The IPM for Exportable Fruit Crops in Vietnam project implements ecologically-based, participatory integrated pest management of insect pests, pathogens, and weeds. The project targets four major economically important crops in Vietnam: dragonfruit, mango, longan, and lychee. These four crops collectively represent a major portion of Vietnamese fruit exports to the United States.
This fact sheet presents an overview of the work we’re doing in Vietnam and country information.
This project addresses the major production-limiting pests and diseases of dragonfruit, mango, longan, and lychee by developing ecologically-based IPM strategies and practices and disseminating them to local stakeholders.
Cultural practices such as planting density, poor canopy management, and forcing flower growth year-round, along with a dearth of IPM knowledge among farmers and exporters, adversely affects productivity and quality of fruit production in Vietnam.
Heavy pest infestations can render produced fruit unmarketable, even for domestic markets. Current measures to control these pests rely heavily on pesticides with high dose, intensive, and inappropriate applications, which increase production costs as well as pollute the environment, decrease food safety, and adversely affect human health. In addition, this practice can build up pest resistance and negatively affect the ecological system b reducing populations of antagonists to the pests.
This project will create and disseminate IPM packages for the four fruits with input from local stakeholders. In order to do this, it will strengthen farmer cooperatives, strengthen implementation of government policies, engage local stakeholders, and promote the packages through education and electronic media communication.
The Vietnamese team will be supported by an experienced team of external/international partners and other short-term consultants.
Current Project Objectives
- Detect key limiting pests and diseases and analyze matrix of pests and natural enemies.
- Develop and formulate ecologically sound, farmer/community-centric IPM technologies and packages based on innovative research approaches and pragmatic designs.
- Pilot and scale-up IPM technologies to a wider target participant base (e.g. growers/farmers, fruit exporters, government regulators) along production-market chain.
- Foster participatory transferring technologies and communication activities, including exporting mobile-based approaches to create broader awareness, dissemination, and impact of IPM technologies.
- Monitor and evaluate activities focused on project outputs and outcomes with emphasis on socio-economic and gender aspects.
- Actively seek to engage women in the participatory learning process.
- Substantial reduction in pesticide use with increase in number of Good Agricultural Practices (GAP) farms.
- Increase market access (especially U.S. markets) and develop better socio-economic welfare for small land-holders, with IPM-based capacity development focused on greater gender-based considerations.
Le Quoc Dien
Nguyen Thanh Hieu
Plant Pathologist, SOFRI
Trinh Xuan Hoat
Deputy Director General, Plant Protection Research Institute (PPRI)
Dang Thuy Lin
Deputy Head of Science and International Cooperation Department, SOFRI
Ngo Thi Thanh Truc
Can Tho University
A. Sivapragasam (Siva)
Regional Director, CABI-SEA
Mai Van Tri
Tropical Fruit Pest Specialist, SOFRI
Le Cao Luong
Lecturer and Researcher, Plant Protection Department, NLU
University of Florida
Maria Elisa Christie
Director of Women and Gender in International Development
Virginia Tech University
Associate Professor of Virology, Department of Plant Pathology
Washington State University
Le Xuan Vi
Quyen Dinh Ha
Lecturer and Researcher, Vietnam National University of Agriculture
Le Dinh Don
Lecturer of Agronomy, Nong Lam University (NLU)
Phan Thi Thu Hien
Nguyen Duy Hung
Researcher, Fruit and Vegetable Research Institute
Tran Thi My Hanh
Hunynh Thanh Loc >
Dang Thi Kim Uyen
Plant Pathologist, SOFRI
Truong thi Ngoc Chi
Sociologist, Cuu Long Delta Rice Research Institute