Escanaba’s hourly average wind direction shifts.

Escanaba weather has a lovely summer and a harsh winter when it comes to weather. In Escanaba, the skies are typically clear all year long. You can expect daily highs of at least 66 degrees Fahrenheit. Escanaba’s warmest month is July when average highs reach 76°F and lows drop to 57°F. In January, the average temperature in Escanaba drops to 11°F and rises to 26°F. What follows is a collection of articles devoted to the current Escanaba weather.

Escanaba’s hourly average wind direction shifts:

As of March 30, the wind is most commonly northerly, accounting for 39 per cent of the time over the 2.9 months from February 16 to May 14. The wind is nearly exclusively coming from the south for 5.3 months, starting on May 14 and ending on October 22. On September 5, the south wind proportion reached 38%. As of October 22, the wind is most frequently blowing out of the west, peaking at 43% on January 1.

Clouds:

In Escanaba, Michigan, there is a significant seasonal variation in the quantity of sky covered by clouds. After 5.0 months, the Escanaba weather begins on May 27 and concludes on October 26. For the most part, August is the sunniest month in Escanaba; it is either completely or somewhat cloudless 67% of the time. Escanaba’s cloudiest month is January, when 66% of the time starts on October 26th and ends on May 27th.

Precipitation:

A vast variety of weather conditions can be found in Escanaba at any given time. The rainy season, which lasts from April 6 to November 1, has a 24% chance of being drenched on any given day. On an average of 10.2 days a month, Escanaba experiences rainfall of at least 0.04 inches, making it a rainy month. From November 1 through April 6, the dry season is in effect.

Rainfall:

Rainfall totals are shown on a 31-day sliding period for each day of the year rather than the annual totals. Seasonal fluctuations in Escanaba’s rainfall mean that the amount of rain that falls each month fluctuates substantially. From March 2 through December 30, the rainy season, at least 0.5 inches of rainfall occurs every 31 days. According to Escanaba weather, September is the month with the greatest rainfall in the city, with an average of 3.0 inches of rain.

Snowfall:

The 31-day rolling average of total snowfall is calculated the same way as total rainfall. There is a huge variation in the snow that falls in Escanaba throughout the year. Between November 6 and April 26 of any given year, at least one inch of snow falls on average. Escanaba receives 6.1 inches of snow on average in January. There is no snow on the ground from April 26 to November 6.

Sun:

Every season in Escanaba has a remarkable effect on how long it takes for the Sun to rise and set. On December 21st, 2022, the length of daylight will be 8 hours, 40 minutes, while June 21 will have 15 hours and 43 minutes of daylight. Early sunrise begins at 5:57 a.m. on June 16 and lasts until 8:34 a.m. on November 5. From 10:03 p.m. on December 10th to 9:42 p.m. on June 26th, the clocks go backwards.

Moon:

The Moon’s trajectory in 2022 is depicted in the following graph. These sections show when the Moon is visible over Earth’s horizon in days and hours. The phases of the Moon are depicted by the grey and blue vertical bars (new and full moons, respectively).

Humidity:

Because it controls Escanaba weather, sweat evaporates from the skin and cools the body; the dew point is used to establish the appropriate humidity level. The air feels drier when the dew point drops. Because the dew point remains relatively constant throughout the day and night, even if the temperature drops, a humid day is more likely to be followed by a humid night.

Wind:

At the height of ten meters, the wind vector velocity components emphasise this section. A particular place’s wind speed and direction can change more often than hourly averages because of the area’s geography and other features. In Escanaba, the median daily wind speed varies greatly depending on the season. From October 1 to April 19, winds will reach speeds of at least 8.4 miles per hour for 6.6 months.

Water temperature:

Located near a large body of water, Escanaba is perfect for enterprises. This section shows the average water surface temperature across a vast area. A year’s worth of extreme temperature swings is to be expected. From July 12 to September 23, the average water temperature is over 61 degrees Fahrenheit for 2.4 months. August is the warmest month, with water temperatures averaging 67 degrees Fahrenheit. About five and a half months out of the twelve months.

Methodology:

Each day’s temperature, cloud cover, and total precipitation are tallied from 8:00 a.m. to 9:00 p.m. (1980 to 2016). These values are then combined into a single hourly composite value by smoothing and averaging them across the whole study period. Once the data has been smoothed, it is re-aggregated into days for further study. Growers in the Southern Hemisphere have a window of time from July 1 to June 30 in which temperatures.

The Magnificence of Sun:

Shortwave solar energy that travels through Space every day is examined in this section, taking into account absorption by the atmosphere, seasonal variations in day length, the Sun’s position over the horizon, and solubility in clouds and other elements. Solar energy in shortwave bands exhibits a wide variety of seasonal oscillations. From May to August, the light is at its lowest point of the year.

Topography:

For the sake of this study, Escanaba’s coordinates are 45.745 degrees latitude, -87.065 degrees longitude, with an elevation of 600 feet. A two-mile radius around Escanaba has an average elevation of 592 feet above sea level and an elevation change of 72 feet. Within a 10-mile radius, it’s flat (236 feet). Throughout a 50-mile radius, there are only very slight variations in elevation (991 feet).

Conclusion:

There is four Escanaba weather close enough to each other to make educated guesses about the temperature and dew point. According to the International Convention Atmosphere, It is necessary to update the data from either the MERRA-2 satellite-era reanalysis for the difference in elevation between the data from each station and the data from Escanaba.

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