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Root hair length evaluated
A field trial was conducted during the dry season (May to July 2016) at Darien, Valle del Cauca-Colombia, The BASE (Bean Abiotic Stress Evaluation). The BASE trial included 80 bean genotypes: 58 belong to Mesoamerican gene ...
2018 Technical Report - TAAT - Technologies for African Agricultural Transformation
2018 Technical Report
Can African smallholders farm themselves out of poverty?
A great deal of research on agriculture in Africa is organised around the premise that intensification can take smallholder farmers out of poverty. The emphasis in programming often implicitly emphasizes focusing on farm ...
Leverage Government programmes, farmer communities
Develop and promote decentralized seed models to organize production and supply of quality groundnut seed of improved varieties, and conduct training programs to farmers and extension staff.
Genetic Gains by Region Published in SASHA II Final Report
The 5-year (July 2014–October 2019) Sweetpotato Action for Security and Health in Africa Phase 2 project (SASHA2) has succeeded in almost all its objectives centered on resolving the major bottlenecks for fully exploiting ...
2019 Third Quarter Technical Report - TAAT - Technologies for African Agricultural Transformation
2019 Third Quarter Technical Report
Identification of hyper nodulation mutant lines in chickpea using TiLLING population
For genotyping the following steps were performed for 1300 TILLING lines:
Fresh leaf tissue was collected from 1300 mutant lines
DNA was extracted.
DNA quality and quantity was measured by using NanoDrop, ...
2019 First Quarter Technical Report - TAAT - Technologies for African Agricultural Transformation
2019 First Quarter Technical Report
Length of Growing Period over Africa: Variability and Trends from 30 Years of NDVI Time Series
The spatial distribution of crops and farming systems in Africa is determined by the duration of the period during which crop and livestock water requirements are met. The length of growing period (LGP) is normally assessed ...
Development of segregating populations for heat stress tolerance in chickpea
Breeding materials for heat tolerance were at different stages of development. A total of 4 F1s, 5 F2 populations, 3 F4 populations, and 16 F5 populations were advanced to next generation in normal season 2015-16 at ...