The Latest Most Overcast Cities In The Us Explained
Pittsburgh, Pennsylvania, tops the list of the most overcast cities in the US, with 203 days of heavy clouds.
The statistic states that Pittsburgh, Pennsylvania, ranks as the most overcast city in the US, experiencing heavy cloud cover on 203 days out of the year. This information suggests that residents of Pittsburgh can expect skies to be predominantly cloudy for a significant portion of the year, which may have implications for overall sunlight exposure, outdoor activities, and mood. The high number of overcast days could also have socio-economic consequences, as it may impact industries dependent on outdoor conditions, such as tourism or agriculture, and influence residents’ preferences for living in the region. Understanding the frequency of heavy cloud cover in Pittsburgh can provide valuable insight into its climate patterns and residents’ daily experiences with weather conditions.
Portland, Oregon, experiences 222 cloudy part days on average each year.
The statistic that Portland, Oregon, experiences 222 cloudy part days on average each year indicates the typical number of days in which the city experiences partial cloud cover. This information provides insight into the prevailing weather conditions in Portland, where a significant portion of the year is characterized by overcast skies with varying degrees of cloud cover. Understanding the frequency of cloudy days can be useful for residents, businesses, and tourists in planning outdoor activities, as well as for meteorologists and climate researchers studying regional weather patterns in the city. The statistic helps paint a picture of Portland’s climate and contributes to a broader understanding of the atmospheric conditions in the region.
Seattle, Washington, averages 226 cloudy days per year.
The statistic that Seattle, Washington, averages 226 cloudy days per year indicates the typical number of days in a year where the sky is predominantly covered by clouds in the Seattle area. This statistic implies that residents and visitors in Seattle can expect to experience cloud cover on more days than not throughout the year. Cloudy conditions can impact various aspects of daily life and activities, such as outdoor events, visibility for driving, and attitudes towards the weather. This statistic provides insight into the climate of Seattle and helps individuals understand the atmospheric conditions they are likely to encounter in the region.
Anchorage, Alaska, has 239 days on average with partial or full cover of clouds.
The statistic “Anchorage, Alaska, has 239 days on average with partial or full cover of clouds” indicates that on most days throughout the year, there are clouds present in the sky in Anchorage, Alaska. This means that the region experiences cloudy conditions for a substantial portion of the year, which can impact various aspects of daily life and activities in the area. Cloud cover can affect things like visibility, temperature, and precipitation, and may also influence phenomena such as sunrise and sunset times. Understanding the frequency and extent of cloud cover in Anchorage is important for various purposes such as weather forecasting, climate research, and planning outdoor events or activities in the region.
Rochester, New York, has 165 days with dense cloud cover every year.
The statistic “Rochester, New York, has 165 days with dense cloud cover every year” indicates the average number of days in a year where the sky in Rochester is heavily covered by clouds. Dense cloud cover can impact weather conditions such as limiting sunlight penetration and potentially leading to cooler temperatures. This statistic provides valuable information for residents, businesses, and meteorologists in understanding the local climate patterns in Rochester and can be important for activities such as planning outdoor events, agricultural practices, energy consumption, and mood and mental health considerations.
Buffalo, New York, has 167 days of heavy cloud cover annually.
The statistic that Buffalo, New York, has 167 days of heavy cloud cover annually indicates the average number of days per year where the sky is heavily obscured by clouds in the city. This statistic suggests that Buffalo experiences a significant amount of cloudy weather throughout the year, which can impact visibility, natural lighting, and general aesthetics of the city. The frequency of heavy cloud cover may also have implications for various activities such as outdoor events, solar energy generation, and overall mood and well-being of residents. Understanding this statistic can provide valuable insights into the local climate and weather patterns in Buffalo, helping residents and planners make informed decisions regarding activities and infrastructure development.
Cleveland, Ohio, records 202 days annually with mostly cloudy skies.
The statistic for Cleveland, Ohio, recording 202 days annually with mostly cloudy skies indicates the frequency with which the city experiences overcast conditions throughout the year. This statistic suggests that more than half of the days in Cleveland have predominantly cloudy skies, which can have implications for various aspects of daily life, such as outdoor activities, mood, and energy levels. Cloud cover can impact factors like temperature, visibility, and atmospheric conditions, potentially influencing the local climate and weather patterns. Understanding the frequency of mostly cloudy days in Cleveland can be valuable for residents, businesses, and meteorologists in planning and adapting to the prevailing atmospheric conditions in the city.
