Tootfinder

"Phone Case Brand Designs Autonomous Floating Plastic Collection Platform to Combat Ocean Waste"
#Oceans #Plastic #Plastics

Phone Case Brand Designs Autonomous Floating Plastic Collection Platform to Combat Ocean Waste
According to a release from parent company RHINOSHIELF, the squadron of AI-driven drones identify pollution hotspots in real time.

I've done this many, many times before much to my amusement... cuz I'm paying. And I'll buy or not buy what I want. 😉
▶️ Letting her order first then saying I’m not hungry
https://youtube.com/shorts/p5z6c3tmIPQ?si=OxQxNQUXssLrYJov

🇺🇦 #NowPlaying on KEXP's #MorningShow
Datarock:
🎵 I Used to Dance With My Daddy
#Datarock
https://open.spotify.com/track/0oGMAiGTi3oYNqSi5NRtzu

"For me, our job as artists is to serve the story, serve the director, and serve the fellow actors. And if you do that, by osmosis you’re serving yourself because you’ll get the best out of yourself."
—David Oyelowo
#acting #coaching

Das Team vom SV Enge-Sande hat es tatsächlich geschafft, einen neuen Geschwindigkeitsrekord beim Race Across America aufzustellen. Mit einer Durchschnittsgeschwindigkeit von 24.99 mph (ca. 40,22 km/h) benötigten sie für die Strecke von Oceanside nach Atlantic City 5 Tage 2 Stunden und 47 Minuten.
#RAAM #RaceAcrossAmerica

we're back from ossineke, where we hung out with these people for a few (too few) days

RE: https://mstdn.social/@osnews/116977577468557688
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Not that I had too much confidence in the software quality by German automotive megacorps but #VW has decided that they don't want customers like me:
https://www.osnews.com/story/…

I posted the code for the integration on my git, if you have a portable AC from Hantech, Lifetime Air, Oceanic, or Saneo, this might work for you too.
https://git.yeold.org/yeold/hantech-ac-esphome

Lagged sea-surface-temperature precursors of the leading PM2.5 mode in China
Yuan Chen, Dan Zhao, Xu Li
https://arxiv.org/abs/2605.25436 https://arxiv.org/pdf/2605.25436 https://arxiv.org/html/2605.25436
arXiv:2605.25436v1 Announce Type: new
Abstract: Fine particulate matter(PM2.5) pollution in China is strongly modulated bymeteorological variability, yet its seasonal predictability from oceanic signals remains unclear. Here we identify the leading PM2.5 variability mode over China and show that it is preceded by coherent sea-surface-temperature anomaly clusters by more than one season. These oceanic precursors influence summer PM2.5 mainly by altering precipitation and lowlevel ventilation, and winter PM2.5 by modulating boundary-layer height and near-surface stagnation. Using the four largest precursor regions, a simple regression model achieves significant independent prediction skill for both summer and winter PM2.5 variability. Our results reveal a physical pathway linking sea-surface-temperature memory to regional aerosol pollution and provide a basis for seasonal air-quality risk assessment.
toXiv_bot_toot