Software and data for Semi-empirically modeling barrier sediment transport in response to hydrodynamic forcing using UAV-derived topographical data (Holgate, New Jersey)

This package contains the data and scripts used to analyze topographical data collected from UAV-RTK surveys, estimate the beach and dune elevations, calculate volumetric changes, and apply a semi-empirical model for:Schmelz, W.J., Spector, A., Neitzke‐Adamo, L. & Miller, K.G. (2024) Semi‐empirically modelling barrier sediment transport in response to hydrodynamic forcing using UAV‐derived topographical data (Holgate, New Jersey). Earth Surf. Process. Landforms. Available from: https://doi.org/10.1002/esp.6052.**The data stored in this repository is the raw and processed data collected during the study. To use these data with the scripts in the GitHub repository, copy all folders/datafiles contained within the compressed "00_Data" folder provided here and paste them into the "GP_Regression/00_Data" folder within the GitHub repository (https://github.com/wschmelz/CoastResponse_Wave_WL.git).

本套件包含用于分析无人机实时动态差分（UAV-RTK）测量采集的地形数据、估算海滩与沙丘高程、计算体积变化，以及应用针对下述研究的半经验模型的相关数据与脚本：Schmelz, W.J.、Spector, A.、Neitzke‐Adamo, L. 与 Miller, K.G.（2024）发表于《Earth Surf. Process. Landforms》的论文《利用无人机衍生地形数据模拟水动力强迫下的障壁岛泥沙输运（新泽西州霍尔特盖特）》，原文可通过https://doi.org/10.1002/esp.6052获取。

本仓库存储的为本研究采集的原始与处理后数据。若需将本数据集与GitHub仓库内的脚本配合使用，请将本仓库内压缩包"00_Data"所含的全部文件夹与数据文件复制，并粘贴至GitHub仓库（https://github.com/wschmelz/CoastResponse_Wave_WL.git）内的"GP_Regression/00_Data"文件夹中。