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1. ML-Species-Classification ML-Species-Classification Public

   Classify plants species with remote sensing images and machine learning

   Jupyter Notebook

2. Automatic-Image-Registration Automatic-Image-Registration Public

   Automatically register an multispectral or hyperspectral image to a reference image using the AROSICS Python library

   Jupyter Notebook 1

3. Segmentation-Optimal-Scale-Determination Segmentation-Optimal-Scale-Determination Public

   Determine the optimal scale in multispectral and hyperspectral image segmentation

   Jupyter Notebook

4. Spectral-Indices-and-Plant-Traits Spectral-Indices-and-Plant-Traits Public

   Calculate spectral indices and estimate plant functional traits from the derived indices

   R 1 1

5. ML-Drought-Detection ML-Drought-Detection Public

   Detecting drought impact on plants with hyperspectral images, spectral indices, and machine learning

   Jupyter Notebook 1

6. Spectroradiometer-Spectra-Processing Spectroradiometer-Spectra-Processing Public

   Process leaf and field reflectance collected by a field spectroradiometer (ASD, SVC, PSR, PSM)

   Jupyter Notebook