The landscape is covered with exquisite ice when winter ice storms hit. Ice covers trees, power lines, the roadways, rooftops, and much more. During the ice storm, residents must hunker down, frequently without electricity, heat, or water for days at a time. Traveling is exceptionally dangerous due to fallen trees, downed power lines, and icy roads. Crews come in and clear the debris. Water and electricity are turned back on, as well as the area starts to thaw. But although the ice storm is around, the risks continue. So what can you expect after an ice storm?
As the current weather warms ups, ice starts to melt which causes difficulties of its own. As an example, when tree branches and power lines are covered with ice, many break away while others are weighted down with ice. As the ice melts, these things snap back into place, frequently causing power outages that are new and new breakage.
Ice melt in streams and rivers can cause local flooding too. Big balls of ice can become lodged between boulders and under bridges causing a short-term dam. These temporary dams obstruct water that is flowing, sending the water over the banks in the river.
At home, ice and snow on the roof regularly melts down just to re- freeze at night when the temperature drops below freezing more. At these times, your eavestrough
is prone to a state called “ice dams” where ice accumulates in the gutters, keeping water from flowing. This water blockage can cause water to work its way back up the roof line, below the shingles, causing leaks in the attic, down the walls, or through the ceiling when conditions are right.
Ice storms are damaging to conduits too. While many residents that live in regions with harsh winter weather insulate their conduits, ice storms can strike on more temperate regions like the southeastern states. Busted pipes can be experienced by even houses with insulated conduits after an ice storm, particularly when the electricity has been outside for prolonged time periods. After all, without warm atmosphere being circulated by dwelling heating systems, the freezing point could be reached by water in the pipes. When water freezes in conduits, it enlarges, placing extreme pressure on pipe joints and conduits. Determined by the area of the freeze, the water damage might not appear until everything starts to thaw out.
Another danger in the wake of an ice storm is the way the ice melts down. Picture a sheet of ice on the earth. Now, imagine what occurs with the upper layer of ice melts. Where does it go? It can not soak into the earth because there is a layer of ice below as routine rainwater does. The water goes along the very top of the ice, flooding everything in its course.
Along with melt and freezing cycles, ice is extremely heavy. It can cause structural damages to bridges, roofs, and other constructions. Subsequent to the ice storm, ice from above can fall off in hunks causing injuries to pedestrians below.
Roof leaks, flood, and water damage are typical after effects of ice storms. Furthermore, states remain dangerous for residents. Spots of ice stay, causing falls, auto accidents, and other mishaps. Plants and harvests are damaged after a freeze and services including electricity, water, and gas may stay out of order. After service was re-established, residents might have to boil water for a several days.
Ice storms are damaging and lethal from the minute they strike and for a lot of days after. Be ready for adversities, water damage, in the event you are in an ice storm, and fending for yourself for no less than a week – maybe more.