Invasives Blog Most Read 2020
As 2020 draws to a close, we have crunched the numbers and pulled together the most read articles on the Invasives Blog this year. Plus some firm favourites. Invasive species like Himalayan balsam, fall armyworm, and Tuta absoluta proved to be popular topics for our readers this year. CABI’s work in biological control around the…
Do invasive species impact men and women differently?
We know that invasive species – whose introduction and spread threaten biodiversity – disproportionately affect communities in poor rural areas who depend on agriculture and natural resources for their livelihood. But do gender roles and relationships in agriculture influence the way men and women experience the impact of invasive species?
New paper calls for scientific diplomacy in plant health
Co-authored by leading plant health community representatives a newly-published paper calls for an international research collaboration in the fight against plant pests and diseases. The paper, published in Nature Plants, brought together 28 institutions, including CABI, and analyses new perspectives and challenges on global phytosanitary research coordination; particularly as human trade and movement continues to…
Communication is key: CABI publishes framework for strategic communications during pest outbreaks
The invasion of a highly destructive plant pest can have a devastating effect on farmers’ crop production, natural ecosystems and economic trade. In Africa, where a large proportion of people live in rural areas and rely on subsistence agriculture, invasive species can cause severe damage and seriously impact food and nutritional security.
Invasives Most Read 2019
As 2019 draws to a close, we have crunched the numbers and pulled together the year’s most read articles. Plus some firm favourites. Fall armyworm continues to be a popular topic for our readers and this year, blogs on biocontrol efforts to control the invasive caterpillar make the top 20. CABI’s Pest Risk Analysis tool…
Study finds endoparasitoid wasp can reduce fall armyworm leaf consumption rate by up to 89%
In a recently published study led by CABI, researchers assessed, under lab conditions, the effect of the endoparasitoid wasp, Coccygidium luteum on the leaf rate consumption of its host – fall armyworm larvae.