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Can genetic maize rescue our farmers from Fall Armyworm?

April 16th, 2018 / The Star, Kenya

Genetically modified maize, Bacillus Thuringiensis (BT) could be Kenya’s silver bullet in the fight against Fall Armyworm which has so far destroyed more than 200,000 acres of maize farms since 2016.
The biologically modified seed is incorporated with specific protein content that chocks the worm which continues to wreak havoc across …

Resistance to the usual pesticides makes armyworm more dangerous

April 16th, 2018 / The Star, Kenya

Agriculture is grappling with many pests already, and as USAid’s Regina Eddy says, the armyworm is unique in that it is resistant to many conventional pesticides. Eddy is the coordinator of Fall Armyworm Task Force at the USAid Bureau of Food Security.
She said the pest also has a voracious appetite …

Kenyan maize farmers raise alarm as armyworms resurface

April 9th, 2018 / Xinhua, China

Kenyan maize farmers are set to go through another tough year as the fall armyworm strikes the crop again this season.
The pest, which was first detected in Kenya in March last year, contributed to decline in maize production, from over 40 million bags production a year to 32 million, according …

GMO maize could halt devastating fall army worm invasion in Uganda—if it gets approved

April 4th, 2018 / Genetic Literacy Project, US

B4FA Fellow Lominda Afedraru reports:
Mary Yangi trekked a long journey from South Sudan to Uganda’s West Nile region to settle as a refugee and, a few months later, into farming. Unlike others, who were reliant upon food rations from the United Nations High Commission for Refugees, the 59-year-old widow saw …

FAO launches mobile application to support fight against Fall Armyworm in Africa

March 21st, 2018 / Reliefweb

FAO has launched a mobile application to enable farmers, agricultural workers and other partners at the frontline of the fight against Fall Armyworm in Africa to identify, report the level of infestation, and map the spread of this destructive insect, as well as to describe its natural enemies and the …

Can Oxitec’s genetically engineered insects combat fall armyworm crop damage and famine in Africa?

March 14th, 2018 / Genetic Literacy Project, US

Fall armyworm is a moth larvae that is incredibly destructive. It causes widespread crop losses in the Americas and now has been found in Africa. This pest consumes everything in its path, and can travel many miles on the wind. It is believed that this organism could cause widespread famine …

Improved seeds could help Kenyan farmers battling armyworm

February 22nd, 2018 / Daily Nation, Kenya

During a field tour of farms to investigate the extent of damage caused by fall armyworms, Dr Murenga Mwimali a principal scientist and maize breeder at Kenya Agricultural and Livestock Research Organization’s (Kalro), Katumani Station, had something to inspire the farmers.
Dr Mwimali said the organisation had already developed better seeds …

FAO launches guide to tackle Fall Armyworm in Africa head-on

February 19th, 2018 / Reliefweb

Faced with the infestation of millions of hectares of maize, most in the hands of smallholder farmers, and the relentless spread of Fall Armyworm (FAW) across most of Africa, the UN Food and Agriculture Organization (FAO) launched today a comprehensive guide on the integrated pest management of the FAW on …

Global experts release guide on fall armyworm management

February 8th, 2018 / CNBC Africa

To combat the spread of fall armyworm across the African continent, international experts gathered together to produce a new comprehensive integrated pest management (IPM) guide to help scientists, plant protection organizations, extension agencies, research institutions, and governments working with farmers tackle the voracious FAW.
Fall Armyworm in Africa: A Guide for …

Opinion: Africa should follow in South Africa’s ‘food steps’ and embrace genetic modification

January 25th, 2018 / Huffington Post, South Africa

While there was also an outbreak of the fall armyworm in South Africa, farmers experienced minimal crop damage as genetically modified crops proved far more resistant.
More than 80 percent of South Africa’s maize production is now genetically modified, which is why the country managed to harvest its biggest crop in …