Track 1 · Decoding Complexity

Plant Growth
Dynamics

Translating biological complexity into efficient numerical models

Time Growth Reduction Simulation Biology → Numerical Model

Translating biology into numerical models

We convert biological complexity — such as energy-use dynamics and input resource efficiency — into high-efficiency numerical models through dimensionality reduction, building the backbone of accurate growth simulators. This methodological approach bridges the gap between raw biological data and computationally tractable growth predictions.

Plant Growth Dynamics - Finite Resource Budgets

Research Topics

Three interconnected pillars that drive our understanding of plant growth dynamics and energy-use efficiency.

Light Quality - plant factory with different LED spectra

Light Quality

Spectral Tuning Photoreceptors Light Recipe
Photosynthesis measurement setup

Photosynthetic
Physiology

Light Response Photoinhibition Gas Exchange
Leaf stomata microscope view

Leaf Temperature
& Evapotranspiration

Stomatal Dynamics Evapotranspiration Energy Balance

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