Satellite imagery, aerial surveys, and ground-based data provide responders with real-time insights into the scope of damage, helping them prioritize resources and protect lives. Geospatial tools allow teams to detect changes in the environment, assess structural damage, and monitor ongoing threats like shifting terrain or encroaching floodwaters.
This technology doesn’t just aid in immediate response—it plays a pivotal role in recovery and prevention. Identifying at-risk areas, such as slopes prone to landslides or flood zones, enables communities to take preemptive action, reducing future vulnerabilities.
NV5’s Commitment to Helping Los Angeles
We understand the urgency of the situation. To support the disaster response and recovery efforts in LA, we are offering a free 30-day temporary license for ENVI® and ENVI SARscape software to those assisting on the front lines. These tools are designed to analyze geospatial data and provide actionable insights that can make a real difference during these critical moments.
Here’s how these tools can help:
Fire and Change Detection for Damaged Structures
Using Synthetic Aperture Radar (SAR) and other types of geospatial data, responders can detect and assess fire damage with pinpoint accuracy. Change detection can identify structural impacts, guiding teams to areas that need immediate attention. This information not only aids in rescue operations but also helps homeowners and businesses begin the recovery process.
Flash Flooding and Landslide Monitoring
With the recent fires stripping vegetation from hillsides, the risk of flash flooding and landslides has surged. ENVI’s advanced analytics can process satellite and aerial data to map terrain changes, identify unstable slopes, and forecast areas at risk of flooding. These insights are crucial for evacuation planning, infrastructure protection, and long-term land management.
Long-Term Resilience Building
Beyond immediate needs, geospatial data fosters sustainable recovery. By analyzing historical and current data, communities can design smarter infrastructure, restore ecosystems, and build resilience against future disasters.