RP1
Characterisation of temporal variability of plant traits and ecosystem functional properties using optical signals
RP2
Investigation of the topographic control on essential biodiversity variables, plant traits and ecosystem functional properties using multiple remote sensing sensors and platforms
RP3
Vegetation structure and function measurement and modelling using drone based sensing techniques
RP4
Deciphering the factors controlling the relationship between Ecosystem Functional Properties and sun-induced fluorescence and canopy reflectance in time and under different nutrient conditions using model-data integration approaches.
RP5
Developing (machine learning) methods to derive ecosystem functional properties
RP6
Monitoring seasonal changes in Plant Traits from the combination of Landsat-8 and Sentinel-2 time series analysis: exploring the relationship between vegetation water status and water fluxes.
RP7
Sun-induced and laser-induced fluorescence –novel indicators of vegetation stress and resource use efficiency
RP8
Developing operational radiative transfer models for Plant Traits and Ecosystem Functional Properties estimation from multi source remote sensing data
RP9
Remote sensing tools for monitoring grassland plant leaf traits and ecosystem functioning along an altitudinal gradient
RP10
Operational application of Ecosystem Functional Property maps to diagnose anomalies in crop production due to vegetation stress
RP11
Multi-temporal and multi-source assessment of plant traits and ecosystem functional properties in agriculture
RP12
Multi-source remote sensing for landslide monitoring and modelling
