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Improvement of pearl millet module in APSIM. Characterization of the main water stress patterns within pearl millet production agroecologies in A1, A, B zone (focus on A1&A)
Since tillering is one of the key environmental adaptive mechanism of sorghum&pearl millet (e.g. vanOosterom et al 1998, Jordan et al 2003, Borrell et al 2015), availability of a dynamic tillering module is a crucial feature ...
Basic research on deciphering the crops water use components (e.g. TE, canopy growth, TR&VPD relation, role of aquaporins etc.)
The relevance of phenotyping pipeline as a support for breeding for water limited environments has been validated through QTL co-localization technique on the example of pearl millet fine-mapping population (simultaneously ...
Characterization of the main abiotic constrains within sorghum production agro-ecologies in Mali (in later stages for Senegal & Burkina Faso).
Qualification& quantification of environmental constrains for common crop ecotypes is a necessary starting point to apply principles of the precision agriculture approach. In this step of work, skills for parameterization ...
Development of GxExM specific, economically most viable options for rabi-sorghum belt agroecologies.
Environmental constrains has been characterized (Kholova et al. 2013, attached) and the lucrative adaptive traits (stay-green) under the current management in given agro-ecologies identified (Kholova et al. 2014). The ...