Sensitivity of atmospheric river vapor transport and precipitation to uniform sea-surface temperature increases

This is the companion data for the manuscript of the same title, originally submitted to JGR: Atmospheres on 02/08/2020 and resubmitted on 06/30/2020. Specifically, this dataset corresponds to the resubmitted version. Note that the only change is the addition of code example to generate kernel density estimates of Hadley cell edge, subtropical jet, and eddy-driven jet positions. <strong>modelParameters: </strong>this folder contains the scripts I ran on NERSC Cori in 2019 to initialize the CESM2.0/CAM5 model runs. qobs_script_newcase.sh: creates all cases, for the Baseline as well as the +xK SST runs docn_comp_mod.F90: original CAM5 aquaplanet SST distributions; "QOBS" is used for my "Baseline" experiments plusxK_docn_comp_mod.F90: modified SST distributions, for x=(2,4,6); these are simply uniform additions to the QOBS SST distributions Macros.make &amp; env_mach_specific.xml: configuration files to run CESM2.0 on Cori at the time user_nl_cam: namelist for CAM5; specifies some model run parameters as well as output variables. <strong>detectionParameters: </strong>this folder contains the scripts I ran on NERSC Cori in 2019 to detect tropical cyclones and atmospheric rivers. Use this code for reference purposes only (i.e., to see which parameters were used to detect ARs or TCs). It will not run as-is. <strong>All other subfolders </strong>provide working examples of code used to generate figures (all in Jupyter notebooks) for the manuscript; folder names are descriptive. Unfortunately, model output was large (~12 TB). Hence, I only provide mean data, used directly to generate figures, in this repository. All model output are archived on tape at NERSC. For more details, refer to the manuscript, or contact me ([e-mail]).本数据集为同名稿件的配套补充数据，该稿件最初于2020年2月8日提交至《地球物理学研究杂志：大气》（JGR: Atmospheres），并于2020年6月30日修订后重新提交。本数据集对应修订提交版本，仅新增了用于生成哈得莱环流边界、副热带急流与涡旋驱动急流位置核密度估计的代码示例。 <strong>模型参数（modelParameters）</strong>：该文件夹包含2019年我在美国国家能源研究科学计算中心（NERSC）的Cori超算上运行CESM2.0/CAM5模式初始化任务的脚本： - qobs_script_newcase.sh：用于创建所有试验的运行案例，涵盖基准试验与+xK海表温度（Sea Surface Temperature, 简称SST）扰动试验 - docn_comp_mod.F90：CAM5原版水球模式（aquaplanet）海表温度分布文件；本研究的“基准试验”采用其中的“QOBS”数据集 - plusxK_docn_comp_mod.F90：修改后的海表温度分布文件，适用于x=2、4、6的扰动场景，仅为在QOBS海表温度分布基础上进行均匀增量修正 - Macros.make 与 env_mach_specific.xml：2019年在Cori超算上运行CESM2.0所需的配置文件 - user_nl_cam：CAM5的namelist配置文件，用于指定部分模式运行参数与输出变量。 <strong>检测参数（detectionParameters）</strong>：该文件夹包含2019年我在NERSC Cori超算上运行热带气旋与大气河流检测任务的脚本。本代码仅作参考使用（用于查阅大气河流（ARs）或热带气旋（TCs）的检测参数设置），无法直接独立运行。 <strong>其余所有子文件夹</strong>：提供了用于生成稿件配图的可运行代码示例（均为Jupyter Notebook格式），文件夹名称均带有明确的功能说明。由于模式原始输出数据体量庞大（约12 TB），本仓库仅提供直接用于生成配图的平均数据。所有原始模式输出均已归档至NERSC的磁带存储系统。如需更多细节，请参阅同名稿件，或通过邮箱[e-mail]联系作者。