PhD opportunity in UAV remote sensing of forest canopy function: The Chair of Geobotany at the University of Freiburg invites applications for a 3-yr doctoral position focusing on tree diversity, canopy structure and forest ecosystem function. To date, next generation tools for canopy research that measure plant traits from a birds-eye-view perspective, such as near- canopy Unmanned Aerial Vehicles (UAVs) equipped with hyperspectral imaging, have predominantly focused on crop monocultures. Focusing on two decade-old tree diversity experiments in Germany, the candidate will aid in the development of novel methods of measuring key canopy traits, and the assessment of their potential role in diversity-productivity relationships. We are looking for a highly motivated and co-operative person with a strong background in forest ecology, geography, environmental science or remote sensing. Previous experience with raster data, hyperspectral datasets or UAVs would be an asset. The ideal candidate will have demonstrated his/her ability to successfully carry out relevant research, data analyses and communicate the results. Experience in publishing in scientific journals is desirable. The applicant should be able to independently plan and undertake field sampling. A sound statistical background with experience with R is desirable and a strong command of English is indispensable. For international candidates knowledge of German (or a willingness to learn) would be beneficial during fieldwork and it enhances the experience of living and working in Germany. Your application will consist of a letter of motivation, CV, academic transcripts (non-official copies are acceptable), and contact details of at least two academic references. Please send your application as a single PDF by email with the subject “PhD position in UAV remote sensing of forest canopy function” by March 31, 2016 to Dr. Charles Nock ([email protected]). Full details here: http://charlesnock.ca/wp- content/uploads/2016/02/Doc-ad-remote-sensing-tree-diversity.pdf
