UMass Boston

CBL

CBL.

CBL1

CBL2

 

We use the unique portability and robustness of the CBL to scan many different types of environments, and use the structural information in lots of different ways. For example we scan forests to look at the size, structure and biomass of the trees:

CBL_HF

qsm_tree

We work extensively in tropical forests. The light CBL can be deployed on large tripods to reach areas which are hard to observe, such as the upper canopies of tropical forests. CBL Engineer Francesco Peri appears in the center-left of the bottom image:

Trop

By combining multiple scans we can look at the structure of even very tall tropical trees:

Trop2

We have also studied mangroves in Costa Rica at part of a NASA EcoSAR validation campaign:

mangrove2

The roots of the mangroves are modelled similarly to tree branches:

mangrove

We have also studied vegetation dynamics and geomorphology at Plum Island LTER in collaboration with the TIDE project. These deployment towers facilitated scanning of the creeks while minimizing disturbance:

https://www.umb.edu/editor_uploads/images/csm_eeos/images/IMG_4181.JPG

This is a lidar "point cloud" of the structure of the creeks:

Saltmarsh

We extensively calibrate our instruments at UMass Boston:

https://www.umb.edu/editor_uploads/images/csm_eeos/images/IMG_20141016_121340522.jpg

Professor Crystal Schaaf’s Lab

School for the Environment
University of Massachusetts Boston
100 Morrissey Blvd.

BostonMA 02125