-
integrating field research, remote sensing, and operational forestry insights, this project will generate data-driven tools and practical solutions to support sustainable forest management while balancing
-
. Proficiency in GIS, remote sensing, and statistical modelling for forest carbon and biodiversity analysis. Experience in conducting socio-ecological research, policy analysis, and stakeholder engagement
-
multitude of applications. As part of the project you will work in collaboration with the Geoinformatics team in RIKEN centre to customize the developed tool for remote sensing applications. The goal from
-
increasing disturbances, such as wildfire and climate change. By integrating field research, remote sensing, and operational forestry insights, this project will generate data-driven tools and practical
-
in biodiversity assessments and ecosystem service valuation. Proficiency in GIS, remote sensing, and statistical modelling for forest carbon and biodiversity analysis. Experience in conducting socio
-
assessments and ecosystem service valuation. Proficiency in GIS, remote sensing, and statistical modelling for forest carbon and biodiversity analysis. Experience in conducting socio-ecological research, policy
-
launch into our project-wide collaborations, which integrate field research in the Canadian Arctic, advanced remote sensing, and global data synthesis. Application information To apply, please visit: https
-
background in the fields of ecology, remote sensing with specific expertise or interests in plant phenology change or a related field with excellent English language skills. Application Information To apply