royalosyin / Calculate-Precipitation-based-Agricultural-Drought-Indices-with-Python Public

Precipitation-based indices are generally considered as the simplest indices because they are calculated solely based on long-term rainfall records that are often available. The mostly used precipitation-based indices consist of Decile Index (DI) Hutchinson Drought Severity Index (HDSI) Percen of Normal Index (PNI) Z-Score Index (ZSI) China-Z In…

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Name		Name	Last commit message	Last commit date
Latest commit History 12 Commits
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LICENSE		LICENSE
README.md		README.md
ex0-Calculate Precipitation-based Agricultural Drought Indices with Python.ipynb		ex0-Calculate Precipitation-based Agricultural Drought Indices with Python.ipynb
ex1-Calculate Decile Index (DI) with Python.ipynb		ex1-Calculate Decile Index (DI) with Python.ipynb
ex2-Calculate Hutchinson Drought Index (HDI).ipynb		ex2-Calculate Hutchinson Drought Index (HDI).ipynb
ex3-Calculate Percent of Normal Index (PNI) with Python.ipynb		ex3-Calculate Percent of Normal Index (PNI) with Python.ipynb
ex4-Calculate Z-Score Index (ZSI) with Python.ipynb		ex4-Calculate Z-Score Index (ZSI) with Python.ipynb
ex5-Calculate China-Z Index (CZI) with Python.ipynb		ex5-Calculate China-Z Index (CZI) with Python.ipynb
ex6-Calculate Modified China-Z Index (MCZI) with Python.ipynb		ex6-Calculate Modified China-Z Index (MCZI) with Python.ipynb
ex7-Calculate Rainfall Anomaly Index (RAI) with Python.ipynb		ex7-Calculate Rainfall Anomaly Index (RAI) with Python.ipynb

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Calculate-Precipitation-based-Agricultural-Drought-Indices-with-Python

Precipitation-based indices are generally considered as the simplest indices because they are calculated solely based on long-term rainfall records that are often available.

The mostly used precipitation-based indices consist of