Blockchain Registration Transaction Record
New Study Uses Satellite Data and Machine Learning to Quantify Typhoon Impacts on Vegetation
In a groundbreaking study, researchers utilize satellite data and machine learning models to quantify the impacts of typhoons on vegetation, offering crucial insights for ecosystem management and disaster risk assessment. This innovative approach provides more accurate assessments of both immediate damage and long-term recovery, highlighting the urgent need for comprehensive strategies to understand the full scope of typhoon impacts on vegetation.

This news matters as it introduces an innovative approach to understanding the direct effects of typhoons on coastal vegetation. By providing more accurate assessments of damage and recovery, this framework can inform better ecosystem management and disaster risk reduction strategies, ultimately contributing to environmental sustainability.
Blockchain | Details |
---|---|
Contract Address | 0x0553B273B8eBf464Bd2a37C259F0eEBb3d70Fd71 |
Transaction ID | 0x611012f02de1e7b3e68ac04f26d4b86917b82a8ba33880b695a63b63fd195dd7 |
Account | 0xdBdE7c76e403a5923F3dD4F050Dbbf5c2077BB20 |
Chain | polygon-main |
NewsRamp Digital Fingerprint | nuke3wDh-5c21f29741876a4eab0d3b3abaf0824f |