Heat typically trumps thunder; however, will that be the case in this year's NBA finals?
Heat can be both an ingredient and a hindrance for thunderstorm development in the atmosphere. For instance, during the summer, warm temperatures lead to rising air and cloud formation provided the moisture is available. Some of these clouds develop further into thunderstorms. So, in this case, heat leads to thunder.
However, when you have too much heat throughout the atmosphere, it actually limits how much the air rises. So, in essence too much heat trumps thunder.
For example, in the summertime over the Plains, you can get a large bubble of high pressure which lasts for a week or more. Underneath this bubble, it'll remain hot and mainly dry because it's too hot throughout the atmospheric column for storms to develop.
Anyway, heading into this all-weather themed NBA finals series, the debate begins as to who will come out on top? King LeBron James and his Miami Heat or Kevin Durant's Oklahoma City Thunder.
Game 2 is set for Thursday in Oklahoma. We then move to South Beach for three games beginning on Sunday.
So let's breakdown the weather forecast for the next tw games and see how much heat and thunder will occur as these teams clash.
Game 2: Thursday, June 14, at 9 p.m. ET In Oklahoma City
A building upper-level ridge of high pressure over the central and eastern part of the country will lead to a rise in temperatures through the end of the week and into the weekend in Oklahoma City. Along with the rise in temperatures comes a drier time frame as all of the organized storm systems will be lifting to the north.
The heat will be on beginning Thursday and Friday in Oklahoma City with highs rising into the 90s. There is the small threat for a thunderstorm Thursday afternoon and evening, but many areas will stay dry.
Advantage Game 2: Miami Heat due to the small threat for "thunder" and temperatures on the rise.
Game 3: Sunday, June 17, at 8 p.m. ET In Miami
Heading back to South Beach this weekend, typical summertime heat will be the rule of thumb with highs Saturday and Sunday in the lower 90s.
However, along with the heat, there will be ample enough moisture for scattered showers and thunderstorms to fire with the heating of the day. Though with a mainly easterly steering flow, the best chance for thunderstorms in Miami will come during the morning and midday hours, with most of the activity moving inland in the afternoon. Shower chances could return late at night to Miami, but the chance for thunder is low.
Advantage Game 3: Miami Heat due to typical summertime "heat" and most of the "thunder" moving away from Miami toward game time.
According to the laws of weather and the forecast for each city on game day, the Miami Heat should begin this series by taking a 2-1 series lead after Sunday.
What happens after that? Stay tuned to AccuWeather.com for further updates and forecasts as two powerful weather forces collide in the NBA Finals this year!
The chilliest air of the season so far will settle over much of the Northeast Thursday into Friday and will bring frost to more areas than experienced frost early this week.
Tropical moisture from the approaching Odile will deliver another round of heavy rain and flooding downpours to the interior Southwest by the middle of this week.
The remnants of Odile have the potential to bring heavy rain and flooding to parts of the Plains and Midwest late this week after hitting the Southwest.
On Tuesday, Edouard became the first major hurricane in the Atlantic since Sandy. While the hurricane remains at sea, rough surf will reach some Atlantic coast beaches.
A raging wildfire, which erupted Monday afternoon, has damaged or destroyed more than 100 structures and has forced the evacuation of hundreds of residents in Northern California, near Weed.
Concord, NH (1964)
27 degrees, concluded shortest growing season (100 days).
Gulf of Mexico (1988)
Hurricane Gilbert has travelled 2,050 miles since becoming a hurricane on Sept. 11. The storm was centered 130 miles south of Brownsville, TX, just 40 miles off the Mexican coast. Central pressure was 948 MB (27.99 inches), sustained winds of 120 mph and was tracking to the west at 12 mph. The storm came ashore at Tamaulipas, Mexico, during the evening.
At 6:00 p.m. EDT, Hurricane Hugo was located approximately 400 miles east-southeast of San Juan, P.R. With maximum sustained winds of 140 mph, Hugo was moving west-northwest at 12 mph.