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Changelog

All notable changes to this project will be documented in this file.

The format is based on Keep a Changelog, and this project adheres to Semantic Versioning.

[Unreleased]

Added

  • Initial repository structure
  • Core analysis scripts for storage change estimation
  • InSAR subsidence analysis workflow
  • Multivariate regression for storativity determination
  • Comprehensive documentation (README, DATA.md, METHODS.md)
  • Python environment configuration files
  • Unit test framework

[1.0.0] - 2025-01-XX

Added

  • storage_change_calc.py: Main storage change estimation from water levels
  • storage_change_calc_from_subsidence.py: InSAR-based storage analysis
  • storativity_precip_coeff_inflow_determination.py: Regression-based aquifer property estimation
  • percent_pumping_from_storage_change.py: Pumping contribution analysis
  • diversion_plots.py: Surface water diversion visualization
  • Complete dataset processing pipeline
  • Bootstrap uncertainty quantification
  • Google Earth Engine integration for PRISM data extraction

Documentation

  • Comprehensive README with installation and usage instructions
  • Detailed methodology documentation
  • Data sources and processing documentation
  • Contributing guidelines
  • MIT License

Infrastructure

  • Conda environment specification
  • Requirements.txt for pip installation
  • .gitignore configured for Python and geospatial data
  • GitHub repository structure

Development Notes

Planned Features

  • Modularize scripts into reusable functions
  • Add configuration file for file paths
  • Implement automated testing suite
  • Create Jupyter notebook tutorials
  • Add interactive visualization dashboard
  • Integrate additional climate datasets (GridMET, SNODAS)
  • Implement kriging optimization for head interpolation
  • Add time-series analysis for trend detection
  • Create automated report generation

Known Issues

  • Hardcoded file paths in all scripts (need to be updated by users)
  • Limited error handling in data loading functions
  • InSAR raster file not included (too large for Git)
  • Some scripts require specific column names in input data

Future Enhancements

  • Docker containerization for reproducibility
  • CI/CD pipeline with GitHub Actions
  • Automated data downloading from USGS NWIS
  • Web-based interface for visualization
  • Integration with MODFLOW for groundwater modeling
  • Machine learning for pumping prediction

Version History

  • v1.0.0 - Initial release (January 2025)
    • Core functionality for PhD dissertation research
    • Manuscript submitted to Journal of Hydrology