Which statement best demonstrates how data from a global positioning system (GPS) can be used to lessen the effects of a wildfire?(1 point)
Responses
GPS data can be used by people to quickly evacuate an area because of a wildfire.
GPS data can be used by people to quickly evacuate an area because of a wildfire.
GPS data can be used by scientists to predict weather patterns that can lead to a wildfire.
GPS data can be used by scientists to predict weather patterns that can lead to a wildfire.
GPS data can be used by firefighters to identify the boundaries of a wildfire.
GPS data can be used by firefighters to identify the boundaries of a wildfire.
GPS data can be used by first responders to calculate the safest route to a wildfire.
controlled burn
GPS data can be used by first responders to calculate the safest route to a wildfire.
Which cause of wildfires is least likely to lead to catastrophic results?(1 point)
Responses
lightning strike
lightning strike
unattended campfire
unattended campfire
arson
arson
controlled burn
The National Weather Service issued the following weather forecast.
“Strong, hot, dry winds are expected to move through the local area.”
Which action would local fire officials most likely take as a result of this weather forecast?
(1 point)
Responses
They would lift a ban on all burning in the area.
They would lift a ban on all burning in the area.
They would permit only controlled burns in the area.
They would permit only controlled burns in the area.
They would prohibit any outdoor burning in the area.
They would prohibit any outdoor burning in the area.
They would eliminate smoking in public places throughout the area.
They would prohibit any outdoor burning in the area.
The statement that best demonstrates how data from a global positioning system (GPS) can be used to lessen the effects of a wildfire is:
"GPS data can be used by first responders to calculate the safest route to a wildfire."
To determine the answer, we need to assess each statement and consider how GPS data can help in reducing the impact of a wildfire.
The first statement suggests that GPS data can be utilized by people to quickly evacuate an area because of a wildfire. While GPS can certainly assist individuals in finding the fastest way out of an affected area, this statement does not specifically address how it lessens the effects of the wildfire itself.
The second statement suggests that GPS data can be used by scientists to predict weather patterns that can lead to a wildfire. While GPS can provide valuable data, such as atmospheric moisture levels or wind patterns, it's not solely dependent on GPS data to forecast weather patterns that cause wildfires. Scientists typically rely on a combination of various data sources and modeling techniques.
The third statement states that GPS data can be used by firefighters to identify the boundaries of a wildfire. This is a valid use of GPS data, as it can help firefighters determine the extent and perimeter of a wildfire. However, it does not directly address how this information lessens the effects of the wildfire.
The fourth statement suggests that GPS data can be used by first responders to calculate the safest route to a wildfire. This statement directly addresses how GPS data can aid in reducing the impact of a wildfire. First responders, such as firefighters or emergency personnel, can use GPS data to identify the most efficient and secure route to reach the wildfire quickly, allowing them to respond promptly and effectively.
In summary, the statement "GPS data can be used by first responders to calculate the safest route to a wildfire" is the best choice as it directly outlines how GPS data can contribute to lessening the effects of a wildfire.