New post on #Pangeo discourse to publicize a new Eulerian+Lagrangian cloud-optimized #ocean dataset available to anyone on #AWS@AWSOpenData Please share and check it out👇
https://t.co/C996weGqKU
You can load the IBTrACS global tropical cyclone tracks with one line from our @CloudDrift2 python library:
```from clouddrift.datasets import ibtracs
ds = ibtracs()
```
Check out the demo notebook 👇
https://t.co/aYWdSJXdGq
🌀 June 1 is the first day of Atlantic hurricane season! Get ready with IBTrACS, a complete dataset consisting of historical and recent tropical cyclone statistics. Access IBTrACS and learn more here: https://t.co/CYgKWXLBVC
🏳️🌈 🏳️⚧️Happy Pride Month! At AGU, we celebrate the LGBTQIA+ scientists, students, educators, and allies who enrich the Earth and space sciences with their brilliance, curiosity, and courage.
Science thrives when everyone can bring their full selves to the work of discovery.
🌍✨This month and every month, we stand with our LGBTQIA+ community—because inclusion drives innovation, and representation matters.
1/2 Since the #AMOC is in news, It is a good time to reflect on the hard work that many groups conduct in order to obtain observational estimates of the strength of the #AMOC. The @RAPID_AMOC and @osnap_updates teams organized a workshop in 2025 to review technical approaches
Two decades of deep-ocean measurements at four western Atlantic sites show a consistent decline in deep overturning transport from near the Caribbean to Canada, matching a weakening AMOC. @ScienceAdvances https://t.co/F7xaQB3qdG https://t.co/NQzITPgVGa
Measurements by buoys at four latitudes in the western Atlantic provide the strongest evidence yet that the Atlantic Meridional Overturning Circulation is weakening https://t.co/NwaNl6Zcoj
In conclusion, the #AMOC strength estimated at 26°N is declining, and this appears to be representative of what is happening throughout the subtropical to mid-latitude North Atlantic.
Is the #AMOC currently weakening? A thread. Yes, if you fit a straight line through the time series of AMOC strength derived from the #RAPID array at 26°N, it does, at a rate approaching 1 Sv per decade over the last 20 years.
Such pressure signals from deep western overturning transport may arguably serve as an effective indicator of potential #AMOC changes, even if they are partially offset by signals at the eastern boundary.