Mark A Friedl
Boston University
H-index: 87
North America-United States
Top articles of Mark A Friedl
Title | Journal | Author(s) | Publication Date |
|---|---|---|---|
Drought Changes Growing Season Length and Vegetation Productivity | Josh Gray Eunhye Choi Mark Friedl Patrick Griffiths | 2024/3/7 | |
Continuity between NASA MODIS Collection 6.1 and VIIRS Collection 2 land products | Miguel O Román Chris Justice Ian Paynter Peter B Boucher Sadashiva Devadiga | 2024/3/1 | |
Need and vision for global medium-resolution Landsat and Sentinel-2 data products | Volker C Radeloff David P Roy Michael A Wulder Martha Anderson Bruce Cook | 2024/1/1 | |
A global land cover training dataset from 1984 to 2020 | Scientific Data | Radost Stanimirova Katelyn Tarrio Konrad Turlej Kristina McAvoy Sophia Stonebrook | 2023/12/7 |
Land Surface Phenology, Eddy Covariance Tower Sites, North America, 2017-2021. ORNL DAAC, Oak Ridge, Tennessee, USA | M Moon AD Richardson T Milliman MA Friedl | 2023 | |
The role of surface energy fluxes in determining mixing layer heights | Agricultural and Forest Meteorology | Eric R Beamesderfer Sebastien C Biraud Nathaniel A Brunsell Mark A Friedl Manuel Helbig | 2023/11/15 |
Evaluation of leaf phenology of different vegetation types from local to hemispheric scale in CLM | Authorea Preprints | Xiaolu Li Carlos M Carrillo Toby Ault Andrew Richardson Mark A Friedl | 2023/5/2 |
Remote sensing of seasonal variation of LAI and fAPAR in a deciduous broadleaf forest | Agricultural and Forest Meteorology | Leticia X Lee Timothy G Whitby J William Munger Sophia J Stonebrook Mark A Friedl | 2023/4/15 |
Observations of satellite land surface phenology indicate that maximum leaf greenness is more associated with global vegetation productivity than growing season length | Global Biogeochemical Cycles | Xiaojie Gao Ian R McGregor Josh M Gray Mark A Friedl Minkyu Moon | 2023/3 |
Northern hemisphere land-atmosphere feedback from prescribed plant phenology in CESM | AGU23 | Xiaolu Grace Li Toby Ault Andrew D Richardson Steve E Frolking Dimitris A Herrera | 2023/12/13 |
Examining the effects of sensor resolution and sub-pixel heterogeneity on spectral vegetation indices: Implications for biophysical modeling | Mark A Friedl | 2023/1/13 | |
Reconstruction of satellite time series with a dynamic smoother | IEEE Journal of Selected Topics in Applied Earth Observations and Remote Sensing | Jordan Graesser Radost Stanimirova Mark A Friedl | 2022/2/1 |
Senescence in temperate broadleaf trees exhibits species-specific dependence on photoperiod versus thermal forcing | Agricultural and Forest Meteorology | Minkyu Moon Andrew D Richardson John O'Keefe Mark A Friedl | 2022/7/15 |
Observations of satellite land surface phenology suggest that maximum leaf greenness affects global vegetation productivity more than growing season length | Authorea Preprints | Xiaojie Gao Ian McGregor Josh Gray Mark Friedl Minkyu Moon | 2022/11/24 |
Medium spatial resolution mapping of global land cover and land cover change across multiple decades from Landsat | Frontiers in Remote Sensing | Mark A Friedl Curtis E Woodcock Pontus Olofsson Zhe Zhu Tom Loveland | 2022/6/28 |
Two decades of post-disturbance land cover changes in Arctic and boreal ecosystems of North America | AGU Fall Meeting Abstracts | Kai-Ting Hu Mark A Friedl Jonathan A Wang | 2022/12 |
Crop yield forecasting models | 2022/8/18 | ||
A global analysis of the spatial and temporal variability of usable Landsat observations at the pixel scale | Remote Sensing, Section on Remote Sensing Time Series Analysis | Y Zhang C Woodcock P Arévalo P Olofsson X Tang | 2022/6/21 |
Moderate Spatial Resolution Mapping of Global Land Cover and Land Cover Change Across Multiple Decades from Landsat | AGU Fall Meeting Abstracts | Paulo A Arevalo Mark A Friedl Curtis E Woodcock Pontus Olofsson Zhe Zhu | 2022/12 |
Temporally-consistent annual land cover from Landsat time series in the Southern Cone of South America | Remote Sensing | Jordan Graesser Radost Stanimirova Katelyn Tarrio Esteban J Copati José N Volante | 2022/8/17 |
Co-Authors
