Mission Flexx

Research projects

 This is a growing list of recent research projects directly or indirectly related to FLEX:

  • 2024-30 FLEX DISC - Data Innovation and Science Cluster more information
  • 2024-26 FLEX-ITA - FLEX inland water and Terrestrial Airborne measurements and scientific exploitation more information more information
  • 2024-26 3DForestSIF - Understanding the solar-induced fluorescence (SIF) signal of natural, complex tree canopies more informatio
  • 2023-28 FLEXINEL - Understand and quantify dynamic plant adaptation for quantitative assessment of photosynthesis optimization   more information
  • 2023-27 ArcticSIF - Monitoring Arctic Vegetation response to climate change more information
  • 2022-23 DEFLOX - Technical assistance for the devlopment of ground-based systems for long term measurements of red and far-red sun indiced chlorophyll fluorescence more information
  • 2022-27 PHOTOFLUX - aims to understand and quantify the dynamic plant adaptation which allows a quantitative assessment of photosynthesis optimization in a changing global context more information
  • 2022-26 ECOSENSE SFB 1537 research area B -active chlorophyll fluorescence measurements as a sensitive stress parameter addressing the relevance of microclimatic heterogeneity mehr Information
  • 2022-25 DroughtMAP - development of indicators that allow a pre-visual identification of drought stress in agricultural ecosystems  more information
  • 2021-23 AustroSIF - Early stress detection in Austrian ecosystems through sun-induced chlorophyll fluorescence  more information
  • 2020-23 FluoMap - ML-based Fluorescence Retrieval from Optical Satellite Data  more information
  • 2018-24 MEaSUREs - NASA Making Earth Science Data Records for Use in Research Environments  more information
  • 2018-22 SENTIFLEX - Fluorescence-based Photosynthesis Estimates for Vegetation Productivity Monitoring from Space more information
  • 2017-23 FLEX L2 End-to-end Mission Performance Analysis  more information
  • 2015-20 FLUO-SYNTHESIS - generate new mechanistic understanding and develop new methodology to quantitatively interpret solar-induced fluorescence in terms of photosynthesis  more information