant and microbial ecology
Biological and medical sciences
Ecology
Forests
Fundamental and applied biological sciences. Psychology
Insects
Lasiocampidae
Malacosoma disstria
Parasites
Parasitism
Synecology
Terrestrial ecosystems
Title Insect parasitoid species respond to forest structure at different spatial scales
URI http://dx.doi.org/10.1038/386710a0
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