Now this is the thread I'm here for! I've noticed Julia has become very popular for scientific agentic AI code. I guess it's a good language but no one wanted to put the effort in before?
Now this is the thread I'm here for! I've noticed Julia has become very popular for scientific agentic AI code. I guess it's a good language but no one wanted to put the effort in before?
I know there have been some Project 2029 memes, but what do we need to make it real?
Fundraising infrastructure outside Act Blue / DNC?
Effective GOTV infrastructure?
The vision for a better tomorrow for all of us is easy. No need for vengeance against anyone, just a plan to make a better country
Screenshot of the lesson, showing a radar dish overlaid with text: "Online Course Dual-Polarization Fundamentals 1h 30m - 2h Description Once an experimental type of weather radar, dual-polarized (βdual-polβ) weather radar is now deployed across the United States and many parts of the world. This lesson will introduce the basic principles of dual-pol weather radar. By the end of this lesson, learners will understand physical meanings of several commonly used polarimetric radar variables, including differential reflectivity, correlation coefficient, differential phase, specific differential phase, and linear depolarization ratio. Examples will be presented demonstrating the distinctive polarimetric signatures of different scatterer types, both meteorological and non-meteorological. Note: This lesson has as a prerequisite the prior lesson, Weather Radar Fundamentals. It is strongly recommended that beginning learners complete that lesson before starting this one."
I am so excited to announce that one of the radar meteorology courses that I developed with @comet-meted.bsky.social is now available! "Dual-Polarization Fundamentals" picks up where "Weather Radar Fundamentals" left off! learn.meted.ucar.edu#/online-cour... (Register on learn.meted.ucar.edu first.)
If you can really guide it, I've had great success. I.e. fill out this function and here's how I'll use it. They seem to struggle when given too open ended of a task.
What if he does the funniest thing on Friday??
Gl gl
That's crazy π€―
Whoa what place is that?!
Hope you enjoy your stay!
Plots of Storm Relative Helicity for non-tornadic, weakly tornadic, and significantly tornadic. There is a clear separation of storm relative helicity values for non-tornado vs tornado cases.
Storm motion comparisons for Bunkers right vs observed storm motion for non-tornadic & tornadic cases. Observed storm motion is to the left of Bunkers for non-tornado cases and to the right for tornado cases
Nice paper by Brice Coffer et al last week that moves us closer to reliable tornado prediction. They resolve issues in model datasets that previously prevented discrimination.
Also they look at how observed storm motion compares to Bunkers in tornado vs non-tornado.
arxiv.org/abs/2503.15466
Tough, but fair.
100% so cringe
An oldie but goodie
We somehow need to be able to make space for people to change their minds and be able to switch sides without being brigaded though.
It's not useful to us to demonize them and it forces them back bc they can live with the pain easier than shame & harassment
I am mass-ordering Joker paint to prop up consumer spending
Curious how it works out for you if you try it. Some peeps rave about it because it stops the positive feedback loop
propranolol?
Map of the United States displaying hydrogen ion wet deposition levels from measurements taken in 1985 by the Central Analytical Laboratory. The map uses a color gradient from green (low deposition) to red (high deposition) to show varying levels of H+ deposition (kg/ha). The highest deposition levels are concentrated in the northeastern U.S., while the western U.S. has the lowest levels. Black dots indicate measurement locations. The map is sourced from the National Atmospheric Deposition Program/National Trends Network
Map showing hydrogen ion wet deposition measurements across the United States and parts of Canada, indicating values in kg/ha for 2022. The color gradient represents different concentration levels, with a scale on the right. Sites not pictured are listed at the bottom. The map is mostly green, indicating that H+ deposition is no longer a environment issue that it once was.
Another dataset I like is from the National Atmospheric Deposition Program, which has maps of the US that show we fixed the acid rain problem by implementing stricter emission controls on power plants.
nadp.slh.wisc.edu/maps-data/nt...
If you would like to read the digital version, it's here www.nytimes.com/2025/02/03/o...
Nice to see The NY Times feature our work on the next housing affordability crisis: climate change.
A recording of my talk at the recent AMS meeting:
The Hidden Climate Tax: How Climate Change Increases Energy Demand and Costs For Society
youtu.be/FoAo_a612XQ
Is this about Vision Pro ππΌ
PDF of tornado warning duration from October 1999-Sept 2003, when directive said warnings should be from 30-60 minutes in duration, and Oct 2003-Sept 2007, when directive changed to 15-45 minutes in duration. Distributions show almost no change. Early (late) 70.6% (70.6%) from 30 to 60, 66.9% (62.8%) from 15 to 45.
More NWS tornado warning trivia. In Oct 2003, the directive for duration changed from "should be 30 to 60 minutes" to 15 to 45 minutes. Plot shows pdf 4 years before and after official change. Early (late) 70.6% (70.6%) from 30 to 60, 66.9% (62.8%) from 15 to 45.
G'morning
Lmaoooooo
Never really appreciated the last time I had honey roasted peanuts and a plastic cup on Southwest.
Super excited for Matt & First Street to have made the Time Climate 100 list.
time.com/7172460/matt...
You might not make the lists but you are easily one of my favorite follows on these platforms!
We got the memes from @stormchasernick.bsky.social that's all we really need