This Collection does not exist in your language, View in: English (en),
Or use Google Translate:  

Fall Armyworm / Stem Borers

Fall armyworm (Spodoptera frugiperda) is a common pest in the Western Hemisphere affecting many commercial crops, most importantly maize. This voracious Lepidoptera (grouping of insects that includes butterflies and moths) was first detected in Central and Western Africa in 2016 and has quickly spread throughout the continent. Fall armyworms thrive in tropical and sub-tropical climates but also spread to colder areas after overwintering in areas without severe freezes. Adult moths spread quickly via strong winds (Capinera 2005). 

Thousands of hectares of cropland have been affected in Togo, Nigeria, Ghana, Malawi, Zambia, Namibia, Mozambique, Uganda, Zimbabwe, and Western Kenya and Tanzania (Organic Farmer 2017). Field corn and sweet corn account for most of the economically significant losses, but sorghum, cotton, millet, peanut, rice, soybean, sugarcane, and wheat are susceptible, thus affecting both incomes and food security. The situation is so dire for smallholder farmers in Malawi that President Mutharika declared a state of disaster and mobilized government agencies to assist farmers and subsidize pesticides. Crops in Malawi most affected are maize, sorghum, and millet (Mumbere and Mtuwa 2017). 

  1. Invasion of the Fall Armyworm

    2018-04-27 Fall armyworm (Spodoptera frugiperda) is a common pest in the Western Hemisphere affecting many commercial crops, most importantly maize. This voracious Lepidoptera (grouping of insects that includes butterflies and moths) was first detected in Central and Western Africa in 2016 and has quickly...
    IPM Integrated Pest Ma... Pest Management Pest Control Armyworm Crop Pests East Africa West Africa

  2. “Push and Pull” in Combatting Fall Army Worm and Witchweed (Striga)

    In the Push-Pull system, crops that repel pests and/or attract pests’ predators are intercropped with maize, to ‘push’ pests away from the main crop. Plants that attract pests are planted around the field, to ‘pull’ pests away from the maize. Incorporating legumes in this system means that soil...

  3. FAO Food Chain Crisis - Fall Armyworm Forecasting

    Fall Armyworm (Spodoptera frugiperda) presence is confirmed inall Eastern African countriesexcept in Djibouti. In Ethiopia, the forecast period (January–March) coincides with the growing of irrigated maize and the maize crop, a preferred host, will be at risk. In Burundi, Kenya, Rwanda, Somalia,...
    FAO Food Chain Armyworm North Africa Central Africa Ethiopia West Africa South Sudan Stem Borer

  4. Killing fall armyworms naturally - video

    Access Agriculture Training Video By making best use of farmers’ friends and local plants on the farm, nature will help you control the fall armyworm and reward you with a good and healthy crop. Available languages: Amharic Arabic Bambara Bangla Chichewa / Nyanja Chitonga / Tonga Dholuo Dioula...
    AccessAgriculture Fall Armyworm Armyworm

  5. SAWBO - How to Identify and Scout for Fall Armyworm

    The Fall Armyworm is an insect that can damage your maize plants or even cause you to lose your whole maize crop. The best way to protect your maize crop is to scout early and treat early. In this animation, we will explain how to scout for the fall armyworm, so you can take action to protect...
    SAWBO Maize Armyworm IPM Integrated Pest Ma...

