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Emergency Management Final

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Text Preview Emergency Management in the Granite State
Crisis and Emergency Management

Introduction
The state of New Hampshire remains extremely unique in developing a proper plan for Crisis and Emergency Management to protect the citizens and state property from the potential vulnerabilities. New Hampshire has an extremely unique geography that features numerous mountain ranges, lakes, and maintains an extensive coastline along the Atlantic Ocean. The state of New Hampshire also maintains the Seabrook Nuclear power plant that adds extensive mitigation and response capabilities to a potential disaster occurring with the nuclear reactor. The most common natural disasters that can strike New Hampshire include flooding, hurricanes, snow and ice storms, and earthquakes. Potential Threats

The most common natural disaster in New Hampshire is flooding. All regions of the state experiences flash flooding, main stem river flooding, coastal flooding or a combination of the natural flooding overflow. These floods all feature continuous heavy rain caused by two or more weather systems that stalled over the state’s atmosphere for a continuous period of time (Homeland Security, 2010 State of New Hampshire). New Hampshire’s rough topography and unique geology allow its many small rivers and streams to quickly overflow their banks during heavy, continuous rain (Homeland Security, 2010 State of New Hampshire). There is no place for the excess water to go except onto roads and fields and into populated metropolitan areas. The primary threats associated with hurricanes come from flooding due to a coastal storm surge, inland flooding due to heavy precipitation and severe winds. Hurricanes cause extremely high winds and damage, but about 80 percent of deaths during hurricanes are due to drowning. Hurricanes and flooding pose and extremely high risk of danger to the residents in the state of New Hampshire, because they can severely limit individuals ability to have proper transportation in evacuation procedures. The rural nature of many of the local communities would not allow for the residents to seek refugee shelter, medical supplies, and proper nutrition and hydration in the event of an emergency.

Heavy wet snow has caused widespread power outages and the collapse of buildings. Ice storms can also cause power outages and create extremely hazardous conditions for motorists, and commercial drivers through New Hampshire’s roadways. Emergency management officials urge the residents of New Hampshire to stay in their homes in the event of a heavy winter snow storm or an ice storm that can pose additional hazards to the residents. The State will often close local schools and business to aid in keeping traffic off of the major roadways to allow for plowing and response teams to adequately clear any hazardous roadway conditions. In the event that the individuals in a community lose power for an extended period of time, they are encouraged to seek an alternative form of shelter. Local officials will provide information on shelter locations and emergency services if that becomes necessary in the event of extended power loss or additional hazards. Radial ice is capable of destroying branches of trees, power lines, and even transmission towers to the breaking point. One inch of radial ice will bring down tree limbs onto power line. Two inches or radial ice on power lines with bring the lines down because of their own weight; usually destroy poles and transformers (Homeland Security, 2010 State of New Hampshire).

Ice storms cause widespread power outages and transportation hazards to the residents. Debris from downed trees and wires makes roads impassable and makes emergency access, repair and cleanup extremely difficult. The recovery and response to an individual ice storm can take weeks rather than the normal one business day needed to remove the snow from a winter storm; residents need to be prepared to stay in their in homes for an extended... Show More

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