The “Storm Cloud” rapid remote damage assessment system.
Eben Broadbent (PI) directs the development and implementation of the Storm Cloud system, which uses cloud-based 'artificial intelligence' analysis of radar and optical remote sensing, combined with precision Forest Inventory and Analysis (FIA) plot data, to enable rapid continual assessment of ecological damage from hurricanes and other natural disturbances. Initial funding through grants from the USFS and McIntire-Stennis funds.
Please contact Eben at "e b e n @ u f l . e d u" with any questions or requests (no spaces).
Team
Todd Schroeder, USFS, research scientist
Gabriel Prata, UFL, post-doctoral scholar.
Ajay Sharma, UFL, assistant professor.
Angelica Almeyda Zambrano, UFL, research faculty.
Jason Drake, USFS, research scientist.
Paul Medley, USFS, research scientist.
Joseph St. Peter, FAMU, graduate student (PhD).
Eben Broadbent (PI) directs the development and implementation of the Storm Cloud system, which uses cloud-based 'artificial intelligence' analysis of radar and optical remote sensing, combined with precision Forest Inventory and Analysis (FIA) plot data, to enable rapid continual assessment of ecological damage from hurricanes and other natural disturbances. Initial funding through grants from the USFS and McIntire-Stennis funds.
Please contact Eben at "e b e n @ u f l . e d u" with any questions or requests (no spaces).
Team
Todd Schroeder, USFS, research scientist
Gabriel Prata, UFL, post-doctoral scholar.
Ajay Sharma, UFL, assistant professor.
Angelica Almeyda Zambrano, UFL, research faculty.
Jason Drake, USFS, research scientist.
Paul Medley, USFS, research scientist.
Joseph St. Peter, FAMU, graduate student (PhD).