  6. Push-Pull Farming System Controls Fall Armyworm: Lessons from Africa

    Abstract, 2018, Outlooks on Pest Management Fall armyworm (FAW)Spodoptera frugiperdainvaded Africa, with the first detections being reported in Central and Western Africa in early 2016, and now affects at least 40 countries in Africa, causing up to total crop loss amounting to over $6.2 billion...
    Armyworm Striga

  7. How to control fall armyworms using organic methods

    The fall armyworm is a heavy feeder that quickly destroys the maize crop. It can destroy an entire crop if it is not controlled on time. It can spread fast, and can fly over 30 kilometres in one night assisted by the wind. The fall armyworm (Spodoptera frugiperda) derives the name from its’...
    Armyworm East Africa

  8. Farmer resilience and innovation through community-based Fall Armyworm Control

    2018-11-13 The Fall Armyworm pest on the Africa continent has dire consequences for food security, especially in countries with heavy reliance on single staple crops susceptible to its effects. In Malawi, where 60% of calories come from maize, Fall Armyworm is devastating. While externally-driven and...
    Armyworm

  9. Ecological management of Fall ArmyWorm

    Fall armyworm (Spodoptera frugiperda), FAW, is an insect native to tropical and subtropical regions of the Americas. Its larval stage (photo) feeds on more than 80 plant species, including maize, rice, sorghum, millet, sugarcane, vegetable crops and cotton. FAW can cause significant yield losses...
    Armyworm Training

  10. A climate-adapted push-pull system effectively controls fall armyworm, Spodoptera frugiperda (J E Smith), in maize in East Africa

    Highlights • Fall armyworm has invaded Africa, causing substantial damage to maize and other crops. • There is no control method for this pest in Africa, and pesticides are only minimally used in the continent. • Climate-adapted push-pull technology overcomes stemborers, some of which belong to...
    Armyworm

  11. Adaptive Potential of Fall Armyworm (Lepidoptera: Noctuidae) Limits Bt Trait Durability in Brazil

    Abstract, 2017, Journal of Integrated Pest Management The fall armyworm,Spodoptera frugiperda(J. E. Smith 1797) (Lepidoptera: Noctuidae), is the most important corn pest in South America. Larvae feed mostly on leaves, but also ears when population densities are high. This pest has been...
    Journal Integrated Pest Ma... Armyworm Brazil Latin America and ...

  12. Fall Armyworm in Africa: A GUIDE FOR INTEGRATED PEST MANAGEMENT

    2018-01-20 This FAW IPM Guide is designed for use by professionals in plant protection organizations, extension agencies, research institutions, and Governments, whose primary focus is smallholder farmers and the seed systems that support them. The FAW IPM Guide is meant to provide an important foundation...
    Armyworm Integrated Pest Ma... East Africa West Africa

  13. Southeastern Asia fall armyworms are closely related to populations in Africa and India, consistent with common origin and recent migration

    Abstract, Nature, 2020 The discovery of fall armyworm, a native of the Western Hemisphere, in western Africa in 2016 was rapidly followed by detections throughout sub-Saharan Africa, India, and most recently southeastern Asia. This moth pest has a broad host range that threatens such important...

  14. Fall armyworm - Australia

    Fall armyworm (Spodoptera frugiperda) is an exotic pest that has been detected in Queensland. Fall armyworm is reported to feed on more than 350plant species, including maize, cotton, rice, sorghum, sugarcane, wheat, and vegetable and fruit crops, and have caused significant economic losses...

  15. Maize Armyworm and Stalk Borer Scouting

    2018-04-20 The introduction of Fall Armyworm (FAW) (Spodoptera frugiperda) to Africa in 2016 has raised concerns of possible widespread damage of maize and other crops. Stalk borers are a common pest of maize throughout Africa, causing modest damage virtually every year. Armyworms, on the other hand, can...
    Maize Armyworm

  16. SAWBO - How to Identify and Scout for Fall Armyworm: Variant for Nepal

    The Fall Armyworm is an insect that can damage your maize plants or even cause you to lose your whole maize crop. The best way to protect your maize crop is to scout early and treat early. In this animation, we will explain how to scout for the fall armyworm, so you can take action to protect...
    SAWBO Fall Armyworm Maize Nepal

  17. WEMA maize shows resistance to destructive fall armyworm pest

    Scientists have observed unexpected benefits in Mozambique’s Water Efficient Maize for Africa (WEMA) field trials that could well be a game changer in efforts to ensure Africa’s food security. Though the maize varieties were genetically modified to withstand drought and the vicious stem borer...
    Fall Armyworm Stem Borer Maize East Africa

