Cutting-edge potatoes for Zimbabwe

Born again sweet potato plants developed by a team of local scientists employed by Zimbabwe company Agri-Biotech are helping small-scale farmers in Zimbabwe to weather the country s food crisis. The plants make it possible for a 30-m square plot to feed a family of seven all year round. Over 35,000 people have benefited in the past 2 years and supplies have reached eight of Zimbabwe's 56 districts. The scientists call the plants born again because they have found a way of removing the virus that plagues sweet potato crops. In a GM-free tissue culture process, they literally employ cutting-edge science. They dissect out the 0.25 mm tip of the bud, which is free from viruses and other micro-organisms, and throw the rest away. They then grow the bud tip in a test tube for 9 months into a virus-free plant, and keep on sub-culturing it to increase numbers. From there they transplant the plants into plastic greenhouse tunnels and take cuttings from them. These are bought by donors, such as the Swedish Cooperative Centre, which funded Agri-Biotech to supply 3,000 starter plants to 160 nursery farmers. The virus cleansing is not permanent and farmers return for new clean material every few years.

Saved in:
Bibliographic Details
Main Author: Technical Centre for Agricultural and Rural Cooperation
Format: News Item biblioteca
Language:English
Published: Technical Centre for Agricultural and Rural Cooperation 2005
Online Access:https://hdl.handle.net/10568/48041
https://hdl.handle.net/10568/99625
Tags: Add Tag
No Tags, Be the first to tag this record!
id dig-cgspace-10568-48041
record_format koha
spelling dig-cgspace-10568-480412023-02-15T12:51:41Z Cutting-edge potatoes for Zimbabwe Technical Centre for Agricultural and Rural Cooperation Born again sweet potato plants developed by a team of local scientists employed by Zimbabwe company Agri-Biotech are helping small-scale farmers in Zimbabwe to weather the country s food crisis. The plants make it possible for a 30-m square plot to feed a family of seven all year round. Over 35,000 people have benefited in the past 2 years and supplies have reached eight of Zimbabwe's 56 districts. The scientists call the plants born again because they have found a way of removing the virus that plagues sweet potato crops. In a GM-free tissue culture process, they literally employ cutting-edge science. They dissect out the 0.25 mm tip of the bud, which is free from viruses and other micro-organisms, and throw the rest away. They then grow the bud tip in a test tube for 9 months into a virus-free plant, and keep on sub-culturing it to increase numbers. From there they transplant the plants into plastic greenhouse tunnels and take cuttings from them. These are bought by donors, such as the Swedish Cooperative Centre, which funded Agri-Biotech to supply 3,000 starter plants to 160 nursery farmers. The virus cleansing is not permanent and farmers return for new clean material every few years. Born again, sweet potato plants developed by a team of local scientists employed by Zimbabwe company Agri-Biotech are helping small-scale farmers in Zimbabwe to weather the country s food crisis... 2005 2014-10-16T09:12:35Z 2014-10-16T09:12:35Z News Item CTA. 2005. Cutting-edge potatoes for Zimbabwe. Spore 120. CTA, Wageningen, The Netherlands. 1011-0054 https://hdl.handle.net/10568/48041 https://hdl.handle.net/10568/99625 en Spore Open Access Technical Centre for Agricultural and Rural Cooperation Spore
institution CGIAR
collection DSpace
country Francia
countrycode FR
component Bibliográfico
access En linea
databasecode dig-cgspace
tag biblioteca
region Europa del Oeste
libraryname Biblioteca del CGIAR
language English
description Born again sweet potato plants developed by a team of local scientists employed by Zimbabwe company Agri-Biotech are helping small-scale farmers in Zimbabwe to weather the country s food crisis. The plants make it possible for a 30-m square plot to feed a family of seven all year round. Over 35,000 people have benefited in the past 2 years and supplies have reached eight of Zimbabwe's 56 districts. The scientists call the plants born again because they have found a way of removing the virus that plagues sweet potato crops. In a GM-free tissue culture process, they literally employ cutting-edge science. They dissect out the 0.25 mm tip of the bud, which is free from viruses and other micro-organisms, and throw the rest away. They then grow the bud tip in a test tube for 9 months into a virus-free plant, and keep on sub-culturing it to increase numbers. From there they transplant the plants into plastic greenhouse tunnels and take cuttings from them. These are bought by donors, such as the Swedish Cooperative Centre, which funded Agri-Biotech to supply 3,000 starter plants to 160 nursery farmers. The virus cleansing is not permanent and farmers return for new clean material every few years.
format News Item
author Technical Centre for Agricultural and Rural Cooperation
spellingShingle Technical Centre for Agricultural and Rural Cooperation
Cutting-edge potatoes for Zimbabwe
author_facet Technical Centre for Agricultural and Rural Cooperation
author_sort Technical Centre for Agricultural and Rural Cooperation
title Cutting-edge potatoes for Zimbabwe
title_short Cutting-edge potatoes for Zimbabwe
title_full Cutting-edge potatoes for Zimbabwe
title_fullStr Cutting-edge potatoes for Zimbabwe
title_full_unstemmed Cutting-edge potatoes for Zimbabwe
title_sort cutting-edge potatoes for zimbabwe
publisher Technical Centre for Agricultural and Rural Cooperation
publishDate 2005
url https://hdl.handle.net/10568/48041
https://hdl.handle.net/10568/99625
work_keys_str_mv AT technicalcentreforagriculturalandruralcooperation cuttingedgepotatoesforzimbabwe
_version_ 1779060068214374400