澳门威尼人斯99499_【老品牌值得信赖】

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  • 北京凌云翼数据科技有限公司

    Beijing Upclouddata Technology

    P. Zhu et al., Relevance of the ecological traits of parasitoid wasps and nectariferous plants for conservation biological control: a hybrid meta-analysis

    首页    学员文章    P. Zhu et al., Relevance of the ecological traits of parasitoid wasps and nectariferous plants for conservation biological control: a hybrid meta-analysis

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    META-ANALYSIS

     

    P. Zhu et al., Relevance of the ecological traits of parasitoid wasps and nectariferous plants for conservation biological control: a hybrid meta-analysis.

    Pest Management Science 76, 1881 (2020/05/01, 2020).

    https://doi.org/10.1002/ps.5719

     

    Abstract

    BACKGROUND

    Ecosystem services are key to human survival. In agriculture, they offer potential to intensify production while reducing reliance on hazardous inputs, including pesticides. Nectar plants can nourish natural enemies of pests and thereby promote the ecosystem service of biological control. To date, however, the selection of optimal plants has been reliant on laborious testing of multiple candidate species for use in each new agroecosystem. We report a hybrid metaanalysis of published literature, employing Bayesian network analysis.

    RESULTS

    The hybrid metaanalysis identified the particular plant and parasitoid traits that were most predictive of promoted or suppressed parasitoid longevity. Integrating trait effects identified a combination of plantparasitoid traits that had the highest impact on parasitoid longevity: compound umbel or raceme inflorescence form and shallow corolla, together with high potential fecundity of the parasitoid.

    CONCLUSION

    Unlike earlier analyses focusing on taxonomic categories, we analyzed effect sizes in relation to the ecological traits of parasitoids and plants. This generated the first generalizable guidelines for selecting nectar plants as well as appropriate parasitoid targets for the enhancement of biological control. Within the guidelines, optimal outcomes resulted when plants with compound umbel or raceme inflorescences and shallow corollas were combined with fecund parasitoids. More widely, this type of ecological traitbased metaanalysis opens a new avenue for optimizing the delivery of other types of ecosystem services.

    2020年5月3日 16:57
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