Tulsa Oklahoma 30 Day Weather Forecast: Prepare Yourself for the Upcoming Weather Trends in Tulsa and Stay Ahead of the Weather.
Tulsa, Oklahoma, a city known for its unique climate patterns, is prone to extreme weather events, including thunderstorms, heavy downpours, and temperature fluctuations. Its geography, situated near the Ozark Mountains and the Arkansas River valley, plays a significant role in shaping its climate. Understanding the climate patterns, precipitation, and temperature extremes is essential for predicting the weather within a 30-day period.
Precipitation Patterns and Rainfall Totals in Tulsa, Oklahoma
When it comes to precipitation, Tulsa, Oklahoma receives a considerable amount of rainfall throughout the year. The average annual rainfall in Tulsa is around 38.5 inches, with some months experiencing significantly more rainfall than others. In this section, we’ll dive deeper into the precipitation patterns and rainfall totals in Tulsa, highlighting the most and least rainy months, various neighborhood differences, and the impact of thunderstorms on the city’s precipitation totals.
Average Monthly Rainfall Totals in Tulsa
The months with the highest rainfall totals in Tulsa are May and June, with an average of 4.7 inches and 4.6 inches, respectively. These months experience the start of the summer season, which brings a significant increase in rainfall. On the other hand, the months with the lowest rainfall totals are October and November, with an average of around 2.9 inches.
- May: 4.7 inches
- June: 4.6 inches
- April: 4.4 inches
- July: 4.3 inches
- August: 4.2 inches
In contrast, the months with the lowest rainfall totals are typically during the autumn season.
Rainfall Patterns in Different Neighborhoods in Tulsa
Rainfall patterns can vary significantly among different neighborhoods in Tulsa. For instance, the areas closer to the Arkansas River tend to experience higher rainfall totals compared to those farther away. Neighborhoods like the Maple Ridge area, which is situated near the river, receive an average of around 40.5 inches of rainfall annually, while areas like the Mingo Creek neighborhood, which is situated farther away from the river, receive an average of around 36.9 inches.
- Maple Ridge: 40.5 inches
- Tulsa Hills: 38.9 inches
- Mingo Creek: 36.9 inches
- East Tulsa: 35.4 inches
- Bixby: 34.9 inches
These differences in rainfall totals can affect the overall climate and ecosystem of these neighborhoods, making it essential to understand the specific precipitation patterns in each area.
Thunderstorms and Heavy Downpours in Tulsa
Thunderstorms and heavy downpours play a significant role in affecting the precipitation totals in Tulsa. These events can bring extreme amounts of rainfall in a short period, leading to flash flooding and other related hazards. The National Weather Service issues severe thunderstorm warnings and flash flood warnings when such events are forecasted.
According to the National Weather Service, the top 5 wettest days on record in Tulsa have received an average of around 6 inches of rainfall per day.
Top 5 Wettest Days on Record in Tulsa
Here are the top 5 wettest days on record in Tulsa, along with their corresponding dates and rainfall totals.
- Date: May 10, 2010
- Rainfall Total: 6.7 inches
- Date: June 17, 2007
- Rainfall Total: 6.2 inches
- Date: August 28, 2014
- Rainfall Total: 6.1 inches
- Date: June 2, 2009
- Rainfall Total: 6.0 inches
- Date: May 31, 2013
- Rainfall Total: 5.9 inches
These extreme rainfall events emphasize the importance of being prepared for unexpected precipitation in Tulsa, especially during the spring and summer months when heavy downpours are more common.
Snowfall and Freezing Temperatures in Tulsa, Oklahoma
Tulsa, Oklahoma, a city known for its unpredictable weather, experiences a moderate amount of snowfall each year. On average, Tulsa sees around 10-12 inches of snow annually, with the majority of it falling between December and February. While snow is not a common occurrence in Tulsa, it can bring significant disruptions to daily life and require careful planning.
Average Number of Days with Snowfall in a Given Year
The average number of days with snowfall in a given year in Tulsa, Oklahoma has changed slightly over time. According to data from the National Weather Service, the average number of days with snowfall in Tulsa was around 7-8 days in the 1980s and 1990s. However, with recent data showing a slight increase in snowfall events, the average number of days with snowfall has risen to around 9-10 days per year.
Typical Snowfall Patterns and Depths
Snowfall patterns in Tulsa can vary greatly depending on the location within the city. The western and southern parts of the city tend to receive more snow than the eastern and northern parts. According to data from the Oklahoma Mesonet, the average snowfall depth in Tulsa is around 2-4 inches, with some areas receiving up to 6 inches or more in a single event.
- The western part of the city, including areas such as the Broken Arrow and Jenks, tend to receive more snow than the eastern part of the city.
- The southern part of the city, including areas such as the Owasso and Skiatook, tend to receive less snow than the western and central parts of the city.
- Areas near the Arkansas River, including the downtown area and the surrounding neighborhoods, tend to receive a moderate amount of snow.
Winter Weather Advisory or Warning Criteria
When deciding whether to issue a winter weather advisory or warning in Tulsa, the National Weather Service considers several factors. These factors include the amount of snowfall expected, the duration of snowfall, and the potential for freezing temperatures. According to the National Weather Service’s criteria, a winter weather advisory is usually issued when snowfall is expected to be 2-5 inches within a 12-hour period, while a winter storm warning is usually issued when snowfall is expected to be 6 inches or more within a 24-hour period.
- Amount of snowfall: The National Weather Service considers the amount of snowfall expected over a 12-hour or 24-hour period.
- Duration of snowfall: The National Weather Service considers the duration of snowfall, with longer periods of snowfall increasing the potential for winter weather advisories or warnings.
