Enhanced oil palm research through FSPM: Exploring innovative breeding and agronomic strategies

@raphael , researcher at Agap institute at CIRAD, presents his work titled: “Enhanced oil palm research through FSPM: Exploring innovative breeding and agronomic strategies”.

Abstract:
This study presents our research conducted using a functional-structural plant model specifically designed for oil palm (Elaeis guineensis). Through the utilization of this FSPM, we have explored various strategies to enhance oil palm cultivation. The presentation will highlight four key applications of the FSPM. Firstly, the study addresses breeding aspects by assisting in the characterization of genetic variability of complex traits, particularly architectural traits. Secondly, we explore how these architectural traits affect light interception and carbon assimilation through a sensitivity analysis of the model. The third aspect centers on evaluating the importance of planting design on physiological responses in plants with low architectural plasticity, such as oil palm. Finally, we will present the use of FSPM to propose innovative planting pattern, with an emphasis on their application to design intercropping systems.

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