Sort by
Refine Your Search
-
heterogeneous sources of information—including remote sensing, forest inventory data, existing forest maps, environmental and climatic data, and emerging large-scale AI representations—can be jointly exploited
-
experience building or integrating physical sensing systems and running field experiments Knowledge of forestry, remote sensing or ecology Knowledge of Norwegian or another Scandinavian language Personal
-
relevant Master's degree in Cybernetics, Electrical Engineering, Remote Sensing, (Geo)Physics, Applied Mathematics, Marine Technology, Civil Engineering, Structural Engineering, Mechanical Engineering
-
research project Arctic Ocean 2050 together with DNV and Nansen Environmental and Remote Sensing Center. The vision is to develop technology for deeper understanding of the Arctic Ocean as one
-
the field, model development, remote sensing analyses, analyses of timber production, economic and policy data and documents, development of forestry cost functions, or surveys of forest owners. The project
-
the Eurasian Basin, between Fram Strait and the North Pole, as well as including the adjacent continental slopes. Pan-Arctic perspectives will be ensured through remote sensing, research on broader