|
Intern
|
Project Title
|
| Peyton Lee |
Creating benchmarks for deep-sea creature detection and tracking models. |
| Tatjana Ellis |
Detecting “clicks” in hydrophone data and classification using machine learning. |
| Brooke Pauken |
Visualizations of deep-sea flows using light field imaging data. |
| Jill Alexander |
Calculating velocities using stereo cameras and optical flow. |
| Bruno Lopez |
Characterization of the phytoplankton phenology in the subarctic Pacific. |
| Ally Morris |
Testing the fidelity of global biogeochemical algorithms in the California Current System to study carbon cycling. |
| Anna Hughes |
Characterizing changes in upwelling dynamics under anthropogenic climate change with Spray underwater gliders. |
| Addie Norgaard |
Using gliders to study air-sea CO2 flux in an upwelling region. |
| José Eyzaguirre |
Stereo camera calibration analysis for seafloor mapping. |
| Sierra Garcia |
What makes it stick? Deep-sea fauna awareness and engagement from a social media giveaway campaign. |
| Francesca Alatorre |
Jellywatch: Examining the physical drivers behind on-shore Velella jellyfish sightings through citizen science. |
| Lyndsey Claassen |
Revealing the Monterey Bay upwelling shadow front using Dorado AUV time-series data. (paper in preparation for publication) |
| Tina Nguyen |
Characterization and analysis of ctenophore morphology. |
| Brooke Hale |
Global coherency of light as a primary driver for coral reef metabolism. (paper in preparation for publication) |
| Luke Dorrian |
Evaluating the VN-100 IMU/AHRS as an inertial current meter in coastal profiling floats. |
| Olivia Boeberitz |
Nucleotides to rorquals: Delineating humpback whale distribution with eDNA. |
| Raksha Doddabele |
Prototyping a rapid bioinformatics pipeline for eDNA processing. |
| Madison Pickett |
Exploring coherence metric for optimizing topic models of humpback song. |
| Kristina Samborski |
Observing Molidae through eDNA. |
