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Meteopress Online & Michal Najman se pta Tomas Cupr na to kdo mu muze pomoci s expanzi. "Je tu hodne lidi z managementu, kteri prijimaji instrukce z venku. Potrebujete lidi, kteri pomohou vymyslet system" x.com/i/spaces/1DXxy…

⛈️This is the first supercell in 2025 that was captured by our weather radar in Porto Alegre yesterday. According to radar data, this supercell was accompanied probably by large hail up to 5 cm in diameter. 📡

⛈️Two long-lived supercells in the Rio Grande do Sul region were captured by our weather radar in Porto Alegre yesterday. Supercells were accompanied mainly by large hail. 📡

Tak to je legrace, shodou okolností asi osobně znám oba vyloučené poslance - jak Rado Salistrose tak Sama Migala.. a ani jsem nevěděl, že tam byli :) Jestli tohle byl plán celou dobu, jak vzít Ficovi vládu nad Slovenskem, tak klobouček..

Precipitation over the island of Tongatapu from January 27 to 31, 2025, as observed by the Meteopress weather radar.

📡We are often asked about the range of our radar. Here, you can see that the radar in Tonga can detect echoes over SE Fiji. ➡️This highlights the possibility of creating a composite radar network in the Pacific using our solar-powered radar. The measured distance is 439 km.

When people talk about AI in meteorology, they often think of nowcasting. But AI can do much more! One example is beam blockage filling - a method to restore partially blocked radar scans. 🎥 In the video: CAPPI vs. CAPPI with AI-based beam blockage filling. See the difference!

Thunderstorms in Rio Grande do Sul yesterday reached heights of over 15 km, with some being almost 20 km high. Picture below shows echoes 126 km from the radar at 7.8° elevation, meaning middle of the beam is at 18 km. Highest echo we detected was at over 20.5 kilometers.

Vertical cross section of a weak squall line that was led mainly by a cold pool from strong downbursts in environments with small low-level wind shear. This is a nice illustration of the RKW theory. This storm was captured by our weather radar in Porto Alegre on 15th February.

🌧️Yesterday's passage of a cold front north of Toulouse was captured by our weather radar. 📡

Seeing how the USA now hellbent on emulating their newfound ally of Russia, both at home and abroad, I find myself obliged to repost my dive into Russia's posh cities, just to give your average MAGA a glimpse into the greatness Trump is sure to bring about! Do enjoy!🧵

Hey Sky Sports F1 I think that Ocon is not at BWT Alpine Formula One Team but MoneyGram Haas F1 Team . Old habits are hard to get rid of, right?

🌩️The third supercell captured by our weather radar on Saturday evening south of Toulouse exhibited very pronounced rotation. The strongest rotation in the mesocyclone was observed at an altitude between 2 and 3 km. Data from our weather radar in Toulouse, France.📡

Yesterday’s thunderstorms in southern France produced large hail, indicated by high reflectivity, low RhoHV, ZDR, and KDP. Echo tops reached ~15 km, highlighting the storms’ intensity. 🌩️

🌪️Read about the first tornado of 2025 in the Czech Republic 📷—a weak case on May 18. Though undocumented visually, eyewitness reports, tree damage, and radar data (hook echo & mesocyclone) suggest it. blog.meteopress.com/czech-republic…

⛈️On Monday, our X-band weather radar currently deployed at a testing site near Prague captured a well-structured storm, which was accompanied by strong wind gusts and also several downbursts.📡

⛈️Several very severe supercells, primarily accompanied by large hail and severe wind gusts, occurred in France on Wednesday. Our weather radar in Toulouse captured two impressive supercells, which can be seen in detail through vertical cross-sections.📡

One of the supercells in southern France last week produced hailstones up to 10 cm in diameter. The storm tracked over 200 km before dissipating.

📡Today, our meteorologists captured a notable storm near Pardubice, Czechia, using our mobile X-band weather radar. Mobile weather radars offer higher resolution than standard radars, allowing meteorologists to better localize and forecast the severe weather phenomena in storms.

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