This is an interesting podcast about geospatial mapping. This particular episode (15 min) is broader, about how to share ideas. I really enjoyed it: mapscaping.com/podcast/what-i…

Question: how do you keep up with the literature in your field? I used to browse the journals in our (now closed) Oceanography library, and subscribed to a few print journals.

My wonderful PhD lab is looking for a post-doctoral fellow. It's a great environment and a fun model to work with (Vancouver's not bad either).

Our paper is out! We set out to understand how anthropogenic carbon has changed the coastal Pacific Northwest since the pre-industrial era. Here's a bit about what we did (🧵) agupubs.onlinelibrary.wiley.com/doi/abs/10.102…

Contemplating today's terrible Supreme Court ruling limiting EPA power to regulate CO2. The recent history presented in the PBS Frontline documentary "The Power of Big Oil" is very informative on how we got here.

Here is a new paper on mixing in the Salish Sea by my student Erin Broatch. Important results on numerical mixing in a realistic model! journals.ametsoc.org/view/journals/…

Come join our team investigating the carbon sequestration potential of Canada's coastal oceans! $70K to $90K per year, benefits (including 4 weeks PTO and extended health), a relocation allowance ($5K+), hansialice.github.io/posts/2022/08/…

In new research, scientists used hydrodynamic modeling to predict the best way of using moored instruments to measure water flows in three large natural estuaries. eos.org/research-spotl…

What drives Puget Sound's 'underwater Amazon'? The interaction between fresh and salt water stokes an engine that drives water circulation throughout the entire basin, something intensely important to the understanding and management of Puget Sound. eopugetsound.org/magazine/ask-s…

Come join our interdisciplinary team investigating the carbon sequestration potential of Canada's coastal oceans! Visit bluecarboncanada.ca to learn more. Find the full job description and information on how to apply here: hansialice.github.io/posts/2022/11/…

Fighting ocean acidification – For Washington washington.edu/forwashington/…

I am at the Ocean Visions meeting #OVS23. So much amazing energy around climate solutions with the ocean. This is the future of oceanography.

Session 19 kicked off with the presentation by invited speaker Dr Siedlecki Samantha Siedlecki on whether seasonal forecasts of ocean conditions including ocean acidification variables aid fishery managers, based on experiences fom 10 years of J-SCOPE

DYK that on average, it takes about two months for water to circulate through Puget Sound (some places more, some places less)? We've prepared a new infographic showing how it all works. #PugetSoundFactBook eopugetsound.org/articles/circu…

Jilian Xiong, my postdoc, has a great paper out, open for public comments: Intercomparisons of five ocean particle tracking software packages gmd.copernicus.org/preprints/gmd-…

A defining characteristic of Puget Sound is that it is an estuary. That means it is a place where fresh water mixes with salt water. This mixing is important for species like salmon but also has a profound impact on water circulation. Here's how it works. eopugetsound.org/articles/circu…

I'm writing a paper. I got most of the way through the Introduction, looked at the References, and found I had not cited a single female lead-author paper. There were plenty I could have. Embarrassing.

New paper on the estuarine exchange flow in the Salish Sea: doi.org/10.1029/2023JC…. Surprising results about the importance of tidal pumping!

Wondering if your particle tracking scheme is giving reliable results? Here is a new paper comparing several schemes using ROMS output: gmd.copernicus.org/articles/17/33…

Here is an interesting new paper about tidal energy in Puget Sound - have you every wondered how to separate incident and reflected tidal waves? dx.doi.org/10.1029/2023JC…