Thanks to resistant potato varieties, Late Blight is no longer a serious threat to the highland farmers in Lushoto, Tanzania (Courtesy: D. Harahagazwe CIP)
Farmers in Tanzania benefit from more resilient potato varieties
Situated in the Northeast of Tanzania, the district of Lushoto is part of the so called highlands of Tanzania where potatoes are traditionally grown. Due to heat and lack of resilient potato varieties, farmers would lose all the crop especially when they grow the local variety called Kidinya which is extremely susceptible to Late Blight disease.
To address these issues, the CGIAR Research Program on Climate Change, Agriculture and Food Security (CCAFS), initiated a study aimed at developing more resilient potato varieties that can grow in both long and short rainy seasons and give higher yields.
(Click to enlarge) 
The study, initiated in 2013, was led by the International Potato Center (CIP) in partnership with Selian Agricultural Research Institute (SARI), Lushoto District Agriculture, Irrigation and Livestock Cooperatives Office (DAICO), YARA Tanzania Limited, Japan International Cooperation Agency (JICA), local Non-Governmental Organizations (NGOs) and Lushoto farmers.
Some of the farmers who trialed climate-smart potato varieties in Lushoto, Tanzania.
(Courtesy: S. Quinn CIP)
Lushoto is the most densely populated rural district in Tanzania. Situated in the north-east of the country, Lushoto is part of the Tanzanian highlands where potatoes are traditionally grown.
(Courtesy: S. Kilungu, CCAFS)
Even though potato is a traditional crop, farmers can plant economically only once a year due to heat during the short rainy season.
Potato productivity is severely reduced by high temperatures, droughts and climate-driven pests and diseases such as aphids, Late Blight and viruses.
Using participatory action research, this study aimed to empower smallholder farmers to plant year-round while increasing yields. Potatoes may be grown on small terraces on steep hills such as these.
(Courtesy: D. Harahagazwe, CIP)
The trials were carried out in five villages: Kwesine, Boheloi, Maringo, Kwekitui and Milungui with experimental materials comprising of six advanced and heat tolerant clones from CIP.
The data collected from three seasons of field evaluations showed a certain consistency in the high yielding ability of four genotypes: Asante, Shangii, CIP392797.22 and CIP398208.29.
‘Asante’ means 'thank you' in Swahili. Now, for farmers in Usambara, Northern Tanzania, 'Asante' also describes a recently introduced potato variety, which is helping the region become climate-smart.
(Courtesy: S. Quinn, CIP)
Two clones were named through a stepwise and participatory approach and proposed for official release.
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Findings are presented in a recently published working paper entitled Participatory Evaluation of Resilient Potato Varieties in Climate-Smart Villages of Lushoto in Tanzania.
Findings are presented in a recently published working paper entitled Participatory Evaluation of Resilient Potato Varieties in Climate-Smart Villages of Lushoto in Tanzania
Source
CGIAR
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