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WorksheetsCOR 010
Total questions: 33
Worksheet time: 46mins
specialized maps that indicate hazard susceptibility of areas.
Geologic mapping
Geographical hazard
property protection
prevention
vitally important to education, science, business and a wide variety of public policy concerns. For example,
help us to assess the likelihood, prepare for, and minimize damage from natural hazards.
geographical hazard maps
prevention
structural projects
geologic mapping
actions taken to reduce or eliminate long term risks caused by hazards or disasters, such as flooding,earthquakes, wildfires, landslides, or dam failure.
hazard mitigation
geologic mapping
geographical hazard map
natural resource protection
Government, administrative, or regulatory actions that influence the way land and buildings are developed to reduce hazard losses.
property protection
prevention
natural resource protection
public education awareness
Actions to inform citizens and elected officials about hazards and ways to mitigate them
structural projects
prevention
emergency services
public education and awareness
actions that protect people and property during and immediately after a hazard event includes.
emergency services
property protection
natural resource protection
structural projects
modification of buildings or structures to protect them from a hazard or removal of structures from a hazard area.
prevention
structural project
property protection
emergency services
Actions that involve the construction of structures to reduce the impact of hazard.
structural projects
public education and awareness
prevention
natural resource protection
actions that minimize hazard loss and preserve or restore the functions of natural system.
property protection
emergency services
prevention
natural resource protection
5th step of the MHP is a living document that must be regularly reviewed, updated, and maintained.A schedule is prepared to include responsible departments involved with monitoring, evaluating, and updating the plan during its five year cycle. a process for integrating the updated mitigation strategy into existing plans and reports should be outlined and a plan for continued public outreach and participation must also be developed.
Organize Resources & Build the Planning Team
Determine Plan Maintenance Process
Assess Capabilities
Obtain Mitigation Plan Approval and Action
6th step the draft plan is made available for public comment then submitted to the government for review and approval once a plan has been determined to meet all requirements and receives official approval it.
Develop the Plan’s Risk Assessment
Assess Capabilities
Organize Resources & Build the planning team
Obtain Mitigation Plan Approval and Adoption
2nd step The risk assessment includes the identification of the location and geographic extent of natural and human caused hazards that can affect the city. The hazard impacts and future probability of occurrence is also determined. Scientific and historical evidence of past events is collected and evaluated.
Assess Capabilities
Develop the Plan’s Risk Assessment
Develop the Mitigation Strategy
Obtain Mitigation Plan Approval and Action
1st Step Relevant studies, plans and reports are collected along with communications resources that allow the public to involved throughout the planning process.
Organize Resources & Build the Planning Team
Obtain Mitigation Plan Approval and Adoption
Determine Plan Maintenance Process
Develop the Plan’s Risk Assessment
3rd step of Local capabilities through emergency management, the National Flood Insurance Program, planning and regulatory authorities, administrative, technical, financial, and political capacities are assessed for the plan revision.
Develop the Mitigation Strategy
Determine Plan Maintenance Process
Organize Resources & Build the Planning Team
Assess Capabilities
4th step Goals, objectives, and past mitigation actions are evaluated and revised as needed by the planning team. The planning teams will also define appropriate new mitigation techniques, and prioritize mitigation actions and projects in the revised mitigation strategy.
Develop the Mitigation Strategy
Organize Resources & Build planning team
Obtain Mitigation Plan Approval and Adoption
Determine Plan Maintenance Process
its a branch of meteorology and hydrology that studies the transfer of water and energy between the land surface and the lower atmosphere.
Typhoon
El niño
Hydrometeorology
Thunderstorm
An event that occurs within a short period of time, generally WITHIN 6hours following the END of the causative event.
El Niño
Flash Flood
Storm Surge
Flood
It’s a low pressure area rotating counter-clockwise and containing rising warm air that forms over warm water in the Western Pacific Ocean.
Thunderstorm
Flood
El Niño
Typhoon
refers to the large-scale ocean-atmosphere climate interaction linked to a periodic warming in sea surface temperatures across the central and east-central Equatorial Pacific.
El Niño
La Niña
Flood
Typhoon
A rise of seawater above normal sea level on the coast, generated by the action of weather elements such as cyclonic wind and atmospheric pressure.
Flood
Storm Surge
Thunderstorm
El Niño
is sometimes referred to as the cold phase of ENSO and El Niño as the warm phase of ENSO. These deviations from normal surface temperatures can have large-scales impacts not only on ocean processes, but also on global weather and climate.
La Niña
El Niño
Typhoon
Thunderstorm
a weather condition that produces lightning and thunder, heavy rainfall from cumulonimbus clouds and possibly a tornado.
Typhoon
Flood
Thunderstorm
Flash floods
An overflow of water onto normally dry land. It is an event that occurs after 6 hours following the end of thw causative event.
La niña
Flash floods
El niño
Flood
any source that can cause harm or damage to humans, property, or the environment.
Hazard
Flood
Hydrometeorology
Flash floods
an instrument that project light beam to the clouds.
Ceiling light projector
Barograph
Theodolite
Clinometer
an instrument that measures and records both temperature and humidity.
Ceiling balloon
8-inch Raingauge
Thermograph
Barograph
a writing arm that records barometer pressure, which wires and falls on a revolving scroll of paper.
Barograph
Ceiling light projector
Theodolite
Thermograph
the inside diameter od the collector is exactly 8 inches above a funnel that conducts rain into a cylindrical measuring tube or reciever.
Barograph
Clinometer
8-inch Raingauge
Thermograph
an instrument that determines the height of the cloud base by measuring the distance of the cloud bases to the ground.
Clinometer
Thermograph
Ceiling Balloon
Thodolite
an instrument that determines wind speed and direction. It is attached to a hydrogen-filled pilot balloon and is allowed to float in the atmosphere at different heights to reach its different levels.
Theodolite
Thermograph
Clinometer
Barograph
also called a pilot ballot or pibal, a balloon filled with hydrogen oe other gas lighter than air, which is used to determine the height of the cloud base of clouds above ground level during daylight house.
Theodolite
Ceiling Balloon
Barograph
Clinometer
it is used to measure temperature, pressure, and relative humidity in the atmosphere. A small instrument package that is suspended below balloon filled with either hydrogen or helium.
Radiosonde
Clinometer
Sling Psychometer
Barograph
consists of a dry and wet bulb thermometer, The term bulb refers to that portion of the glass tube where the mercury is stored.
8-inch Raingauge
Radiosonde
Sling Psychrometer
Ceiling Balloon
