Peak Flood Depth Raster Files for 241 Flood Events from 1985-2019 in Philadelphia from RIFT Simulations

This dataset includes raster files representing spatial peak flood water depths for 241 individual flood events simulated using the RIFT model over 1985-2019 for Philadelphia, PA (HUC12 basin ID: 020402031008). Technical Specifications: File Format: ASCII Grid (AAIGrid), compatible with ArcGIS. Coordinate Reference System: EPSG:4269 (NAD83). Raster Dimensions: 1499 columns x 2106 rows. Cell Size: ~10 meters NODATA Value: -9999. Data Content: Each file contains grid data for peak flood depths in meters, simulated over the duration of respective flood events. The files are systematically named to reflect the history sequence, specific timestamps, and the parameter simulated. For example, the file name HIST051_2011082700-2011090500_pfd.txt indicates peak flood depth (pfd) data for the event occurring from August 27, 2011, 00:00 AM to September 5, 2011, 00:00 AM. Citation: Please cite this dataset as follows: Reesman, C., Son, Y., Sun, N., (2025). Peak Flood Depth Raster Files for 241 Flood Events from 1985-2019 in Philadelphia from RIFT Simulations [Dataset]. Zenodo. https://doi.org/10.5281/zenodo.14816650 Acknowledgements: This data was generated as part of the Integrated Coastal Modeling project (ICoM), supported by the U.S. Department of Energy, Office of Science, as part of research in MultiSector Dynamics, Earth and Environmental System Modeling Program.本数据集包含241场独立洪水事件的空间峰值洪水水深栅格文件，这些事件是采用RIFT模型于1985—2019年间，针对美国宾夕法尼亚州费城（水文单元12级流域ID：020402031008）模拟得到的。 技术规格： 文件格式：ASCII Grid（AAIGrid），兼容ArcGIS软件。 坐标参考系统：EPSG:4269（北美大地基准1983，NAD83）。 栅格尺寸：1499列 × 2106行。 像元大小：约10米。 无数据值：-9999。 数据内容： 每个文件均包含对应洪水事件时段内模拟得到的峰值洪水水深栅格数据，单位为米。文件采用系统化命名规则，以体现事件历史序列、具体时间戳及模拟参数。例如，文件名`HIST051_2011082700-2011090500_pfd.txt`代表2011年8月27日00:00至2011年9月5日00:00期间发生的洪水事件的峰值洪水水深（pfd）数据。 引用方式： 请按以下格式引用本数据集：Reesman, C., Son, Y., Sun, N., (2025). 基于RIFT模型模拟的1985—2019年费城地区241场洪水事件峰值洪水水深栅格文件[数据集]. Zenodo. https://doi.org/10.5281/zenodo.14816650 致谢： 本数据集作为集成海岸建模（Integrated Coastal Modeling, ICoM）项目的组成部分生成，该项目由美国能源部科学办公室资助，隶属于多部门动力学、地球与环境系统建模计划研究范畴。