Pinned Repositories
ec21_anil_etal
ec21_balwada_etal
ec21_book
Jupyter notebook presentation
ec21_bourgault_etal
ec21_cherian_etal
ec21_dye_etal
ec21_gray_etal
Leveraging satellite data and pangeo to investigate the role of Gulf Stream frontal dynamics in ocean productivity
ec21_lopez_etal
Jupyter notebooks to explore and analyze global glacier velocities since 1985 using NASA's ITS-LIVE data.
ec21_martin_etal
ec21_shi_etal
EC2021 Notebook Presentation: Automated Machine Learning for Earth Science via AutoGluon
earthcube2021's Repositories
earthcube2021/ec21_gray_etal
Leveraging satellite data and pangeo to investigate the role of Gulf Stream frontal dynamics in ocean productivity
earthcube2021/ec21_martin_etal
earthcube2021/ec21_balwada_etal
earthcube2021/ec21_bourgault_etal
earthcube2021/ec21_cherian_etal
earthcube2021/ec21_dye_etal
earthcube2021/ec21_lopez_etal
Jupyter notebooks to explore and analyze global glacier velocities since 1985 using NASA's ITS-LIVE data.
earthcube2021/ec21_anil_etal
earthcube2021/ec21_potnis_etal
earthcube2021/ec21_seijo_etal
Investigating upper ocean variability during tropical cyclones and seasonal sea ice formation and melting: Argovis APIs exposed to co-locate oceanic and atmospheric datasets
earthcube2021/ec21_shi_etal
EC2021 Notebook Presentation: Automated Machine Learning for Earth Science via AutoGluon
earthcube2021/ec21_book
Jupyter notebook presentation
earthcube2021/ec21_garzon_etal
earthcube2021/ec21_beckley_etal
earthcube2021/ec21_cych_etal
earthcube2021/ec21_hu_etal
Use an deep neural network (Conv-LSTM) to identify weather analogs
earthcube2021/ec21_mason_etal
earthcube2021/ec21_maussion_etal
earthcube2021/ec21_uchida_etal
earthcube2021/ec21_zheng_etal
An open-source, interactive, and highly customizable workflow for glacier velocity mapping using feature tracking technique and satellite images.