Hundreds of miles of sand along the Atlantic coast have been greatly displaced during Sandy, leaving some coastal communities vulnerable to future storms.
Storm surge and waves from Sandy have damaged or destroyed protective dunes and sea walls along portions of the Atlantic Seaboard.
Dunes act as a natural buffer from the ocean, during high astronomical tides and storm waves.
A lack of dunes, or damaged sea walls could lead to lowland flooding inland of the coast, if anything other than an average nor'easter were to come around. (There is no strict wind, precipitation or pressure criteria for a nor'easter, but generally this is a storm that tracks northward or northeastward along the Atlantic coast of the U.S., producing a partial wind component from the ocean; a northeasterly wind).
While some winters bring very few storms to the Atlantic coast, during the average winter, there are a half dozen to a dozen nor'easters that bring some rain, snow and wind causing minor disruptions or inconveniences.
Of these, a couple storms tend to pack a stronger punch during a typical winter. It is primarily these storms which AccuWeather.com meteorologists are concerned about bringing major impact to the now very vulnerable coastline.
The lack of a blocking pattern, or bucking of steering winds high in the atmosphere, last winter greatly limited the amount of nor'easters, take away the Halloween Weekend storm.
According to Paul Pastelok, Expert Senior Meteorologist and head of AccuWeather.com's Long Range Forecasting, "We are likely to have a blocking pattern for at least part of the upcoming winter, which could lead to more coastal storms in general, when compared to last winter, and an opportunity for a couple of potent nor'easters."
Lingering warm water along the Atlantic coast could play a role, by amplifying the intensity of some of the storms. Setting aside rain versus snow, stronger storms bring more wind.
While the exact number, track and timing of these storms is beyond present day forecasting ability, the ingredients are there for strong winds with some of the storms. And storms moving up along the coast tend to bring a period of onshore winds.
AccuWeather.com meteorologists are monitoring a potential storm for the middle of next week.
At this time, the storm does not appear to be a severe nor'easter, but it may bring a period of rain, wind and perhaps some snow to portions of the mid-Atlantic and New England.
Winter is coming, of course, but indications are this winter will not be so mild-mannered as last winter in terms of the number of storms and their intensity along the Atlantic Seaboard.
Prompt repair of dunes and sea barriers could be essential to minimize risk of future damage and impact as these storms come calling this winter.
The late-season swelter will continue along much of the Atlantic Seaboard through the week as tens of millions head back to school and work.
The next Atlantic tropical depression or storm may take shape in the southwestern Gulf of Mexico's Bay of Campeche during the next couple of days.
A second volcanic eruption occurred on Sunday morning in Iceland in the same area that had one on Friday.
Severe thunderstorms will threaten holiday festivities across parts of the Midwest to close out the extended Labor Day weekend.
While flooding is a threat, monsoonal rains will be beneficial for most areas across northwest India this week.
Gusty winds, large hail and power outages occurred Sunday into Monday morning in the north-central United States.
Washington Co., IA (1897)
Hail fell and drifted in piles 6 feet deep in Washington County.
Yuma, AZ (1950)
123 degrees - hottest temperature ever in Yuma. Yuma is the hottest city in the U.S.
Los Angeles, CA (1955)
110 degrees, hottest day ever in September. This mark was tied September 4, 1988.