#basalmelt — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #basalmelt, aggregated by home.social.
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We finally have submitted our study about emulating #Antarctic sub-shelf #melt rates simulated by a cavity-opening ocean #model with a #NeuralNetwork
Main conclusion: a neural network is at least as good in parameterising basal melt rates as traditional physics-based parameterisations!
#climate #modelling #IceShelves #IceSheet #DeepLearning #BasalMelt
Co-authors on the #fediverse: @nicojourd @tobifinn
Check out the preprint here: https://doi.org/10.22541/essoar.168500298.88328432/v1
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We finally have submitted our study about emulating #Antarctic sub-shelf #melt rates simulated by a cavity-opening ocean #model with a #NeuralNetwork
Main conclusion: a neural network is at least as good in parameterising basal melt rates as traditional physics-based parameterisations!
#climate #modelling #IceShelves #IceSheet #DeepLearning #BasalMelt
Co-authors on the #fediverse: @nicojourd @tobifinn
Check out the preprint here: https://doi.org/10.22541/essoar.168500298.88328432/v1
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We finally have submitted our study about emulating #Antarctic sub-shelf #melt rates simulated by a cavity-opening ocean #model with a #NeuralNetwork
Main conclusion: a neural network is at least as good in parameterising basal melt rates as traditional physics-based parameterisations!
#climate #modelling #IceShelves #IceSheet #DeepLearning #BasalMelt
Co-authors on the #fediverse: @nicojourd @tobifinn
Check out the preprint here: https://doi.org/10.22541/essoar.168500298.88328432/v1
-
We finally have submitted our study about emulating #Antarctic sub-shelf #melt rates simulated by a cavity-opening ocean #model with a #NeuralNetwork
Main conclusion: a neural network is at least as good in parameterising basal melt rates as traditional physics-based parameterisations!
#climate #modelling #IceShelves #IceSheet #DeepLearning #BasalMelt
Co-authors on the #fediverse: @nicojourd @tobifinn
Check out the preprint here: https://doi.org/10.22541/essoar.168500298.88328432/v1
-
We finally have submitted our study about emulating #Antarctic sub-shelf #melt rates simulated by a cavity-opening ocean #model with a #NeuralNetwork
Main conclusion: a neural network is at least as good in parameterising basal melt rates as traditional physics-based parameterisations!
#climate #modelling #IceShelves #IceSheet #DeepLearning #BasalMelt
Co-authors on the #fediverse: @nicojourd @tobifinn
Check out the preprint here: https://doi.org/10.22541/essoar.168500298.88328432/v1