Scientific objectives and research project

This IRN would be an initiative to create methodological gateways between researchers from different environmental disciplines and countries that are using the same type of RS data for quantifying different EEVs. The emergence of agro ecology systems in southern countries for instance requires to adapt remote sensing techniques developed for homogeneous industrial agro systems (CESBIO) by evaluating RS techniques from VHR data. Thermal and stereoscopic applications over urban areas done in Mediterranean cities (Olife Lebanon) could serve to new applications quantifying the impact of trees on crop growth in emerging irrigated agro-forestry in Morocco (UCAM) or Vietnam. Drought indexes as developed in the SudMed region could be transferred in Vietnam to study climate change induced drought or flood for example. The fast changes of forested or natural areas under human pressures require the use of multi-temporal and multi-wavelength RS observation based methods developed over the cropping areas in all countries.

IRD units involved

• Département Dynamiques internes et de surface des continents (DISCO)
• CESBIO
• HSM

Member Institutions

IRD : Institut de recherche pour le développement

CNRS : Centre national de la recherche scientifique - France

CNES : Centre national d'études spatiales

ENIT : Ecole nationale d'ingénieurs de Tunis

HUST : Hanoi University of Sciences and Technology

IISc : Indian Institute of Science

IIT : Indian Institute of Technology Bombay

INAT : Institut national agronomique de Tunisie

National Council for Scientific Research - Lebanon

NGRI : National Geophysical Research Institute

National Remote Sensing Department (NRSD) - Viet Nam

UCA : Université Cadi Ayyad

UCAD : Université Cheikh Anta Diop

USJ : Université Saint Joseph

UT3 : Université Toulouse 3 Paul Sabatier

VNSC : Vietnam National Space Center