Welcome to the Lab!
Our lab is working to develop the next generation of high-performance computational tools that can allow for realistic simulation of plant systems in order to better understand how plant structure and function impacts biophysical processes across scales. We combine novel experimental and modeling approaches to conduct basic and applied research in plant productivity and water-use efficiency.
Read more about lab research here.
Software
Our research is centered around the Helios 3D simulation software, which is developed and maintained by the lab. Helios is a C++ API that manages 3D model geometry and associated data, and has numerous model plug-ins, e.g., radiation, transpiration, photosynthesis, LiDAR, and others. Learn more here.
Recent Publications
- Late 2024
- Computer-aided design and optimization of a multi-level fruit catching system for fresh-market fruit harvesting. Computers and Electronics in Agriculture Link to Article
- Mid 2024
- Does intensity-based weighting of multiple-return terrestrial LiDAR data improve leaf area density estimates? Remote Sensing of Environment Link to Article
- Mid 2024
- Simulation of automatically annotated visible and multi/hyperspectral images using the Helios 3D plant and radiative transfer modeling framework. Plant Phenomics Link to Article
- Early 2024
- VisTA-SR: Improving the Accuracy and Resolution of Low-Cost Thermal Imaging Cameras for Agriculture. Proceedings of the IEEE/CVF International Conference on Computer Vision (ICCV) Workshops Full-Text PDF
- Early 2024
- Practical considerations and limitations of using leaf and canopy temperature measurements as a stomatal conductance proxy: sensitivity across environmental conditions, scale, and sample size. Plant Phenomics Link to Article
- Early 2024
- Quantifying Water-Use Efficiency in Plant Canopies with Varying Leaf Angle and Density Distribution. Annals of Botany. Link to Article