As Blue Springs Weather begins to transition into spring. Maybe. Keep in mind that the Earth does not rotate perfectly; we will be flip-flopping when it comes to temperature and precipitation. The cold is not going away; temperatures will tease us over the next ten days, so don’t put away those winter coats.
Blue Springs Weather Forecast Breakdown
Tue 7 High of 48
Wed 8 High of 40 – Rain Rain possible
Thur 9 High of 47 Rain possible
Thur 9 High of 47 Rain possible
Fri 10 High of 34 Snow possible Early Morning 3 am
Sat 11 High of 41
Sun 12 High of 50 Windy
Conclusion
I still think winter will hang on, and temperatures will be cooler as we transition through the Grand Solar Minimum. As we progress through this natural transition, I think our summers will be cooler than usual. We may hit a few hot days, but I would be surprised if we have much of a summer. You can get more information on the GFS from the College of Dupage.
A grand solar minimum refers to a prolonged period of reduced solar activity, such as fewer sunspots and weaker solar flares, compared to average levels. The phenomenon is thought to occur every few hundred years and has been linked to significant climate changes in the past. In this blog, we will explore five reasons why a grand solar minimum is likely to occur in the near future.
Historical records: Historical records of sunspot activity dating back several hundred years have shown a regular, recurring grand solar minima pattern. This pattern suggests that we are due for another grand solar minimum in the near future.
Solar cycle prediction: Solar cycles have a predictable pattern, with a period of roughly 11 years. Scientists use this pattern to predict the solar activity and have identified signs suggesting a grand minimum is likely to occur in the next few decades.
Decreased solar activity: There is evidence of decreased solar activity in recent years, including fewer sunspots and weaker solar flares. This decrease in activity is consistent with the beginning stages of a grand solar minimum.
Influence on the Earth’s climate: Grand solar minima have been linked to significant climate changes in the past, including the Little Ice Age, which occurred during the last grand solar minimum in the 17th century. This suggests that a future grand solar minimum could significantly impact the Earth’s climate.
Impacts on the heliosphere: The sun’s magnetic field helps to protect the Earth from harmful cosmic radiation. This magnetic field weakens during a grand solar minimum, allowing more cosmic radiation to reach the Earth. This increase in radiation can have impacts on our climate, as well as on communication and navigation systems that rely on satellite technology.
In conclusion, there is strong evidence to suggest that a grand solar minimum is likely to occur in the near future. While the exact timing and magnitude of the event are uncertain, we must continue to monitor solar activity and prepare for any potential impacts on the Earth’s climate.
The wind chill, feels like, and heat index. They all three have one problem that makes them fail. They are CALCULATED! What does the media do? They take advantage of this calculation! It plays on your mind and what you are dealing with outdoors. Anyone can handle the weather if they are prepared for it. This post will likely anger some people, but you need to stop and read!
As winter approaches, we often hear the phrase “feels like” or “wind chill” temperature used to describe the weather conditions. While these terms are commonly used to give an idea of the actual temperature perceived by the human body, they are not accurate or reliable. Here are five reasons why wind chill and feels like temperatures should not be used.
Wind Chil is Relative
The wind chill is a theoretical calculation.
The wind chill is a theoretical calculation. The wind chill is a mathematical formula that calculates the cooling effect of wind on the human body. The analysis is based on several assumptions, such as the wind speed, air temperature, and body size, which are not always accurate in real-life conditions. Moreover, the formula does not consider factors such as sun exposure, clothing, or relative humidity.
Feels like temperature is subjective. The “feels like” temperature is based on the wind chill and heat index, which are CALCULATED and not MEASURED. However, it is still subjective and depends on personal factors such as clothing, physical activity, and body type. As a result, what feels like a particular temperature to one person may not feel the same to another.
Different weather stations can have different readings.
Different weather stations can have different readings. Wind chill and feel-like temperature readings can vary greatly depending on the weather station’s location. For instance, a weather station in a rural area may report a different wind chill than one in a city due to the effects of urban heat islands.
Wind chill can be misleading.
Wind chill can be misleading. Wind chill values can often be lower than the actual temperature, making it appear colder outside than it is. It is relative to the individual. What one person thinks is cold, another person is not. It also plays on your mental state when dealing with weather. Media loves to do that.
The impact of wind chill decreases as the temperature rises.
The impact of wind chill decreases as the temperature rises. Wind chill has a more significant effect on the human body at lower temperatures. As the temperature increases, the impact of wind chill decreases, making it less relevant. This means that wind chill readings may not accurately reflect the conditions during warm winters.
In conclusion, wind chill and feels like temperatures should be used as a rough guide and not relied upon as an accurate representation of the weather conditions. The best way to gauge the temperature is to check the air temperature and always be prepared for changing weather conditions.
So please don’t let the media play mind games on you regarding the temperature. The measured temperature is the same in the wind and the calm. We don’t walk around naked in the winter anyways. You prepare, and you dress accordingly. It is common sense. If you go by this, you can make any temperature enjoyable and comfortable.
Grand Solar Minimum is an event that specific people with certain agendas do not want you to know about. Sunspots, and how many we have, or don’t have, drive the weather indirectly based on radiation activity from the sun. The sun runs through a solar cycle every 11 years. We are currently moving through solar cycle 25. I am going to attempt to explain what Grand Solar Minimum is without getting too geeky.
The Grand Solar Minimum refers to a period of reduced solar activity that has the potential to cool the Earth’s climate. During these events, the number of sunspots, regions of intense magnetic activity on the sun’s surface, decreases significantly. This reduction in sunspot activity is associated with a decrease in the amount of solar energy that reaches the Earth.
The last Grand Solar Minimum occurred in the late 17th century and is known as the Maunder Minimum. This event was characterized by a sharp decrease in the number of sunspots and coincided with a period of cooling on Earth known as the Little Ice Age.
The Little Ice Age was a cooling period between the 16th and 19th centuries. During this time, average temperatures in the Northern Hemisphere dropped by approximately 1°C to 2°C. The Little Ice Age was characterized by harsh winters, advancing glaciers, and reduced crop yields. It has been linked to decreased solar activity, increased volcanic activity, and changes in ocean circulation patterns. Realize we are already dealing with shortages all over the nation regarding our food. A Grand Solar Minimum will exacerbate our current situation.
Scientists believe that this can significantly impact the Earth’s climate. During these events, the decrease in solar energy reaching the Earth can lead to the cooling of the planet’s surface, resulting in changes in global weather patterns. These changes can lead to prolonged periods of cold weather, decreased rainfall, and reduced crop yields.
Evidence suggests that this may be underway in the 21st century. Some studies have shown that solar activity has declined since the late 20th century and that the number of sunspots has decreased faster in recent years.
If the current trend continues, we may enter another Solar Minimum. This event could significantly impact global weather patterns, particularly in the Northern Hemisphere, where most of the world’s land mass is located. We are on that path according to various sources based on the sun’s activities as of 2023.
In conclusion, the Grand Solar Minimum is a period of reduced solar activity that can significantly impact the Earth’s climate. While we are still learning about the exact mechanisms behind these events, it is clear that they have the potential to disrupt global weather patterns and have far-reaching consequences. As such, we must continue to study the sun and its impact on the Earth’s climate and take steps to mitigate the impacts of changes in solar activity.