  18. The Dangerously Destructive Fall Army Worm (FAW)

    Fall Army Worm (FAW), is a new emerging invasive pest that is wreaking havoc in Kenya and many other parts of the world, causing huge losses to farmers and impacting on food security. FAW orSpodoptera frugiperda, is a caterpillar native to tropical and sub-tropical regions of the Americas. FAW...
    Armyworm

  19. Push–pull Farming Systems

    Abstract, Current Opinion in Biotechnology, 2014 April Farming systems for pest control, based on the stimulo-deterrent diversionary strategy or push–pull system, have become an important target for sustainable intensification of food production. A prominent example is push–pull developed in...
    Push-pull

  20. IPM-Based Animation For Fall Armyworm: A Multi-institutional And Virtual International Collaboration Using The Scientific Animations Without Borders (SAWBO) Platform

    Abstract,Outlooks on Pest Management, 2018 Rapid dissemination of critical and accurate information to low-resource and poorly literate people in crisis situations has long been a challenge. Historically, print media as well as radio and television have served as major delivery channels. With the...
    Fall Armyworm

  21. Climate-smart Push-pull System for Stem Borer Management in Maize

    Growing maize is hard work and pests make it even harder. Insect pests can attack your maize crop and destroy it, affecting your family's nutrition, or costing you money. This animation will take you through the steps of protecting your field from pests like the stem borers by using a push-pull...
    SAWBO Pest Management Stem Borer Maize

  22. Cross-Border Technology Transfer: Biological Control of the Fall Armyworm in Asia and Africa

    The fall armyworm (Spodoptera frugiperda) is becoming a household name around the world, but not for good reasons – the pest, native to the tropical and subtropical Americas, devours over 300 plant species, including maize, which feeds millions of people every day. In Africa alone, the fall...
    Fall Armyworm Integrated Pest Ma... West Africa East Africa Asia

  23. AgriTraining on Fall Armyworm Mitigation: Learning Modules for Trainers of Smallholder Farmers in Africa

    Agri-Training is an organization that provides training and information sharing for smallholder farmers. This set of 7 modules goes over Fall Armyworm Mitigation using Integrated Pest Management and Good Agricultural Practices. The training content is a bit dense, but the supplemental training...

  24. Scouting for Fall Armyworms - Video

    Access Agriculture Training Video Spraying pesticides is expensive and usually cannot control this pest. Visit your field twice a week for the first 6 weeks and kill any egg masses and young armyworms by hand. It is important to do scouting because without it, you will not have a harvest at the...
    AccessAgriculture Fall Armyworm Integrated Pest Ma... IPM

  25. ICIPE - Fall Army Worm Push-Pull Technology

    ICIPE Feature 2 Feb, 2020
    Push-pull ICIPE Fall Armyworm

  26. Managing Fall Armyworm

    A guide to low cost pest management approaches.CIFOR-ICRAF Fall armyworm (FAW), scientific name Spodoptera frugiperda Smith, is an invasive pest that first arrived in sub-Saharan Africa in 2016. It is a pest of maize and other cereals, although it can eat many plants, and when it first arrived,...

  27. How to control Striga and stemborer in maize

    2007-01-20 This 8-page fold-out leaflet, practical for use in the field and easy to read, covers the subject of controlling Striga and stemborer in maize. It gives some background information, outlines the processes and provides tips, tables and explanatory line drawings
    East Africa

  28. The Use of Vetiver Grass for Controlling Stem Borer of Rice in China

    This TVNI hosted webinar “Vetiver Grass for the control of stem borer of rice in China” was held on March 1st 2022. The webinar (55 minutes) comprises a presentation by guest speaker Dr. Zhongxian Lu of the Institute of Plant Protection and Microbiology, Zhejiang Academy of Agricultural Sciences,...