Optical imagery

Radar imagery

LiDAR data

GPS data

It provides real-time information.

It can be used to assess damage.

It can be used to monitor hazards.

All of the above

Hazard mapping

Vulnerability assessment

Emergency response planning

Disaster recovery planning

To store and manage disaster-related data.

To analyze disaster-related data.

To visualize disaster-related data.

All of the above

It can help to improve coordination between different agencies.

It can help to identify vulnerable populations.

It can help to target resources more effectively.

It can help to predict the behavior of hazards.

Remote sensing is the process of collecting data from a distance, while GIS is the process of managing and analyzing spatial data.

Remote sensing is the process of analyzing spatial data, while GIS is the process of collecting data from a distance.

Remote sensing is the process of visualizing spatial data, while GIS is the process of managing and analyzing spatial data.

Remote sensing is the process of managing and analyzing spatial data, while GIS is the process of collecting data from a distance.

Floods

Earthquakes

Wildfires

Droughts

To assess the damage caused by the disaster.

To identify areas that are safe for people to return to.

To monitor the recovery process.

All of the above

The high cost of remote sensing data.

The lack of trained personnel.

The difficulty in integrating remote sensing data with other data sources.

The lack of public awareness about remote sensing and GIS.

These technologies will become more widely used.

These technologies will become more affordable.

These technologies will become more accurate.

All of the above