Drones: The Unsung Heroes of Search-and-Rescue Operations
How are drones crucial to search-and-rescue operations according to Scandara?
Choose two pieces of evidence from the list to support the claim that drones are essential for search-and-rescue operations:
- Drones are difficult to detect.
- Drones fly in bad weather.
- Drones fly at high elevations.
- Drones match car license plates.
- Drones reduce the risk of property damage.
Evidence Supporting the Claim:
Drones are crucial to search-and-rescue operations because:
- Drones fly in bad weather.
- Drones fly at high elevations.
Scandara argues that drones are important for search-and-rescue operations, supporting this by highlighting their ability to fly in bad weather and at high elevations.
According to Scandara's argument, drones play a vital role in search-and-rescue missions due to their unique capabilities. Let's delve deeper into the evidence provided:
Drones Fly in Bad Weather
One of the key advantages of drones in search-and-rescue operations is their ability to navigate and operate in adverse weather conditions. Unlike traditional aircraft or ground teams, drones can continue their mission even in challenging weather such as heavy rain, snow, or fog. This resilience allows search-and-rescue efforts to proceed without interruptions, potentially saving lives in emergency situations.
Drones Fly at High Elevations
Another critical aspect of drones for search-and-rescue operations is their capability to fly at high altitudes. By operating at elevated levels, drones can cover larger areas of terrain and provide a broader perspective of the surroundings. This aerial vantage point is beneficial in locating missing individuals or assessing emergency situations quickly and efficiently.
In conclusion, the use of drones in search-and-rescue operations enhances the effectiveness and efficiency of emergency response efforts. Their ability to operate in bad weather and at high elevations makes them indispensable tools in saving lives and reducing risks during crises.