Other Resources

Presentation Resources

AGU 2025

New Orleans, LA, USA

“Deriving Mixed Layer Boundary Conditions from Ocean Transient Tracer Observations”

Watch this space for materials associated with this presentation.

Program on Climate Change Summer Institute 2025

Friday Harbor, WA, USA

“Deriving Mixed Layer Boundary Conditions from Ocean Transient Tracer Observations”

Click here for a PDF of my poster.

Dissertations in Chemical Oceanography (DISCO XXIX) 2024

Lihue, HI, USA

“The other CO2 problem and the Laurentian Great Lakes”

Slides available upon request. This presentation is associated with my doctoral dissertation and two of its published chapters here and here.

ASLO 2024

Madison, WI, USA

“Patterns of Lake Superior AIS dispersal illustrated by particle tracking”

This presentation is associated with a manuscript:

Sandborn, D. E.; Austin, J. A.; Lafrancois, B. M. (2025). ``Developing a particle tracking model in Lake Superior’’. NPS Reports. In review.

OCB 2023

Woods Hole, MA, USA

“The Other CO2 Problem in the Saltless Seas: High-Resolution Observations in Lake Superior”

Click here for a PDF of my poster.

This poster is associated with a publication:

Sandborn, D. E. & Minor, E. C. (2024). Underway pCO2 surveys unravel CO2 invasion of Lake Superior from seasonal variability. Journal of Geophysical Research: Biogeosciences, 129, e2023JG007877. doi:10.1029/2023JG007877

Outreach and Teaching

Day of [Water] Data 2023

A demonstration of data science tools applied to local water resources research.

WikiProject Limnology and Oceanography

A collaborative effort to improve L&O-related content on Wikipedia.

Coding

TRACE

TRACE: Tracer-based Rapid Anthropogenic Carbon Estimation is an algorithm for estimation of anthropogenic carbon in the ocean. It’s available for MATLAB (originally – see the TRACEv1 paper) and my work-in-progress Python port which is the subject of a manuscript in preparation.

LGLParticleTracking

Demo code for replicating and extending our Lake Superior particle tracking study. This work is the first to couple the updated Lake Superior Operational Forecast System FVCOM hydrodynamic hindhast model with particle tracking software (here, the open-source OceanTracker). This project will be described further in an NPS Report currently in review.

RPi-Alkalinity

Resources for open-source, low-cost alkalinity titration with a Raspberry Pi. This project is described further in the associated publication.