A moving window analysis for exploring landscape and geologic controls on spatial patterning of streambank groundwater discharge

Preferential groundwater discharge to streams and rivers is important for a range of  hydrologic and ecological functions, from providing baseflow and thermal refuge to delivering excess nutrients and other contaminants. Improving our understanding of the spatial distribution and longitudinal extent of these groundwater expressions necessitates updated mapping and modeling techniques.  Here we provide the dataset and code that enables the research community to replicate our moving window analysis which was used to analyze riverscape and landscape attributes along 5th order study river sections of the Farmington and Housatonic Rivers (a 26km river section near Tariffville, CT; and a 12km river section near Ashley Falls, MA, USA, respectively)., The dataset and detailed description of collection and analysis is available publically at doi: 10.5066/P9FTZ0DK and doi: 10.5066/P915E8JY. The provided zip file contains the data, R code, python code, and outputs associated with our moving windows analysis reported in the associated paper (Article DOI: 10.1002/hyp.15112)., This analysis was run using ArcMAP (v.10.8.1; ESRI) using external python scripts ran on Python 2.7.18 Shell. Additional preprocessing was run using R version 4.0.3 (2020-10-10). Download the zip file containing the proper file structure and run the pre-analysis and analysis scripts in their correctly numbered order to recreate the moving window analysis. Make sure that the correct file paths are being used when running the scripts., This zip directory contains the data, R code, python code, and outputs associated with our moving windows analysis reported in the associated paper (Article DOI: 10.1002/hyp.15112).

Contact: Ashley Helton ([[e-mail]](mailto:[e-mail])) or Kevin Jackson ([[e-mail]](mailto:[e-mail])).

This dataset enables the replication of a moving window analysis used to calculate riverscape and landscape geomorphometrics, land use land cover characteristics, and subsurface characteristics for two river study sections along the Farmington and Housatonic Rivers.
This README file was generated on 2024-02-22 by Kevin Jackson.

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GENERAL INFORMATION

Title of Dataset: A Moving Window Analysis for Exploring Landscape and Geologic Controls on Spatial Patterning of Streambank Groundwater Discharge

Author Information
A. Principal Investigator Contact Information
Name: Kevin J...

优先向溪流与河流排泄的地下水，对于一系列水文与生态功能而言至关重要——从提供基流与水温庇护所，到输送过量营养盐与其他污染物。加深对这类地下水排泄现象的空间分布与纵向延伸范围的理解，亟需更新的制图与建模技术。

在此我们公开本数据集与代码，以供研究社区复现我们的移动窗口分析：该分析被用于解析法明顿河与胡萨托尼克河的五级研究河段的河川景观与陆地景观属性，两处研究河段分别为美国康涅狄格州塔里夫维尔附近的26公里河段，以及马萨诸塞州阿什利福尔斯附近的12公里河段。

本数据集及其采集与分析的详细说明可公开获取于DOI：10.5066/P9FTZ0DK与DOI：10.5066/P915E8JY。本次提供的压缩包包含了与我们在相关论文（论文DOI：10.1002/hyp.15112）中报告的移动窗口分析相关的数据、R代码、Python代码以及输出结果。

本分析依托ArcMAP（v.10.8.1；ESRI）完成，使用运行于Python 2.7.18 Shell的外部Python脚本。额外的预处理步骤使用R版本4.0.3（2020-10-10）完成。请下载包含正确文件结构的压缩包，并按照正确的编号顺序运行预分析与分析脚本，以复现该移动窗口分析。运行脚本时请确保配置了正确的文件路径。

本压缩包目录包含了与我们在相关论文（论文DOI：10.1002/hyp.15112）中报告的移动窗口分析相关的数据、R代码、Python代码以及输出结果。

联系方式：Ashley Helton（[[e-mail]](mailto:[e-mail])）或Kevin Jackson（[[e-mail]](mailto:[e-mail])）。

本数据集可用于复现移动窗口分析，该分析用于计算法明顿河与胡萨托尼克河两处研究河段的河川景观与陆地景观地貌参数、土地利用与土地覆盖特征以及地下特征。

本README文件于2024年2月22日由Kevin Jackson生成。

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通用信息
数据集标题：探索河岸地下水排泄空间格局的景观与地质控制因素的移动窗口分析

作者信息
A. 首席研究员联系信息
姓名：Kevin J...