Read more about the article Is it possible to predict pest interceptions?
Examples of arthropods detected on imported kiwifruit (Actinidia deliciosa) in South Africa. Anti-clockwise from top: Frankliniella intonsa (Thripidae), Tuckerella japonica (Tuckerellidae), Brevipalpus sp. (Tenuipalpidae) and Oribatida (two species). Figure reproduced from Faulkner et al. 2020, supplied by D. Saccaggi.

Is it possible to predict pest interceptions?

Is there a way to predict which imported agricultural products are most likely to carry a pest? This question was tackled by former C∙I∙B student, Davina Saccaggi, in a recent paper in Ecological Applications.

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Read more about the article Sour fig changes invertebrate diversity in the invasive range, C·I·B study shows
Carpobrotus edulis, native to South Africa, is invasive in the coastal areas of the Iberian Peninsula (Galicia, Spain). (Photo credit: Jonatan Rodríguez)

Sour fig changes invertebrate diversity in the invasive range, C·I·B study shows

The invasive plant sour fig (Carpobrotus edulis: also known as Hottentot-fig, ice plant, highway ice plant, or pigface) can have a clear impact reducing the abundance of native invertebrates, with substantial effects on herbivores.

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Global insect invasions are difficult to predict from distribution models alone

Non-native invasive insects have major impacts on ecosystem function, agricultural production and human health. To make better predictions of where such species may establish and invade, species distribution models (SDMs) are widely used tools to predict potential distributions and invasion extents across new geographical areas.

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