Taking on Fall Armyworm in Africa: The search for effective natural enemies
The Fall Armyworm (FAW), Spodoptera frugiperda has emerged as a serious threat to food security for millions of smallholder producers in Africa due to its rapid spread across the continent and extensive damage to staple cereals. At the last count, at least 28 countries were reported to be affected by the pest in Africa.
Invasive species and climate change: a perfect storm
Following on from an IUCN call for greater action on addressing invasive species in order to protect biodiversity – the Honolulu challenge, presented at the 2016 IUCN World Conservation Congress – the latest IUCN brief presses home the links between invasive species and climate change. Climate change facilitates the spread and establishment of many alien…
Clear water ahead
Last month the International Institute for Sustainable Development (IISD) reported that an international measure that aims to prevent the spread of invasive aquatic species had come into force (see the full article on the IISD website).
New report reveals cost of Fall Armyworm to farmers in Africa, provides recommendations for control
CABI has published an ‘evidence note’ report on the invasive Fall Armyworm pest, showing how the caterpillar could cause maize losses costing 12 African countries up to US$6.1 billion per annum, unless control methods are urgently put in place.
A can of worms: fall armyworm invasion in Africa
By CABI’s Roger Day. Reblogged from the Food and Business Knowledge Portal The fall armyworm is still invading regions in Africa. Since 2016 this worm has been spreading across sub-Saharan Africa and has been officially identified in 11 countries. Roger Day from the Centre for Agriculture and Biosciences International (CABI) elaborates on its dangers in this…
Protected areas defend wildlife from invasive species
Nature reserves, national parks and marine protected areas have been proven to effectively shield native wildlife from the impacts of invasive species, in a new study published this week in the journal Global Change Biology.
Removal of invasive shrub could be an easy way to help reduce malaria transmission
Removing the flowers of an invasive shrub from mosquito-prone areas might be a simple way to help reduce malaria transmission, according to a new study published in the open access Malaria Journal. Removing the flowers from villages in Mali decreased the local mosquito vector population by nearly 60%.
CABI scientists shed light on factors affecting the use of biological control
By Julien Dougoud. Reblogged from the Plantwise blog Human health issues arising from the use of synthetic pesticides and concerns about their environmental toxicity are making lower-risk alternatives increasingly attractive. Biological control agents are living organisms which reduce harmful pest populations. Many people know of the common ladybird, whose larvae feed on aphids, but a wide…