Columbus, Ohio, on average, experiences 185 heavy cloud cover days annually.
The statistic indicates that Columbus, Ohio, typically encounters heavy cloud cover on approximately 185 days throughout the year. Heavy cloud cover usually refers to a sky that is predominantly overcast with minimal visibility of the sun or other celestial bodies. This information is crucial for various sectors such as meteorology, aviation, and agriculture as it can impact daily activities, weather patterns, and crop growth. Understanding the frequency of heavy cloud cover days can help individuals and organizations in Columbus prepare for potential weather and climate-related events, making informed decisions based on this statistical data.
Syracuse, New York, sees an average 165 days with heavy cloud cover annually.
The statistic that Syracuse, New York, sees an average of 165 days with heavy cloud cover annually indicates the frequency at which the city experiences overcast conditions throughout the year. Heavy cloud cover refers to a significant amount of clouds that block out a considerable portion of sunlight, resulting in dimmer and potentially gloomier skies. This statistic is important for understanding the typical weather patterns and sunlight exposure in Syracuse, which can have various implications for activities, mood, and even certain industries that rely on consistent sunlight. Overall, a high number of days with heavy cloud cover can impact the overall climate and atmosphere of the city.
Honolulu, Hawaii, holds the title for the least overcast city in the US, with only 17 heavy cloud days on average.
The statistic that Honolulu, Hawaii holds the title for the least overcast city in the US, with only 17 heavy cloud days on average, indicates that the city experiences a relatively low frequency of days with heavy cloud cover compared to other cities in the United States. This suggests that Honolulu has a predominantly sunny and clear sky climate, which can have various implications for residents and visitors, such as more opportunities for outdoor activities, better visibility for scenic views, and potentially higher levels of vitamin D exposure. The statistic highlights Honolulu as a location with favorable weather conditions in terms of cloud cover, making it an attractive destination for those seeking a sunnier climate.
Detroit, Michigan, experiences an average of 185 cloudy days a year.
The statistic indicates that the city of Detroit, Michigan, typically has 185 days per year where the sky is mostly covered with clouds, representing a significant portion of the year. Cloudy days can impact various aspects of daily life and activities, from outdoor events to mood and productivity. This statistic can be valuable for residents, city planners, and businesses in Detroit to anticipate and prepare for weather conditions that are often associated with cloud cover, such as reduced sunlight and potentially gloomy or overcast days. Understanding the frequency of cloudy days can also have implications for sectors such as renewable energy, agriculture, and tourism, where weather conditions play a crucial role in decision-making processes.
Milwaukee, Wisconsin, records an average of 184 days with heavy cloud cover annually.
The statistic that Milwaukee, Wisconsin, records an average of 184 days with heavy cloud cover annually means that, on average, the city experiences over half of the year with substantial cloudiness. Heavy cloud cover typically refers to skies that are mostly or completely clouded over, reducing the amount of direct sunlight reaching the ground. This high number of cloudy days may have various impacts on the local climate, such as lower overall temperatures due to reduced solar radiation, potential effects on agriculture and gardening activities, and the general mood and well-being of residents who may prefer or rely on sunshine for outdoor activities. Understanding and monitoring the frequency of heavy cloud cover is crucial for various sectors, including meteorology, urban planning, and energy production, as it can provide insights into weather patterns and long-term climate trends in the region.
Grand Rapids, Michigan, experiences 171 days of heavy cloud cover per year.
The statistic ‘Grand Rapids, Michigan, experiences 171 days of heavy cloud cover per year’ indicates that, on average, the city of Grand Rapids will have heavy cloud cover for approximately 47% of the days in a year. This high number of cloudy days suggests that the region is prone to significant cloud cover throughout the year, which can affect various aspects of daily life and activities, such as reduced sunlight exposure, potential impacts on outdoor events, and lower solar energy generation. Understanding the frequency of heavy cloud cover in Grand Rapids can help residents, businesses, and policymakers make informed decisions related to various aspects of life and planning that may be influenced by weather conditions.
Hartford, Connecticut, sees an average of 82 days annually with heavy cloud cover.
