Fall armyworm

Fall Armyworm (FAW) is a serious insect pest in food and fibre crops, with different populations carrying varying genes for insecticide resistance. Further pest movement and gene flow could increase global resistance.

Climate change is fuelling the spread of crop-destroying fall armyworm in Zimbabwe, dealing another blow to drought-hit farmers.

This study examines the effects of cold plasma seed treatment on the growth and development of herbivores, using rice and FAW as models.

Farmers are grappling with the most damaging incursion of fall armyworm (FAW) on record, and have likened the destruction to that caused by a bushfire.

A newly published review shows that smallholder farmers in four African countries who received pest alerts created using earth observation data benefitted from reduced crop losses and higher incomes compared to farmers who did not.

Rural farming communities in Zambia will benefit from new ACIAR-supported research helping to manage a devastating pest wiping out crops and impacting food security.

Climate change is increasing the risk of plant-destroying insects, diseases and invasive weeds entering Aotearoa New Zealand. Border security is not enough to protect us from the next biosecurity threat – it’s time to be proactive in preventing the risks.

A new study led CABI scientists has examined the potential for collective action to fight the fall armyworm (FAW) pest with biological controls in rural Zambia.

The impact of the fall armyworm pest on maize crops and communities in Sub-Saharan Africa were worsened by the COVID-19 pandemic, according to new CABI-led research published as a Current Opinion article in the journal Environmental Sustainability.

Most smallholder farmers surveyed in Uganda believe they can reduce damage caused by the fall armyworm with several management and control options available to help them mitigate the impacts of the potentially devastating crop pest.