At least three days above 90 degrees F are expected in the Dallas area through mid-week.
It will become gradually more humid each day setting the stage for the development of severe weather to move into the area on Thursday.
Once the storm moves across the Rockies, it will serve as a heat pump bringing hot and humid air will build northward over the Plains through the next several days.
Temperatures will be in the low 90s Sunday through Tuesday, and will be around 90 degrees F on Wednesday. People doing outdoor activities should take necessary precautions to avoid heat exhaustion or heat stroke.
Severe thunderstorms are possible in the Dallas area on Thursday with a high in the upper 80s.
It will remain humid on Friday with a high in the mid-80s.
Cyclonic Storm Kyant will unleash heavy rain and strong winds on areas from western Myanmar to northeastern India and Bangladesh this week.
Beneficial rain will douse California late this week, with the potential for some rain to reach southern portions of the state.
A storm will slide in from the Midwest to bring another dose of cold rain and wet snow to parts of the northeastern United States from Wednesday night to Thursday.
Flooding downpours and thunderstorms will target a part of the central United States into Wednesday.
The severe drought in the northeastern U.S. has left most of the region reeling for months as farmers have been forced to work with arid land.
Following a chilly World Series opener during Tuesday evening, a chilly rain may threaten play for Game 2 in Cleveland on Wednesday evening.
Tampa, FL (1921)
Hurricane "most destructive/highest tide," pressure 28.81"/975.6 mb, winds 100 mph, tide 10.5 feet, six dead and $3 million damage.
Strong coastal storm with winds exceeding 100 mph over the ocean; 82-mph wind gust at south end of Chesapeake Bay Bridge Tunnel. Bethany Beach Delaware being evacuated as waves came over the dunes. Heavy snow in NC mountains. Mt. Pisgah - 11 inches; Mt. Mitchell - 6 inches.
Caribou, ME (1990)
19 consecutive days of measurable precipitation.