Projects

Global leaf N and P
Identifying global controls and spatial upscaling
Global leaf N and P
Sensing drought stress
Unlocking the full potential of surface reflectance remote sensing
Sensing drought stress
Ecological data assimilation
Data from intensive ecosystem monitoring sites are assimilated into predictions of a mechanistic ecosystem model
Ecological data assimilation
Phenology and photosynthesis
Is autumn phenology (really) sink-driven?
Phenology and photosynthesis
Optimality and plant hydraulics
A step towards a unified theory of plant photosynthesis and hydraulics
Optimality and plant hydraulics
Cold acclimation effects on photosynthesis
Addressing a neglected source of model bias
Cold acclimation effects on photosynthesis
Machine learning for GPP
Building powerful models for spatial upscaling.
Machine learning for GPP
DGVM linearity
Diagnosing to what global vegetation models simulate source (photosynthesis)-driven carbon cycle dynamics.
DGVM linearity
Rooting zone water storage capacity
A method for sensing the global distribution of the rooting zone water storage capacity from space. It’s consistent with plant adaptation to their hydroclimate!
Rooting zone water storage capacity
New constraints on terrestrial photosynthesis
Developing a reduced-complexity land carbon balance model to use atmospheric constraints on terrestrial photosynthesis.
New constraints on terrestrial photosynthesis