Supporting data for “Evaluation, Design and Distribution of Sustainable Drainage Systems in Sloping Environments”

The dataset titled "Evaluation, Design and Distribution of Sustainable Drainage Systems in Sloping Environments" provides comprehensive data supporting the research on sustainable drainage systems, specifically in sloping environments. The research focuses on understanding and optimizing drainage systems to enhance their efficiency and sustainability. The dataset is organized into three main folders, each corresponding to a chapter of the associated thesis, and represents independent research studies. The first folder contains laboratory results of stepped bioretention cells from Chapter 2, which document the performance and behavior of stepped bioretention cells through a series of experiments. This data is crucial for the calibration and validation of numerical models discussed in the thesis.The second folder includes data used for simulations in Chapter 4, focusing on bioretention cells located in St. Francis, Cincinnati, OH. It encompasses various environmental parameters such as rainfall, inflow rates, outflow rates, and evaporation, necessary for simulating the performance of these systems in real-world scenarios.The third folder provides data for catchment-wide simulations in Chapter 5, including digital elevation models, rainfall measurements, monitored groundwater, and imperviousness data. This information is vital for understanding the broader implementation of drainage systems across different landscapes.Each dataset is meticulously organized, with clear descriptions of variables, data collection methods, and file structures. The use of software such as ArcGIS is essential for analyzing spatial data included in the dataset. The dataset is prepared with a focus on facilitating understanding and reuse by other researchers and practitioners interested in sustainable drainage systems. Researchers are encouraged to reference the chapters of the associated thesis for detailed methodological explanations and to appropriately cite the dataset when used in their work.

该名为“坡地环境可持续排水系统评估、设计和分布”的数据集，提供了支持可持续排水系统研究（尤其在坡地环境中）的全面数据。研究旨在深入理解和优化排水系统，以提升其效率和可持续性。数据集分为三大主要文件夹，分别对应相关论文的三个章节，并独立展示了研究项目。首个文件夹收集了第2章所述阶梯式生物滞留池的实验室结果，通过一系列实验记录了阶梯式生物滞留池的性能和行为，这些数据对于论文中讨论的数值模型的校准和验证至关重要。第二个文件夹包含了第4章中用于模拟的数据，专注于辛辛那提圣弗朗西斯地区的生物滞留池，涵盖了降雨、进水率、出水率和蒸发等环境参数，这些参数对于模拟这些系统在实际场景中的表现至关重要。第三个文件夹提供了第5章所述流域范围模拟的数据，包括数字高程模型、降雨测量、地下水监测和透水性数据，这些信息对于理解排水系统在不同景观中的广泛应用至关重要。每个数据集都经过精心组织，对变量、数据收集方法和文件结构进行了清晰的描述。使用如ArcGIS等软件对于分析数据集中的空间数据至关重要。该数据集的编制旨在方便其他对可持续排水系统感兴趣的研究人员和从业者理解和重复使用。研究人员被鼓励参考相关论文的章节以获取详细的方法论解释，并在其工作中适当引用该数据集。