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SCHISM-WWMIII hydrological and wave model hindcast for Vanuatu

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Research Data Australia2024-12-14 收录
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https://researchdata.edu.au/schism-wwmiii-hydrological-hindcast-vanuatu/3374973
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This collection contains netCDF formatted data produced by the SCHSIM-WWMIII hydrological and wave coupled model v5.9 around Vanuatu as part of the VanKIRAP project, described in the Hoeke et al report "National sea level rise and coastal hazard analysis mapping for Vanuatu": https://doi.org/10.25919/7jzw-8y73. \n\nFiles are written monthly for the 41 years from 1980 to 2020, containing hourly data on an unstructured grid (adhering to UGRID1.0 convention) that ranges from 10km resolution offshore down to 50m at the coast. Each file contains variables describing sea surface elevation, significant wave height, mean & peak wave period, peak wave direction, peak directional spreading, and u- and v- components of depth-averaged current. \n\nThe model was forced with: \n- TPXO v9.2 tides\n- NOAA CFSR surface winds and Holland vortex model TC winds\n- ECMWF ORAS5 water levels and sea level rise (with geodetic correction)\n- CAWCR wave hindcast wave spectra. \n\nThe model configuration and tuning is described in the linked project report. \nLineage: SCHISM-WWMIII v5.9 output generated on NCI HPC Gadi, June 2023, by Jared Ortiz-Angulo Cantos (University of Cantabria) for CSIRO as part of the VanKIRAP project under direction of Vanessa Hernaman (CSIRO) using her model grid and configuration. \n\nOutput created by SCHISM post-processor combine_output11.exe. \n\nCombined data post processed to extract relevant model variables (zos, hs, t01, t02, tp, u0, v0, dp, spr & dp_rad) via Python notebook and written to monthly files by Ron Hoeke (CSIRO). \n\nMetadata rewritten by metadata_handling_and_addition.py on CSIRO HPC Petrichor to adhere to CF, ACDD and UGRID conventions by Bryan Hally (CSIRO), December 2023.\n\nThis data incorporates material © 2021 EOMAP GmbH & Co.KG. All rights reserved.

本数据集收录了由SCHSIM-WWMIII水文-波浪耦合模式v5.9(SCHSIM-WWMIII)在瓦努阿图海域运行产生的网络通用数据格式(netCDF)数据,该数据作为VanKIRAP项目(VanKIRAP)的一部分产出,相关细节参见Hoeke等人的报告《瓦努阿图国家海平面上升与海岸灾害分析制图》(National sea level rise and coastal hazard analysis mapping for Vanuatu),DOI链接:https://doi.org/10.25919/7jzw-8y73。 数据集文件按月度生成,覆盖1980至2020年共41年时长,包含遵循非结构化网格规范(UGRID1.0)的逐小时数据,网格分辨率在远海区域为10千米,近岸海域可降至50米。 单个文件包含以下变量:海面高度、有效波高、平均波周期与峰值波周期、峰值波向、峰值方向扩散度,以及垂向平均流的u、v分量。 本模式采用以下强迫场数据: - TPXO v9.2潮汐数据 - 美国国家海洋和大气管理局(NOAA)CFSR地表风场与霍兰德涡旋模型热带气旋(TC)风场 - 欧洲中期天气预报中心(ECMWF)ORAS5水位数据与海平面上升数据(含大地测量校正) - CAWCR波浪后报波谱数据。 模式的配置与调参细节参见上述关联的项目报告。 数据溯源:2023年6月,坎塔布里亚大学的Jared Ortiz-Angulo Cantos受澳大利亚联邦科学与工业研究组织(CSIRO)委托,在澳大利亚国家计算基础设施(NCI)的Gadi高性能计算集群上运行SCHISM-WWMIII v5.9模式,产出原始输出结果;该工作属于VanKIRAP项目,由Vanessa Hernaman(CSIRO)主导,采用其构建的模式网格与配置方案。 原始输出通过SCHISM后处理工具combine_output11.exe进行合并。 随后,Ron Hoeke(CSIRO)通过Python交互式笔记本(Python notebook)提取目标变量(zos、hs、t01、t02、tp、u0、v0、dp、spr及dp_rad),并将数据按月度文件格式输出。 2023年12月,CSIRO的Bryan Hally在其高性能计算集群Petrichor上,通过metadata_handling_and_addition.py脚本重写数据集元数据,使其符合气候与预报(CF)规范、数据发现属性(ACDD)规范以及非结构化网格(UGRID)规范的要求。 本数据集包含©2021 EOMAP有限责任两合公司(EOMAP GmbH & Co.KG)的相关素材,保留所有权利。
提供机构:
Commonwealth Scientific and Industrial Research Organisation
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