From October 6–11, 2024, GRASP, in collaboration with LIFeLiDAR (Laser-Induced Fluorescence Environmental LiDARs), participated in The Ocean Optics XXVI Conference held in Las Palmas de Gran Canaria, Spain.
The conference brought together over 350 international participants and explored a diverse range of topics, including biogeochemistry, radiative transfer, remote sensing, and phytoplankton ecology. These discussions provided a platform for cutting-edge research and innovation in optical oceanography.
LIFeLiDAR introduced their latest technological innovation, the Onboard Versatile LIFL-11, a state-of-the-art instrument designed for advanced environmental LiDAR applications. Learn more about the LIFL-11 here.
GRASP and LIFeLiDAR also showcased their collaborative research, highlighting the synergy between GRASP satellite products and LIFeLiDAR’s in-situ measurements. This work emphasizes the critical role of integrating satellite data with in-situ observations to enhance the validation and accuracy of satellite-derived water quality products.
The conference provided an excellent opportunity to share advancements, foster collaborations, and contribute to the global conversation on marine optics and environmental monitoring.
About GRASP+LIFeLiDAR
Remote sensing has been established as a proven method for monitoring and diagnosing critical issues in marine and coastal ecosystems. Studies such as Hedley et al. (2016) highlight its efficacy in mapping coral reef health, assessing environmental threats, and providing comprehensive spatial and temporal data at scales unachievable through in-situ surveys. Additionally, innovations in laser-induced fluorescence spectroscopy, as detailed by Hardy and Hoge (1992), enable early detection of stress markers like coral bleaching, offering precision insights into ecosystem health. By leveraging GRASP’s Multi-pixel Level Synergy (MLS) approach to integrate atmospheric data with the sea column mapping capabilities of LIFELIDAR’s LiDAR technology, the collaboration between GRASP+LIFeLiDAR achieves a multidimensional diagnostic approach, enabling precise assessments of water and atmospheric quality.
