Large-Eddy Simulation and Statistical Metric Results for Patterned Sea Ice Surfaces

Large-eddy simulations were employed over five different sea ice patterns, with a constant ice fraction, to test if the overlying atmospheric boundary layer (ABL) dynamics and thermodynamics differs. The results of these simulations were used to determine that there were differences in vertical heat...

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Bibliographic Details
Main Author: Fogarty, Joseph
Other Authors: Bou-Zeid, Elie
Format: Dataset
Language:English
Published: Princeton University 2022
Subjects:
Online Access:http://arks.princeton.edu/ark:/88435/dsp01rr1721506
https://doi.org/10.34770/5x2y-5485
id ftprincetonuniv:oai:dataspace.princeton.edu:88435/dsp01rr1721506
record_format openpolar
spelling ftprincetonuniv:oai:dataspace.princeton.edu:88435/dsp01rr1721506 2023-08-27T04:11:53+02:00 Large-Eddy Simulation and Statistical Metric Results for Patterned Sea Ice Surfaces Fogarty, Joseph Bou-Zeid, Elie 2022-08 http://arks.princeton.edu/ark:/88435/dsp01rr1721506 https://doi.org/10.34770/5x2y-5485 en_US eng Princeton University http://arks.princeton.edu/ark:/88435/dsp01rr1721506 https://doi.org/10.34770/5x2y-5485 CC BY 4.0 large-eddy simulation sea ice surface marginal ice zone surface heterogeneity landscape ecology Dataset 2022 ftprincetonuniv https://doi.org/10.34770/5x2y-5485 2023-08-06T16:53:36Z Large-eddy simulations were employed over five different sea ice patterns, with a constant ice fraction, to test if the overlying atmospheric boundary layer (ABL) dynamics and thermodynamics differs. The results of these simulations were used to determine that there were differences in vertical heat flux, momentum flux, and horizontal wind speed, and that more surface information is needed to predict the ABL over the sea ice surface. To see what other surface information is needed, twenty-two landscape metrics were calculated over forty-four different maps at differing resolutions, using the FRAGSTATs program. The results of that analysis are available in a .csv file in this dataset. all_het_data_cellsize0020.csv, all_het_data_cellsize0050.csv, all_het_data_cellsize0100.csv, all_het_data_cellsize0200.csv, all_het_data_cellsize0500.csv, all_het_data_cellsize1000.csv, all_het_data_cellsize2000.csv, all_het_data_cellsize0002.csv, all_het_data_cellsize0010.csv, pattern8_3D_u.txt, pattern8_3D_uw.txt, pattern8_3D_v.txt, pattern8_3D_vw.txt, pattern8_3D_w.txt, pattern8_3D_wt.txt, pattern9_3D_sgst3.txt, pattern9_3D_theta.txt, pattern9_3D_txz.txt, pattern9_3D_tyz.txt, pattern9_3D_u.txt, pattern9_3D_uw.txt, pattern9_3D_v.txt, pattern9_3D_vw.txt, pattern9_3D_w.txt, pattern9_3D_wt.txt, pattern5_3D_sgst3.txt, pattern5_3D_theta.txt, pattern5_3D_txz.txt, pattern5_3D_tyz.txt, pattern5_3D_u.txt, pattern5_3D_uw.txt, pattern5_3D_v.txt, pattern5_3D_vw.txt, pattern5_3D_w.txt, pattern5_3D_wt.txt, pattern6_3D_sgst3.txt, pattern6_3D_theta.txt, pattern6_3D_txz.txt, pattern6_3D_tyz.txt, pattern6_3D_u.txt, pattern6_3D_uw.txt, pattern6_3D_v.txt, pattern6_3D_vw.txt, pattern6_3D_w.txt, pattern6_3D_wt.txt, pattern7_3D_sgst3.txt, pattern7_3D_theta.txt, pattern7_3D_txz.txt, pattern7_3D_tyz.txt, pattern7_3D_u.txt, pattern7_3D_uw.txt, pattern7_3D_v.txt, pattern7_3D_vw.txt, pattern7_3D_w.txt, pattern7_3D_wt.txt, pattern8_3D_sgst3.txt, pattern8_3D_theta.txt, pattern8_3D_txz.txt, pattern8_3D_tyz.txt, README.txt Dataset Sea ice DataSpace at Princeton University
institution Open Polar
collection DataSpace at Princeton University
