Difference between revisions of "Aphidius colemani (parasitoid)"

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[[File:Aphidius_colemani_IPM5351019.jpg|250px|thumb|''Aphidius colemani'' and parasitized aphid mummy (click on image to enlarge it)<br/>Author(s): David Cappaert, Michigan State University,<br/>Source: [http://www.ipmimages.org/browse/detail.cfm?imgnum=5351019 IPM Images]]]
 
[[File:Aphidius_colemani_IPM5351019.jpg|250px|thumb|''Aphidius colemani'' and parasitized aphid mummy (click on image to enlarge it)<br/>Author(s): David Cappaert, Michigan State University,<br/>Source: [http://www.ipmimages.org/browse/detail.cfm?imgnum=5351019 IPM Images]]]
 
<font color="#008000">'''''Aphidius colemani'' (parasitoid)'''</font> Viereck, 1912
 
<font color="#008000">'''''Aphidius colemani'' (parasitoid)'''</font> Viereck, 1912
  
The parasitoid is commercially produced in Europe and North America and is used mainly in greenhouses against the cotton aphid (''[[Aphis gossypii]]'') and the green peach aphid (''[[Myzus persicae]]''). The natural distribution includes Asia, Africa and the Mediterranean region where it parasitizes many aphid species. It has been introduced into Hawaii in 1999 against ''A. gossypii''.
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This species is an important endoparasitoid of aphids, commonly used as a biological control agent in greenhouse crops. The natural distribution includes Asia, Africa and the Mediterranean region from where it has been introduced into several countries, e.g. into Hawaii in 1999 against ''A. gossypii''.
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''A. colemani'' has been commercially produced since 1991 in several European and North American countries and is used mainly in greenhouses against aphids like the cotton aphid (''[[Aphis gossypii]]'') or the green peach aphid (''[[Myzus persicae]]''). Under suitable conditions, it can maintain aphid populations at low levels, comparable to those achieved with pesticide applications, but with the advantage that it is safer and less time consuming to apply.
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One effective application system against greenhouse aphids is to keep "banker plants" like rye or barley infested with ''[[Rhopalosiphum padi]]'' in the greenhouse. ''R. padi'' is a host of the parasitoid and such a system will maintain the parasitoid population and keep greenhouse aphids like ''M. persicae'' at low levels.
  
 
'''Synonyms:'''<br/>
 
'''Synonyms:'''<br/>
 
''Aphidius brasiliensis''
 
''Aphidius brasiliensis''
  
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For a review see [[Insects (2015) 6, 538-575|Prado et al., 2015]].
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<gallery widths=200px caption="Other images of Aphidius colemani (parasitoid) (IPM Images - click to enlarge)">
 
<gallery widths=200px caption="Other images of Aphidius colemani (parasitoid) (IPM Images - click to enlarge)">

Latest revision as of 08:53, 28 November 2022


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Aphidius colemani and parasitized aphid mummy (click on image to enlarge it)
Author(s): David Cappaert, Michigan State University,
Source: IPM Images

Aphidius colemani (parasitoid) Viereck, 1912

This species is an important endoparasitoid of aphids, commonly used as a biological control agent in greenhouse crops. The natural distribution includes Asia, Africa and the Mediterranean region from where it has been introduced into several countries, e.g. into Hawaii in 1999 against A. gossypii.

A. colemani has been commercially produced since 1991 in several European and North American countries and is used mainly in greenhouses against aphids like the cotton aphid (Aphis gossypii) or the green peach aphid (Myzus persicae). Under suitable conditions, it can maintain aphid populations at low levels, comparable to those achieved with pesticide applications, but with the advantage that it is safer and less time consuming to apply.

One effective application system against greenhouse aphids is to keep "banker plants" like rye or barley infested with Rhopalosiphum padi in the greenhouse. R. padi is a host of the parasitoid and such a system will maintain the parasitoid population and keep greenhouse aphids like M. persicae at low levels.

Synonyms:
Aphidius brasiliensis

For a review see Prado et al., 2015.