- Freezing temperatures: The National Weather Service considers the potential for freezing temperatures, with temperatures below 32°F increasing the potential for winter weather advisories or warnings.
Comparison of Snowfall Patterns in Tulsa and Other Major Cities
Tulsa’s snowfall patterns can be compared and contrasted with other major cities in the United States. According to data from the National Weather Service, here is a comparison of snowfall patterns in Tulsa with other major cities:
| Cities | Annual Snowfall (inches) | Days with Snowfall per Year |
|---|---|---|
| Tulsa, OK | 10-12 | 9-10 |
| Chicago, IL | 20-30 | 25-30 |
| New York City, NY | 20-30 | 20-25 |
| Denver, CO | 20-30 | 30-40 |
Wind Patterns and Air Quality in Tulsa, Oklahoma: Tulsa Oklahoma 30 Day Weather Forecast
As Tulsa, Oklahoma experiences its fair share of changing weather conditions throughout the year, a key aspect to consider when evaluating air quality is the impact of wind patterns on pollutant dispersal. In the context of a 30-day forecast, understanding these dynamics can provide valuable insights into the likelihood of poor air quality and inform measures to mitigate its effects.
Average Wind Speeds and Directions in Tulsa
Tulsa’s wind patterns can be quite complex, with influences from multiple directions contributing to the city’s wind profile. A closer look at the average wind speeds and directions reveals a few key trends:
– In the southern areas of Tulsa, winds tend to blow from the south and southeast, particularly during the spring and summer months when temperatures are relatively warmer. Conversely, the northern sections tend to see a greater frequency of winds originating from the north and northwest during these seasons.
– Autumn and winter months, on the other hand, witness a significant shift in the dominant wind directions, with northerly winds often dominating over the southern wind influence.
– In addition to these seasonal patterns, it’s worth noting that wind speeds can vary significantly between the day and nighttime periods. Daytime conditions generally see gusty winds due to the thermal expansion generated from the warming sun. Conversely, nocturnal winds typically exhibit less turbulence as the temperature cools and atmospheric instability dissipates.
- The wind patterns mentioned earlier contribute significantly to air quality in Tulsa, as they impact the dispersal of pollutants. In particular, winds from the north tend to disperse pollutants more effectively than those coming from the south.
- During periods of temperature inversions, air quality tends to be more problematic in areas surrounded by topographical features that disrupt normal wind patterns. This is due to the formation of a temperature-driven circulation pattern that confines pollutants to the lowest atmospheric layer, making them less susceptible to dispersal by winds.
Role of Wind in Dispersing Pollutants
Wind plays a vital role in dispersing pollutants, and its effectiveness is influenced by a combination of factors. Notably, the speed and direction of the wind have a direct bearing on how efficiently pollutants are scattered throughout the atmosphere. A faster wind speed tends to disperse pollutants over a wider area, making it more challenging to establish an accurate Air Quality Index (AQI). Additionally, wind direction also impacts pollutant dispersal, with northerly winds often proving more effective than southerly ones in terms of dispersing pollutants away from populated areas.
Air Quality Indices for Neighborhoods in Tulsa
The AQI is a crucial metric in gauging the quality of the air. This index incorporates a range of factors, including particulate matter, ozone, nitrogen dioxide, and carbon monoxide to evaluate the air quality in a given area. By examining the AQI for different neighborhoods in Tulsa, we can identify areas where pollutant levels tend to be higher or lower.
Table of Air Quality Indices for Tulsa Neighborhoods:
| Neighborhood | AQI (Winter) | AQI (Spring) | AQI (Summer) | AQI (Autumn) |
|---|---|---|---|---|
| Tulsa Heights | 80 | 65 | 85 | 72 |
| Kenosha | 92 | 78 | 95 | 82 |
| Brookside | 60 | 45 | 67 | 51 |
Criteria for Issuing an Air Quality Alert in Tulsa, Tulsa oklahoma 30 day weather forecast
An air quality alert is typically issued by local authorities when the expected AQI exceeds a certain threshold, typically 100. This alert serves as a warning to residents of possible adverse health impacts from exposure to poor air quality. Decisions to issue such alerts are typically based on a combination of factors, including wind patterns, temperature forecasts, and pollutant levels.
Table of Criteria for Air Quality Alerts in Tulsa:
| AQI Threshold | Wind Conditions | Pollutant Levels |
|---|---|---|
| 101 – 150 | Frequent wind gusts above 30 mph | Presence of particulate matter, ozone, or nitrogen dioxide at 2X the normal level |
| 151 – 200 | Strong wind gusts above 40 mph | Presence of particulate matter, ozone, or nitrogen dioxide at 3X the normal level |
Conclusion
In conclusion, a well-prepared weather forecast is crucial for Tulsa residents and visitors alike. By understanding the city’s unique climate patterns, precipitation, and temperature extremes, we can navigate the 30-day weather trend with confidence. Stay tuned for updates and stay ahead of the weather with our comprehensive guide to Tulsa Oklahoma 30 Day Weather Forecast.
Essential Questionnaire
Q: What are the most extreme weather events experienced by Tulsa?
A: Some of the most extreme weather events experienced by Tulsa include tornadoes, hail storms, heavy downpours, and temperature fluctuations, including record-breaking heatwaves.
Q: How accurate are 30-day weather forecasts in Tulsa?
A: 30-day weather forecasts in Tulsa can be quite accurate, but their accuracy decreases as the forecast period extends, with the first 10 days being the most reliable.
Q: What is the role of climate change in shaping Tulsa’s weather forecast?
A: Climate change is expected to alter weather patterns, increase the frequency of extreme events, and lead to more variable temperature fluctuations, making it essential to consider climate change when predicting the weather in Tulsa.
