First, the warm winter. Now, an unbelievably warm March. The question on everyone's mind lately seems to be, "What's going on?"
Though the warm weather has given many the opportunity to get outdoors, tend to their gardens, and get a jump-start on their summer work-out regimens, others are concerned about what's causing this strange pattern and what implications it might have down the road.
While it's undeniable that temperatures are far above average in many areas, the debate rages on between meteorologists as to what exactly is causing it.
Many non-meteorologists are deducing that global warming, a theory that has gained that substantial media attention over the past few decades, is to blame for the bizarre weather patterns. But meteorologists are keeping their distance from this assumption.
"You need more data to prove global warming," AccuWeather senior Meteorologist Brett Anderson said. "In only one season, you really can't link it."
Temperatures in the west during this past winter have averaged near to slightly below normal. December through February, temperatures in Seattle were 1.5 degrees below average. March 1 through March 12, temperatures averaged 4 degrees below normal.
But, temperatures so far this year have been off the charts in much of the central and eastern U.S. -- especially last week. Fort Wayne, Indiana experienced record highs for 7 straight days, reaching as high as 84 degrees.
Chicago experienced another anomaly, hitting highs that were 15 degrees above normal for the city 10 days in a row. On March 20, the normal high of 48 was shattered when the mercury soared to 85 degrees F.
"It's certainly not hyperbole to call this a historical weather event," AccuWeather Meteorologist Jim Andrews said. But he's not jumping on the global warming bandwagon just yet.
"If the proposition is that earth's climate is changing -- and most people say warming -- this is how it might manifest," he said. But he believes the unusual weather may be caused by a sort of "perfect storm coincidence" related to North Atlantic oscillation, Atlantic oscillation, the Pacific / North American Pattern, El Nino and La Nina.
"What happens in the oceans is undoubtedly very important to what happens on land," Andrews said. "It may well be that the state of the ocean water temperature surrounding North America is just in an ideal arrangement to maximize warmth over North America."
Expert Senior Meteorologist Alex Sosnowski believes it's a culmination of causes.
"What we're seeing is probably an overlap of several parameters occurring simultaneously. Because of what happened over the winter, you have warm lakes, lack of snow cover. You have a carry over effect, too," Sosnowski said.
"I think the biggest thing in my opinion would be arctic oscillation. It trapped most of the arctic air in the far north and allowed milder air to sweep across Canada and much of the U.S."
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A surge of milder air will bring the warmest air since mid-November to the United Kingdom this week.
Dry weather will prevail much of the week across Germany as the recent chill eases.
The storm system that drenched the south-central U.S. since this past weekend will soak the Southeastern and mid-Atlantic states on Tuesday.
A blast of arctic air will create wintry travel in the Upper Midwest and part of the Northeast later this week.
On the heels of Cyclone Nada, a more significant tropical cyclone threatens to take aim at India this week.
The storm that recently brought the first snow of the season to coastal areas of the northwestern U.S. will target the interior West into midweek.
Before the coldest air so far this season arrives, parts of the northeastern United States will face slow and slick travel early this week.
The threat for flash flooding and localized severe thunderstorms, including isolated tornadoes, will expand across the southern United States early this week.