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@@ -21,13 +21,13 @@ configs:
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  path: "labeled_splits/test.csv"
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  description: "A stratified splitting of the labeled data."
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  ---
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- # 🌱 GreenHySpectra: A multi-source hyperspectral dataset for global vegetation trait prediction 🌱
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  GreenHySpectra is a collection of hyperspectral reflectance data of vegetation from different sources. It is intended for Regression machine learning task for plant trait prediction with self and semi-supervised learning.
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  ## 📁 Configurations
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- ### 1. `GreenHySpectra: Unlabeled Set`
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- - Files: all CSVs under `unlb/`
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  - Contains:
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  - Sample ID
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  - Spectral bands (400-2450 nm) >> 1721 bands
@@ -39,7 +39,7 @@ GreenHySpectra is a collection of hyperspectral reflectance data of vegetation f
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  | 2450 | Reflectance at 2450nm |
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  ---
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  ### 2. `Labeled set`
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- - File: `50_all_traits.csv`
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  - Contains:
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  - Sample ID
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  - Dataset ID
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  | Car | Leaf carotenoids content (µg/m²) |
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  | Anth | Leaf anthocynins content (µg/m²) |
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  ---
 
 
 
 
 
 
 
 
 
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  license: cc-by-nc-4.0
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  ---
 
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  path: "labeled_splits/test.csv"
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  description: "A stratified splitting of the labeled data."
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  ---
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+ # 🌱 GreenHyperSpectra: A multi-source hyperspectral dataset for global vegetation trait prediction 🌱
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  GreenHySpectra is a collection of hyperspectral reflectance data of vegetation from different sources. It is intended for Regression machine learning task for plant trait prediction with self and semi-supervised learning.
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  ## 📁 Configurations
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+ ### 1. `GreenHyperSpectra: Unlabeled set`
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+ - Files: all CSVs under `unlabeled/`
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  - Contains:
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  - Sample ID
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  - Spectral bands (400-2450 nm) >> 1721 bands
 
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  | 2450 | Reflectance at 2450nm |
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  ---
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  ### 2. `Labeled set`
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+ - File: `labeled/all.csv`
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  - Contains:
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  - Sample ID
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  - Dataset ID
 
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  | Car | Leaf carotenoids content (µg/m²) |
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  | Anth | Leaf anthocynins content (µg/m²) |
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  ---
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+ ### 3. `Split labeled set`
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+ - Files: all CSVs under `labeled_splits/`
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+ These files follow the same format as the previous set but are pre-split for machine learning purposes. The split is stratified based on the dataset ID, with 20% of the data reserved for testing.
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+ > ⚠️ **Note:** Due to the high dimensionality of spectral datasets—often containing hundreds or thousands of columns—**Hugging Face Data Studio may not render these files properly**. This is a known limitation, as the Studio interface is not optimized for wide tabular data.
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+ >
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+ > To work effectively with this dataset, we recommend using the **Hugging Face `datasets` library** or the **MLCroissant Python library** for programmatic access and exploration.
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+
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  license: cc-by-nc-4.0
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  ---