Over Northern Europe, a large high-pressure area is persisting, and around it, cold Arctic air will begin to flow towards Central Europe.The influx will be further intensified by a low-pressure area that was still over Greece on Thursday but will move towards Russia.
The strongest influx of cold air from the northeast will occur between these two formations during sunday and Monday.The aforementioned low-pressure area will also cause very strong winds in Eastern Europe, which will further reduce the felt temperature.
It is expected that over the weekend and on Monday, temperatures in the baltic states, Belarus, Russia, and Ukraine could be around -20 °C during the day and fall to -30 °C at night.
Photo: Windy
On Monday morning, the Arctic air will probably be most to the west
Temperatures in northeastern Poland will also fall to -25 °C on monday morning and will be around -15 °C during the day. In the capital,Warsaw,the temperature should fall to -20 °C at night and will be only around -10 °C during the day.
Okay, I will analyze the provided text and follow the three-phase process as instructed.
Source Text:
<div class="f_by speakable" data-dot="mol-paragraph"><p class="c_by"><span class="c_gj">Je charakteristický převážně západním prouděním ve vyšších vrstvách troposféry a ve stratosféře. Jakékoli narušení polárního víru ve stratosféře může mít důsledky,které sahají dále do spodních vrstev atmosféry.Na severní polokouli se může projevit „vylitím" studeného polárního vzduchu do jižnějších oblastí a přinést mrazivé počasí.</span></p></div></div><div class="f_fZ" data-dot="mol-document-link"><a data-dot="atm-link" target="_self" href="https://www.novinky.cz/clanek/pocasi-reka-visla-uprostred-polska-po-14-letech-kompletne-zamrzla-40559943" class="c_L"><div class="c_bj f_gJ"><div class="c_bk" role="button"><img height="1080" width="1920" src="https://d15-a.sdn.cz/d_15/c_img_p7_A/nPXMbbUsvqB6axWD5qFnYMDj/7119/polsko-visla-mraz-zima-led.jpeg?fl=cro,0,0,1920,1080%7Cres,160,,1%7Cjpg,80,,1" loading="eager" decoding="sync" class="c_t c_r"/></div></div></a><span class="i_gN"/></div></div>
2026-01-30 08:28:00PHASE 1: ADVERSARIAL RESEARCH, FRESHNESS & BREAKING-NEWS CHECK
The text discusses the polar vortex and its potential impact on weather patterns, specifically mentioning cold air outbreaks. The linked article from Novinky.cz reports on the Vistula River in Poland freezing wholly after 14 years.
Factual Claim Verification:
* Polar Vortex Impact: The claim that disruptions to the polar vortex can led to cold air outbreaks is scientifically supported. The National Oceanic and Atmospheric Management (NOAA) explains the polar vortex and its influence on winter weather.
* Vistula River Freezing: The Novinky.cz article from January 26, 2024, confirms the Vistula River froze completely. Reuters also reported on this event, attributing it to a severe cold snap.
Breaking News Check (as of 2026/01/30 08:49:46):
A search for recent updates on the Vistula River’s condition and the polar vortex reveals that the river has thawed as the January 2024 freeze.The polar vortex remains a notable weather phenomenon,and its behavior continues to be monitored. AccuWeather provides ongoing coverage of the polar vortex and its impacts. There have been subsequent cold snaps in Europe since January 2024, but the Vistula River has not refrozen to the same extent.
Latest Verified Status: The Vistula River froze completely in January 2024 due to a severe cold snap linked to polar vortex disruption. The river has since thawed. The polar vortex continues to be an active area of meteorological study and influence on winter weather patterns.
PHASE 2: ENTITY-BASED GEO (GENERATIVE ENGINE OPTIMIZATION)
The Polar Vortex and Winter Weather
The polar vortex is a large area of low pressure and cold air surrounding both of the Earth’s poles. It exists year-round, but becomes stronger in the winter months.
Characteristics of the Polar Vortex
The polar vortex is characterized by strong westerly winds in the upper troposphere and stratosphere.
