Research interests#
Last edited: December 4th, 2023
Soil-plant-Atmosphere interactions π±π³π€οΈπ§#
Refining ET estimates and WUE#
In 2023, I became a part of the Tech4Agro team, where my role involves connecting geophysics with remote sensing (RS). I concentrate on root zone soil moisture, specifically delving into the possibilities of utilizing electrical conductivity to enhance evapotranspiration estimates.
I contributed to 2 projects:
EO4WUE: Earth observation tools for the evaluation and management of water efficiency and productivity in Mediterranean grasslands and cereal crops
EOMAJI: Earth Observation system to Manage Africaβs food systems by Joint-knowledge of crop production and Irrigation digitization <! - [EOMAJI](Projects/project_list_others.html#EO AFRICA EO-MAJI (ποΈ 2023-2024)): Earth Observation system to Manage Africaβs food systems by Joint-knowledge of crop production and Irrigation digitization β>
Agronomy#
Since the end of my phd in 2015, my research interests mainly focus on improving our understanding of the role of the roots in regulating water in the SPAC using experimental non-destructive approaches (see Fig. 1).
I contributed to 3 projects:
Earth Critical Zone Hydrology#
Geohazards β°πποΈ#
I also like to solve other typical geophysical problematic such as geohazard assessment (landslide monitoring, landfill leakage detection). Field work is a great opportunity to make some sport and change its point of view (see Fig. 2)
FAIR and reproducible research ππ#
Finally, Iβm really enthusiastic with all the splendid initiatives and tools towards a more . Iβm trying to join the movement building reproducible research (see Fig. 3).
I contributed to open source codes
Glossary#
- SPAC#
The soil-plant-atmosphere continuum (SPAC) is the pathway for water moving from soil through plants to the atmosphere. (source wikipedia)