Russia’s Record -45C; Blizzards Slam Xinjiang; Deep Winter Ahead As QBO And Stratosphere Align; Australia’s Bumper Snow Season; CBS Fires Its ‘Climate Unit’; + Europe’s Solar Boom Is Breaking The Grid
Russia’s Record -45C; Blizzards Slam Xinjiang; Deep Winter Ahead As QBO And Stratosphere Align; Australia’s Bumper Snow Season; CBS Fires Its ‘Climate Unit’; + Europe’s Solar Boom Is Breaking The Grid
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13 Thoughts to “Russia’s Record -45C; Blizzards Slam Xinjiang; Deep Winter Ahead As QBO And Stratosphere Align; Australia’s Bumper Snow Season; CBS Fires Its ‘Climate Unit’; + Europe’s Solar Boom Is Breaking The Grid”
Why does the UAH graph continue to trend upwards despite the cool down earlier this year after the effects of the Honga volcano of 2o22 have dissapated? Also we ALWAYS have mild winters nowadays in western Europe, no matter how cold it gets in Siberia, China and Japan. Could this be due to the complete lack of ice cover from north of Spitzbergen to Novaya Zemblya which we have nowadays? Douglas Vogt of the Diehold Foundation says that the UV radiation of the Sun is intensifying because the Sun is getting ready to nova in 2046. Ben Davidson of Suspicious Observers also states this.
The winter months in the northern hemisphere are warmer than normal. It has been like this for the last 10-20 years.
This causes the Earth’s average temperature to increase during October-March.
That is the reason why UAH temperatures have risen in October.
NOAA’s monthly Northern Hemisphere anomalies graph shows warmer temperatures for the Northern Hemisphere winter months:
Global Land and Ocean Average Temperature Anomalies January 2023: 0.89
Global Land and Ocean Average Temperature Anomalies January 2024: 1.31
Global Land and Ocean Average Temperature Anomalies January 2025: 1.35
Northern Hemisphere Land Average Temperature Anomalies January 2023: 1.96
Northern Hemisphere Land Average Temperature Anomalies January 2024: 2.46
Northern Hemisphere Land Average Temperature Anomalies January 2025: 2.87
Northern Hemisphere Land and Ocean Average Temperature Anomalies January 2023: 1.29
Northern Hemisphere Land and Ocean Average Temperature Anomalies January 2024: 1.75
Northern Hemisphere Land and Ocean Average Temperature Anomalies January 2025: 1.85
Stay away from Mr. Nova whoever it is.
When we have COMPLETE knowledge of Earths atmosphere than we will know why its hot in one area and cold next door. We THINK we know everything but remember this one fact…The more you learn the more you understand you know SQUAT!
Douglas Vogt cites as evidence for the Sun’s intensification the fact that whereas it always used to look brilliant yellow (which I remember) the Sun now looks a brilliant harsh white, like the LED headlights of modern expensive cars. We are not approaching a grand solar minimum, but the nova, which is connected to the current magnetic weakening and reversal, will after the nova will plunge the world into a full ice age.
The sun can have different colors depending on how much particles are in the atmosphere.
I found these answers about the color of the sun:
Pollution and dust: Areas with high levels of air pollution, smoke, or dust will appear to have a redder or more orange sun. The more particles in the air, the more blue light is scattered, leading to more vibrant red sunsets.
Clearer skies: Areas with cleaner air will show the sun’s “true” color more often. For example, sunlight in many parts of Scandinavia and the UK can have a cooler, blue quality because there is less particulate matter to scatter the blue light.
Tropical vs. polar regions: In areas closer to the equator, the sun’s rays are more direct, resulting in light that is often brighter and more yellow. In higher latitudes, the angle of the sun is more oblique, and the light has a cooler, bluer quality.
Time of day: The sun’s angle also changes throughout the day. Morning and evening light is warmer and more golden because of the longer path the light travels through the atmosphere. Midday light, when the sun is highest, is often brighter and “whiter” because the light passes through less atmosphere.
I’m a yellow dwarf, also.
I predicted a 0.13 reduction in global temps for October.
I have been hiding under the carpet with my stolen extra daylight hours.
One minute I was drowning in pedantic Spinkified BS, and then I got hit by a screwball out of left field! I laughed so hard and so long I pulled a muscle in my back! It’s been a long time since I laughed like that.