The statistic indicates that Hartford, Connecticut, experiences an average of 82 days each year where heavy cloud cover is prevalent. Heavy cloud cover involves a substantial amount of clouds obscuring the sun, resulting in low levels of sunlight reaching the surface. This high frequency of heavy cloud cover in Hartford suggests that the region has a relatively cloudy climate throughout the year, which could impact various aspects of daily life, such as outdoor activities, solar energy generation, and overall mood due to reduced exposure to natural sunlight. Tracking this statistic over time can provide insights into long-term weather patterns and climate trends in Hartford.
Toledo, Ohio, experiences an average of 141 heavy cloud cover days annually.
The statistic that Toledo, Ohio, experiences an average of 141 heavy cloud cover days annually indicates the typical number of days in a year where the sky is mostly covered by clouds in Toledo. This statistic suggests that Toledo experiences cloudy conditions on roughly 38% of the year. Heavy cloud cover can have various implications, such as reduced visibility, lower solar radiation reaching the surface, and potentially impacting outdoor activities. Monitoring and understanding the frequency of heavy cloud cover days can be essential for businesses, agriculture, and weather forecasting purposes in the region.
Philadelphia, Pennsylvania, boasts an average of 132 days a year marked by considerable cloud cover.
The statistic states that Philadelphia, Pennsylvania, experiences an average of 132 days per year with considerable cloud cover. Considerable cloud cover refers to when the sky is mostly covered by clouds, resulting in limited sunshine and potentially overcast conditions. This statistic provides insight into the typical weather patterns in Philadelphia, indicating that residents can expect a significant number of days with cloudy skies throughout the year. Understanding the frequency of cloud cover is important for various reasons, such as its impact on mental health, outdoor activities, and overall climate trends in the region.
Baltimore, Maryland, sees an average of 129 heavy cloud cover days annually.
The statistic “Baltimore, Maryland, sees an average of 129 heavy cloud cover days annually” indicates that, on average, the city experiences 129 days throughout the year where the sky is predominantly covered by heavy clouds. This statistic provides valuable information about the typical weather patterns in Baltimore and can be useful for various purposes such as urban planning, tourism forecasting, and understanding the local climate. Heavy cloud cover can impact factors such as visibility, temperature, and precipitation, so having an idea of how frequently these conditions occur can inform residents, businesses, and policymakers in making informed decisions related to activities and events that may be affected by the weather.
Chicago, Illinois, experiences an average of 189 days of significant cloud cover each year.
The statistic that Chicago, Illinois, experiences an average of 189 days of significant cloud cover each year indicates the frequency of days in which the sky is predominantly covered by clouds in the city. This measure of significant cloud cover can impact various aspects of the local climate, such as sunlight reaching the surface, temperature regulation, and potential precipitation patterns. With almost half of the year having significant cloud cover, Chicago residents and visitors can expect a climate that is influenced by cloudy conditions for a substantial portion of the year. This statistic can be important for various industries and activities in the region that are sensitive to weather conditions, such as agriculture, tourism, and outdoor events planning.
Indianapolis, Indiana, averages 176 total cloud cover days each year.
The statistic indicates that Indianapolis, Indiana, experiences an average of 176 total cloud cover days per year. This means that on approximately 176 days throughout the year, the sky in Indianapolis is partially or fully covered by clouds. Cloud cover can vary in density and duration, impacting weather conditions such as sunlight, temperature, and precipitation. Understanding the frequency of cloud cover days is important for various reasons, including assessing the overall climate patterns, predicting local weather conditions, and studying the potential impact on activities such as agriculture, astronomy, and outdoor events in Indianapolis.
Cincinnati, Ohio, experiences an average of 140 days with considerable cloudiness annually.
The statistic reveals that Cincinnati, Ohio, typically encounters 140 days each year with a substantial amount of cloud cover. This measure indicates the frequency at which the sky is overcast or filled with clouds, potentially impacting the amount of sunlight reaching the area. Considerable cloudiness can influence various aspects of daily life, such as outdoor activities, solar power generation, and mood. Understanding and tracking this statistic can provide valuable insights into the local climate and weather patterns of Cincinnati, aiding residents and policymakers in making informed decisions related to activities and infrastructure that are sensitive to cloud cover.
References
0. – https://www.www.travelalaska.com
1. – https://www.www.currentresults.com
2. – https://www.worldpopulationreview.com
3. – https://www.visitseattle.org