op_collection_id ftprincetonuniv
language English
topic large-eddy simulation
sea ice surface
marginal ice zone
surface heterogeneity
landscape ecology
spellingShingle large-eddy simulation
sea ice surface
marginal ice zone
surface heterogeneity
landscape ecology
Fogarty, Joseph
Large-Eddy Simulation and Statistical Metric Results for Patterned Sea Ice Surfaces
topic_facet large-eddy simulation
sea ice surface
marginal ice zone
surface heterogeneity
landscape ecology
description Large-eddy simulations were employed over five different sea ice patterns, with a constant ice fraction, to test if the overlying atmospheric boundary layer (ABL) dynamics and thermodynamics differs. The results of these simulations were used to determine that there were differences in vertical heat flux, momentum flux, and horizontal wind speed, and that more surface information is needed to predict the ABL over the sea ice surface. To see what other surface information is needed, twenty-two landscape metrics were calculated over forty-four different maps at differing resolutions, using the FRAGSTATs program. The results of that analysis are available in a .csv file in this dataset. all_het_data_cellsize0020.csv, all_het_data_cellsize0050.csv, all_het_data_cellsize0100.csv, all_het_data_cellsize0200.csv, all_het_data_cellsize0500.csv, all_het_data_cellsize1000.csv, all_het_data_cellsize2000.csv, all_het_data_cellsize0002.csv, all_het_data_cellsize0010.csv, pattern8_3D_u.txt, pattern8_3D_uw.txt, pattern8_3D_v.txt, pattern8_3D_vw.txt, pattern8_3D_w.txt, pattern8_3D_wt.txt, pattern9_3D_sgst3.txt, pattern9_3D_theta.txt, pattern9_3D_txz.txt, pattern9_3D_tyz.txt, pattern9_3D_u.txt, pattern9_3D_uw.txt, pattern9_3D_v.txt, pattern9_3D_vw.txt, pattern9_3D_w.txt, pattern9_3D_wt.txt, pattern5_3D_sgst3.txt, pattern5_3D_theta.txt, pattern5_3D_txz.txt, pattern5_3D_tyz.txt, pattern5_3D_u.txt, pattern5_3D_uw.txt, pattern5_3D_v.txt, pattern5_3D_vw.txt, pattern5_3D_w.txt, pattern5_3D_wt.txt, pattern6_3D_sgst3.txt, pattern6_3D_theta.txt, pattern6_3D_txz.txt, pattern6_3D_tyz.txt, pattern6_3D_u.txt, pattern6_3D_uw.txt, pattern6_3D_v.txt, pattern6_3D_vw.txt, pattern6_3D_w.txt, pattern6_3D_wt.txt, pattern7_3D_sgst3.txt, pattern7_3D_theta.txt, pattern7_3D_txz.txt, pattern7_3D_tyz.txt, pattern7_3D_u.txt, pattern7_3D_uw.txt, pattern7_3D_v.txt, pattern7_3D_vw.txt, pattern7_3D_w.txt, pattern7_3D_wt.txt, pattern8_3D_sgst3.txt, pattern8_3D_theta.txt, pattern8_3D_txz.txt, pattern8_3D_tyz.txt, README.txt
author2 Bou-Zeid, Elie
format Dataset
author Fogarty, Joseph
author_facet Fogarty, Joseph
author_sort Fogarty, Joseph
title Large-Eddy Simulation and Statistical Metric Results for Patterned Sea Ice Surfaces
title_short Large-Eddy Simulation and Statistical Metric Results for Patterned Sea Ice Surfaces
title_full Large-Eddy Simulation and Statistical Metric Results for Patterned Sea Ice Surfaces
title_fullStr Large-Eddy Simulation and Statistical Metric Results for Patterned Sea Ice Surfaces
title_full_unstemmed Large-Eddy Simulation and Statistical Metric Results for Patterned Sea Ice Surfaces
title_sort large-eddy simulation and statistical metric results for patterned sea ice surfaces
publisher Princeton University
publishDate 2022
url http://arks.princeton.edu/ark:/88435/dsp01rr1721506
https://doi.org/10.34770/5x2y-5485
genre Sea ice
genre_facet Sea ice
op_relation http://arks.princeton.edu/ark:/88435/dsp01rr1721506
https://doi.org/10.34770/5x2y-5485
op_rights CC BY 4.0
op_doi https://doi.org/10.34770/5x2y-5485
_version_ 1775355539046268928