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Why does the UAH graph continue to trend upwards despite the cool down earlier this year after the effects of the Honga volcano of 2o22 have dissapated? Also we ALWAYS have mild winters nowadays in western Europe, no matter how cold it gets in Siberia, China and Japan. Could this be due to the complete lack of ice cover from north of Spitzbergen to Novaya Zemblya which we have nowadays? Douglas Vogt of the Diehold Foundation says that the UV radiation of the Sun is intensifying because the Sun is getting ready to nova in 2046. Ben Davidson of Suspicious Observers also states this.
The winter months in the northern hemisphere are warmer than normal. It has been like this for the last 10-20 years.
This causes the Earth’s average temperature to increase during October-March.
That is the reason why UAH temperatures have risen in October.
A table of annual temperature for the Earth, the Northern Hemisphere and the Southern Hemisphere:
Degrees celcius anomaly
Year/Glob/NHem/SHem
2000 0.39 0.50 0.28
2005 0.68 0.85 0.50
2010 0.72 0.90 0.55
2015 0.90 1.18 0.62
2020 1.01 1.34 0.67
2024 1.28 1.65 0.91
https://data.giss.nasa.gov/gistemp/tabledata_v4/ZonAnn.Ts+dSST.txt
The above table as a graph.
https://data.giss.nasa.gov/gistemp/graphs_v4/graph_data/Hemispheric_Temperature_Change/graph.html
NOAA’s monthly Northern Hemisphere anomalies graph shows warmer temperatures for the Northern Hemisphere winter months:
Global Land and Ocean Average Temperature Anomalies January 2023: 0.89
Global Land and Ocean Average Temperature Anomalies January 2024: 1.31
Global Land and Ocean Average Temperature Anomalies January 2025: 1.35
Northern Hemisphere Land Average Temperature Anomalies January 2023: 1.96
Northern Hemisphere Land Average Temperature Anomalies January 2024: 2.46
Northern Hemisphere Land Average Temperature Anomalies January 2025: 2.87
Northern Hemisphere Land Average Temperature Anomalies January graph:
https://www.ncei.noaa.gov/access/monitoring/climate-at-a-glance/global/time-series/nhem/tavg/land/1/1/1850-2025
Northern Hemisphere Land and Ocean Average Temperature Anomalies January 2023: 1.29
Northern Hemisphere Land and Ocean Average Temperature Anomalies January 2024: 1.75
Northern Hemisphere Land and Ocean Average Temperature Anomalies January 2025: 1.85
Northern Hemisphere Land and Ocean Average Temperature Anomalies January graph:
https://www.ncei.noaa.gov/access/monitoring/climate-at-a-glance/global/time-series/nhem/land_ocean/tavg/1/1/1850-2025
Stay away from Mr. Nova whoever it is.
When we have COMPLETE knowledge of Earths atmosphere than we will know why its hot in one area and cold next door. We THINK we know everything but remember this one fact…The more you learn the more you understand you know SQUAT!
Douglas Vogt cites as evidence for the Sun’s intensification the fact that whereas it always used to look brilliant yellow (which I remember) the Sun now looks a brilliant harsh white, like the LED headlights of modern expensive cars. We are not approaching a grand solar minimum, but the nova, which is connected to the current magnetic weakening and reversal, will after the nova will plunge the world into a full ice age.
The sun can have different colors depending on how much particles are in the atmosphere.
I found these answers about the color of the sun:
Pollution and dust: Areas with high levels of air pollution, smoke, or dust will appear to have a redder or more orange sun. The more particles in the air, the more blue light is scattered, leading to more vibrant red sunsets.
Clearer skies: Areas with cleaner air will show the sun’s “true” color more often. For example, sunlight in many parts of Scandinavia and the UK can have a cooler, blue quality because there is less particulate matter to scatter the blue light.
Tropical vs. polar regions: In areas closer to the equator, the sun’s rays are more direct, resulting in light that is often brighter and more yellow. In higher latitudes, the angle of the sun is more oblique, and the light has a cooler, bluer quality.
Time of day: The sun’s angle also changes throughout the day. Morning and evening light is warmer and more golden because of the longer path the light travels through the atmosphere. Midday light, when the sun is highest, is often brighter and “whiter” because the light passes through less atmosphere.
Our sun is a yellow dwarf. A nova is something that white dwarf stars in binary systems do, because they pull material from their companion stars.
I’m a yellow dwarf, also.
I predicted a 0.13 reduction in global temps for October.
I have been hiding under the carpet with my stolen extra daylight hours.
I can’t stop laughing!!!!! 🤣🤣🤣🤣🤣
One minute I was drowning in pedantic Spinkified BS, and then I got hit by a screwball out of left field! I laughed so hard and so long I pulled a muscle in my back! It’s been a long time since I laughed like that.
You are too funny!