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What is the barometric pressure in Louisville Kentucky today?

The current barometric pressure for Louisville, Kentucky is 30. 23 inHg (inches of mercury). This measurement was taken at 8:15pm EST. The barometric pressure has been generally stable since early this morning, with only minor fluctuations throughout the day.

The National Weather Service predicts that the barometric pressure will remain fairly consistent throughout the night.

What is the coldest temperature ever recorded in Louisville KY?

The coldest temperature ever recorded in Louisville KY was -22°F on January 19, 1994. This is the lowest temperature recorded in the city since records began being kept in 1872. On January 30, 1985, the city experienced its coldest daytime high temperature ever recorded at -11°F.

The cold snap that Louisville experienced in January of 1994 led to two consecutive days of temperatures below -20°F (-21°F on January 19 and -22°F on January 20). In addition to those two days, several others between December 1993-January 1994 hovered just below the -20°F mark, including -19°F on January 11 and -18°F on January 24.

The bitter cold that winter left Louisville and its surrounding areas suffering from hypothermia, frozen pipes, and blackouts that disrupted citizens’ everyday lives.

What is the hottest Kentucky has ever been?

The hottest temperature ever recorded in Kentucky was on July 28th, 1930 in the city of Greensburg when the thermometer registered a scorching 113°F (45°C). This high temperature was attributed to a major heat wave that affected much of the Southern United States that week.

The highest heat index ever reached in the state was 116°F (47°C), which was measured in both Greensburg and Columbia in 1936. These extreme temperatures are the result of the hot and humid conditions that frequently affect the state during the summer months.

Heat waves are especially dangerous, as they can cause dehydration, heat exhaustion, heat cramps, and even heat stroke. To stay safe during these times, it is important to stay hydrated and limit outdoor activities during the hottest parts of the day.

How much snow did Louisville Ky get in the blizzard of 1978?

The blizzard of 1978, which began on January 25, 1978, dumped an incredible 30 inches of snow on Louisville, Kentucky, making it the Blizzard of 1978’s biggest snowfall total. Though it was an impressive amount by any standard, it was not the largest recorded in the state.

Northern Kentucky and Southeast Indiana saw much larger snowfall totals, with some areas reporting as much as 48 inches. The city of Louisville was hit particularly hard by the storm, with roads closing, businesses and schools being shut down, and hundreds of cars and trucks stuck in the deep snow.

City officials eventually declared a state of emergency in the city and called in assistance from the Ohio National Guard to help with snow-removal efforts. The Louisville area remains one of the most snow-prone areas in the state, with an average of 29 inches of snow annually.

What is the coldest day recorded in history?

The coldest day ever recorded in history was July 21, 1983, in the village of Oymyakon, located in the Republic of Sakha in far east Siberia. On that day, the air temperature dropped to a staggering -96.

16°F (-71. 2°C). The previous day had been slightly warmer at -92. 14°F (-69. 1°C).

Oymyakon is believed to be the world’s coldest permanently inhabited settlement. Temperatures reaching -90°F (-68°C) are not uncommon in the winter, and there have even been reports of temperatures dropping as low as -96.

16°F (-71. 2°C) overnight.

The coldest temperature ever recorded outside of Oymyakon was -93. 2°F (-69. 6°C), which occurred on the night of December 24, 1983, at the Vostok Station in Antarctica. This record low temperature, however, was only a single day occurrence; Oymyakon’s ongoing cold temperatures make it the coldest permanently inhabited settlement in the world.

What barometric pressure is uncomfortable?

The barometric pressure that is considered uncomfortable can vary significantly between people and locations. As a general rule of thumb, barometric pressures around 30 inches of mercury or higher are considered uncomfortable by most.

This number can be much higher however in certain parts of the world. Areas with high humidity and temperatures often experience barometric pressures above 30 inches. These high levels of pressure can cause feelings of discomfort, headaches, and other negative side effects.

Additionally, some people are more sensitive to the effects of pressure changes than others, and can feel symptoms of discomfort at lower levels of pressure. Those who experience severe headaches or other symptoms related to barometric pressure changes should keep an eye on daily pressure readings and limit their activities if they are feeling especially uncomfortable.

What range of barometric pressure causes headaches?

The range of barometric pressure that has been linked to causing headaches is largely dependent on an individual’s medical history and sensitivity level to changes in the environment. Generally speaking, research has shown that headaches can be triggered when barometric pressure falls below normal, or 29.

80 inches of mercury (inHg). If an individual is particularly sensitive to changes in barometric pressure, headaches may be triggered at a higher level of pressure. Furthermore, sudden drops or increases in barometric pressure can increase chances of a headache occurring.

If barometric pressure falls rapidly, it is often labeled as a “weather-related headache. ” In addition, research has also suggested that other factors like humidity (or lack thereof) can impair the body’s ability to properly adjust to a low barometric pressure.

All of these factors should be taken into consideration when understanding the range of barometric pressure that is associated with headaches.

How do you know if your barometric pressure is high?

The easiest way to tell if your barometric pressure is high or low is to look at the readings of your barometer. A barometer measures the atmospheric pressure of the air outside. High pressure is usually associated with stable weather and sinking air which results in clear skies.

Low pressure is usually associated with stormy weather and rising air which can result in cloud formation. When the barometer reads high, it means the atmospheric pressure is higher than normal and this generally indicates that the weather will be fair over the next couple of days.

When the barometer readings are low, it indicates that the atmosphere is holding less than normal air pressure and this usually means that the weather in the near future will be more unsettled.

How much does barometric pressure need to change to cause headaches?

The change in barometric pressure needed to cause headaches can vary depending on the individual. While it is not always definitive, research has found that the ideal barometric pressure necessary to cause headaches is at least a 6 millibar (mb) decrease in barometric pressure over a 3 to 6 hour period.

However, many factors can influence how a particular person might experience the drop in barometric pressure. These include the severity of the individual’s sensitivity to drops in barometric pressure, their current state of health, the speed at which the pressure changes and other environmental factors.

When barometric pressures drop quickly, like during a thunderstorm or rapidly advancing cold front, headaches are more likely because the pressure drop is happening quickly and people are not as able to acclimatize as they are when the pressure change is more gradual.

Is 29.8 barometric pressure high or low?

29. 8 barometric pressure is considered to be average or normal. However, this can depend on the region and the season. Generally speaking, barometric pressure is considered to be high when it is above 30.

2 and low when it is below 29. 5. Generally, higher barometric pressure indicates good weather while lower levels can indicate storms.