Suppression of seed production as a long-term strategy in weed biological control: The combined impact of two biocontrol agents on Acacia mearnsii in South Africa

•Two biocontrol agents reduce seeding of Acacia mearnsii to extremely low levels.•The reduction is primarily due to a flower-galling midge, Dasineura rubiformis.•A seed-feeding weevil, Melanterius maculatus, plays a supplementary role.•No immediate change in the extent of existing infestation is exp...

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Published inBiological control Vol. 154; p. 104503
Main Authors Impson, F.A.C., Kleinjan, C.A., Hoffmann, J.H.
Format Journal Article
LanguageEnglish
Published Elsevier Inc 01.03.2021
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Abstract •Two biocontrol agents reduce seeding of Acacia mearnsii to extremely low levels.•The reduction is primarily due to a flower-galling midge, Dasineura rubiformis.•A seed-feeding weevil, Melanterius maculatus, plays a supplementary role.•No immediate change in the extent of existing infestation is expected.•Rates of spread of the weed should be curtailed. The effectiveness of seed-reducing biocontrol agents, particularly for perennial trees with long-lived seed banks, remains a subject of debate. General consensus is that exceptionally high and consistent levels of damage are required to have any meaningful impact. In South Africa two seed-reducing agents are deployed against Acacia mearnsii, a woody mimosoid whose invasive success is attributed to high fecundity and the accumulation of persistent soil-stored seed banks. This study demonstrates that seed production has declined to extremely low levels, primarily due to a flower-galling midge, Dasineura rubiformis (Cecidomyiidae), with a seed-feeding weevil, Melanterius maculatus (Curculionidae), playing a supplementary role. No short to medium term impacts on the current density, extent or abundance of the weed are anticipated because there are sizeable seed banks in the soil which will continue to replenish any aboveground losses for many years to come. However, the dramatic reductions in annual levels of seed-fall that have been realised are anticipated to curb rates of accumulation of seed banks and curtail spread of the weed.
AbstractList •Two biocontrol agents reduce seeding of Acacia mearnsii to extremely low levels.•The reduction is primarily due to a flower-galling midge, Dasineura rubiformis.•A seed-feeding weevil, Melanterius maculatus, plays a supplementary role.•No immediate change in the extent of existing infestation is expected.•Rates of spread of the weed should be curtailed. The effectiveness of seed-reducing biocontrol agents, particularly for perennial trees with long-lived seed banks, remains a subject of debate. General consensus is that exceptionally high and consistent levels of damage are required to have any meaningful impact. In South Africa two seed-reducing agents are deployed against Acacia mearnsii, a woody mimosoid whose invasive success is attributed to high fecundity and the accumulation of persistent soil-stored seed banks. This study demonstrates that seed production has declined to extremely low levels, primarily due to a flower-galling midge, Dasineura rubiformis (Cecidomyiidae), with a seed-feeding weevil, Melanterius maculatus (Curculionidae), playing a supplementary role. No short to medium term impacts on the current density, extent or abundance of the weed are anticipated because there are sizeable seed banks in the soil which will continue to replenish any aboveground losses for many years to come. However, the dramatic reductions in annual levels of seed-fall that have been realised are anticipated to curb rates of accumulation of seed banks and curtail spread of the weed.
The effectiveness of seed-reducing biocontrol agents, particularly for perennial trees with long-lived seed banks, remains a subject of debate. General consensus is that exceptionally high and consistent levels of damage are required to have any meaningful impact. In South Africa two seed-reducing agents are deployed against Acacia mearnsii, a woody mimosoid whose invasive success is attributed to high fecundity and the accumulation of persistent soil-stored seed banks. This study demonstrates that seed production has declined to extremely low levels, primarily due to a flower-galling midge, Dasineura rubiformis (Cecidomyiidae), with a seed-feeding weevil, Melanterius maculatus (Curculionidae), playing a supplementary role. No short to medium term impacts on the current density, extent or abundance of the weed are anticipated because there are sizeable seed banks in the soil which will continue to replenish any aboveground losses for many years to come. However, the dramatic reductions in annual levels of seed-fall that have been realised are anticipated to curb rates of accumulation of seed banks and curtail spread of the weed.
ArticleNumber 104503
Author Kleinjan, C.A.
Hoffmann, J.H.
Impson, F.A.C.
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  surname: Impson
  fullname: Impson, F.A.C.
  email: Fiona.impson@uct.ac.za
  organization: Plant Conservation Unit, Department of Biological Sciences, University of Cape Town, Rondebosch 7701, South Africa
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  surname: Kleinjan
  fullname: Kleinjan, C.A.
  organization: Plant Conservation Unit, Department of Biological Sciences, University of Cape Town, Rondebosch 7701, South Africa
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  givenname: J.H.
  surname: Hoffmann
  fullname: Hoffmann, J.H.
  organization: Plant Conservation Unit, Department of Biological Sciences, University of Cape Town, Rondebosch 7701, South Africa
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Snippet •Two biocontrol agents reduce seeding of Acacia mearnsii to extremely low levels.•The reduction is primarily due to a flower-galling midge, Dasineura...
The effectiveness of seed-reducing biocontrol agents, particularly for perennial trees with long-lived seed banks, remains a subject of debate. General...
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SubjectTerms Acacia mearnsii
biological control
Black wattle
Curculionidae
Dasineura
fecundity
Flowers
Gall fly
midges
Seed rain
Seed weevil
soil
South Africa
weeds
Title Suppression of seed production as a long-term strategy in weed biological control: The combined impact of two biocontrol agents on Acacia mearnsii in South Africa
URI https://dx.doi.org/10.1016/j.biocontrol.2020.104503
https://www.proquest.com/docview/2552004607
Volume 154
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