Welcome to RE-EMISSION’s documentation

Version: 1.0.0

Re-Emission is a Python library and a command line interface (CLI) tool for estimating greenhouse gas (GHG) emissions from reservoirs. It calculates net life-cycle biogenic emissions as well as emission profiles over time for each of the three greenhouse gases: \(CO_2\), \(CH_4\) and \(N_2O\).

Contents:

• About the Library
  • Features
  • References
• Theoretical Background
  • Contribution of Reservoirs to Global Emissions
  • Global Carbon Cycle
  • Why Reservoirs Emit Greenhouse Gases
  • The G-Res Emissions Model
  • The N\(_2\)O Emissions Model
  • Reservoir Emission Pathways for CO\(_2\) and CH\(_4\)
  • Why is it important to estimate GHG emissions from reservoirs?
  • Literature
• Installation
  • Installation as a Python Package - Option 1
  • Installation using Docker - Option 2
• Usage
  • As a Toolbox
  • Command-Line Interface (CLI)
• Running the ReEmission Docker Container
  • Run a ReEmission analysis
  • Running demo in the Docker container
• Tutorials
  • 1. Manual Step-By-Step Calculations
  • 2. Automatic Calculation Of Batches of Reservoirs
  • 3. Presentation of Results in JSON Format
  • 4. Presentation of Results in PDF Format (via LaTeX)
• Demo
• JSON file format description
  • Input Format
  • Output Format
• Configuration
  • Configuration files uses
  • Listings
• Reporting Calculation Outputs
  • PDF report
  • Spreadsheet File
  • JSON file
• Visualisation
  • Demo
  • A more complicated example
• Integration with GeoCARET
• Python API reference
  • Model (Main)
  • Input Model
  • Reservoir Model
  • Catchment Model
  • Post-impoundment catchment
  • Emissions
  • MonthlyTemperature
  • Biogenic Factors
  • Emission Profile Calculator
  • Presenter
  • Utility functions
  • Auxiliary functions
  • Constants
  • Mixins
  • Document \(\LaTeX\) Compiler
  • Custom Exceptions
  • App Logger
  • External Data Downloader
  • Global variables
  • Main
• License
  • Software
  • Documentation

Indices and tables

• Index

• Module Index

• Search Page