NEON studies wildfire in unprecedented detail - Science Nation

Following the High Park wildfire in Colorado, scientists quickly mobilized to assess the damage using advanced technology. Supported by the NSF, a team led by Michael Lefsky from Colorado State University collaborated with NEON to deploy airborne and mobile units for rapid data collection. They utilized 3D remote sensing, spectroscopy, and LiDAR to analyze the fire's impact on vegetation and ecosystems. Ground teams also evaluated the effects on land and water, noting significant changes in water quality and forest structure. The collected data provides detailed insights into both damaged and healthy areas, aiding resource management agencies in restoration planning. The study highlights the increasing frequency of large forest fires and emphasizes the importance of understanding their destruction to better protect natural resources in the future.

Who led the rapid response team to study the High Park wildfire's impact?

• Jane Smith

• Sarah Connor

• Michael Lefsky

• John Doe

What technology allows the team to measure the structure of vegetation?

• Spectroscopy

• LiDAR

• High-resolution cameras

• Thermal imaging

What is the primary concern for humans regarding the fire's impact on water?

• Rise in water temperature

• Effect on water quality

• Improved water clarity

• Increased fish population

What is the main purpose of the data collected by the team?

• To sell to private companies

• To create a documentary

• To provide information for restoration planning

• To entertain the public

What has been observed in recent years regarding forest fires?

• No change in fire patterns

• A decrease in frequency

• Fires have become less destructive

• An upsurge in large fires