SSS12.18/ESSI2.9/GM2.6/HS11.41/NH6.5 MediaUnmanned Aerial Systems: Platforms, Sensors and Applications in the Geosciences (co-organized) | PICO
|Convener: Michael Smith | Co-Conveners: Mike James , Damià Vericat , Saskia Keesstra|
/ Thu, 21 Apr, 08:30–12:00
Recent enhancements in the performance and endurance of automomous flying platforms, such as multi-copters and fixed wing aircraft, coupled with lighter and better performing sensors, has led to a dramatic increase in the deployment of Unmanned Aerial Systems (UAS) for scientific applications. The pace of development has been breath-taking and this is no better realised than in the low-cost consumer market where products are viable for scientific deployment. Yet we also see the development of aerial platforms for laser scanning, medium format visible cameras and multispectral scanners. These now approach the capability of traditional manned airborne systems. Within the geosciences the increasing use of photogrammetry, and particularly Structure from Motion (SfM), has led to a range of exciting applications.
The aim of this session is to bring together scientists who are working with UAS in soil science, geohazards, geomorphology, vegetation and agronomy and share experiences with a focus upon platforms, sensors, data processing, and applications. The session will provide an overview of the current state of research and challenges that need to be tackled.
We encourage any scientist working with small aerial platforms to submit an abstract. Possible topics can include, but are not limited to:
- Platform development
- Light-weight sensor development
- Methods of data processing
- Multispectral and hyperspectral data analysis
- Pre-processing and time-series analysis
- Applications in soil science, geohazards, geomorphology, cryosphere, ecology, agriculture, forestry, vegetation mapping and monitoring, etc.