Mark Friedl | LCLUC

Mark Friedl

Professor

Department

Geography and Environment

Institution

Boston University

Email

friedl@bu.edu

Website

http://www.bu.edu/lcsc/

Phone number

617-353-5745

Address

675 Commonwealth Ave, Boston, MA, USA, 2215

Meeting Presentations

Type	Meeting Date	Title
NASA LCLUC Science Team Presentation	Virtual 10/19/2020	Moving Multi-Source Land Imaging of Seasonal Dynamics in Land Surface to Production
NASA LCLUC Science Team Presentation	Rockville, MD 04/09/2019	Progress on Moving Multi-Source Land Imaging of Seasonal Dynamics in Land Surface to Production(Type-1)-Friedl
NASA LCLUC Science Team Presentation	Gaithersburg, MD 04/03/2018	Moving from Prototyping Multisource Imaging of Seasonal Dynamics in Land Surface Phenology to Production
NASA LCLUC Science Team Presentation	Rockville, MD 04/12/2017	Multisource Imaging of Seasonal Dynamics in Land Surface Phenology
Program Presentation	Rockville, MD 04/23/2014	4-D Modeling of the Regional Carbon Cycle in & Around Urban Environments: An Interdisciplinary Study to Advance Observational & Modeling Foundations
Program Presentation	Rockville, Maryland 04/02/2013	4-D Modeling of the Regional Carbon Cycle in & Around Urban Environments: An Interdisciplinary Study to Advance Observational & Modeling Foundations

Media Outreach

Title	Date presented
How the world’s northernmost forests are also under threat from climate change - Inquirer.Net Earth & Environment	05/19/2021

Projects

Role	Period of performance	Project
Collaborator	01/01/2021 to 12/31/2024	Comparing the effectiveness of conservation instruments in the Colombian Andes biodiversity hotspot
Principal Investigator	01/15/2018 to 01/14/2022	An Operational Multisource Land Surface Phenology Product from Landsat and Sentinel 2
Principal Investigator	07/01/2015 to 06/30/2019	Multisource Imaging of Seasonal Dynamics in Land Surface Phenology: A Fusion Approach Using Landsat and Sentinel - 2
Principal Investigator	01/01/2013 to 01/01/2016	4-D Modeling of the Regional Carbon Cycle in and Around Urban Environments: An Interdisciplinary Study to Advance Observational and Modeling Foundations