International Potato Center
Coordinated projects :
- Enhanced food and income security in SWCA through potato varieties with improve tolerance to abiotic stress- Details of Enhanced food and income security in SWCA through potato varieties with improve tolerance to abiotic stress
- Genomics and biodiversity: Providing new opportunities for smallholder potato farmers- Details of Genomics and biodiversity: Providing new opportunities for smallholder potato farmers
- Implementing ecological approaches of pest management for enhancing sustainable potato production of resource-poor farmers in mountainous regions in CIP’s target countries of Southwest-Central Asia- Details of Implementing ecological approaches of pest management for enhancing sustainable potato production of resource-poor farmers in mountainous regions in CIP’s target countries of Southwest-Central Asia
- Participatory development and testing of strategies to reduce climate vulnerability of poor farm households in East Africa through innovations in potato and sweet potato technologies and enabling policies (CLIMATE CHANGE)- Details of Participatory development and testing of strategies to reduce climate vulnerability of poor farm households in East Africa through innovations in potato and sweet potato technologies and enabling policies (CLIMATE CHANGE)
- Improving minimum tillage systems for potato production in winter fallow paddy soils in southern China- Details of Improving minimum tillage systems for potato production in winter fallow paddy soils in southern China
- Revisiting sweetpotato weevil sexual pheromone research and development: Scale-up synthesis of improved chemistry, field evaluation and integration into rational mass trapping devices for field application- Details of Revisiting sweetpotato weevil sexual pheromone research and development: Scale-up synthesis of improved chemistry, field evaluation and integration into rational mass trapping devices for field application
- Predicting climate change induced vulnerability of African agricultural systems to major insect pests through advanced insect phenology modeling, and decision aid development for adaptation planning- Details of Predicting climate change induced vulnerability of African agricultural systems to major insect pests through advanced insect phenology modeling, and decision aid development for adaptation planning