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BIRCH-Trees π³π²π΄
This is the official Hugging Face repository for the benchmark introduced in our paper:
Estimating Individual Tree Height and Species from UAV Imagery
Authors: Jannik Endres, Etienne LalibertΓ©, David Rolnick, Arthur Ouaknine
π§ Table of Contents
π Benchmark Overview
BIRCH-Trees (Benchmark for Individual Recognition of Class and Height of Trees) is the first benchmark for individual tree height and species estimation from tree-centered UAV images.
We formulate individual tree height estimation and species identification as regression and classification tasks, respectively. We provide high-resolution RGB drone images, alongside corresponding Digital Surface Models (DSMs), of tree canopies from three distinct environments:
- Temperate forest: Quebec Trees
- Tropical forest: Barro Colorado Island (BCI)
- Boreal plantation: Quebec Plantations
π° News
- 26/03/2026: Our paper is available on arXiv.
π¦ Datasets
Below is a summary of the three datasets that make up the BIRCH-Trees benchmark:
| Dataset | Environment | Resolution | Total Images | Splits (Train / Val / Test) | Classes | Mean Β± Std of Height |
|---|---|---|---|---|---|---|
| Quebec Trees | Temperate Forest | 1.9 cm/px | 22.3K | 13.3K / 3.6K / 5.4K | 14 | 14.22 m Β± 4.91 m |
| BCI | Tropical Forest | 4.0 cm/px | 2.0K | 1.4K / 0.3K / 0.3K | 21 | 29.05 m Β± 6.59 m |
| Quebec Plantations | Boreal Plantation | 0.5 cm/px | 17.7K | 11.1K / 4.0K / 2.6K | 8 | 3.48 m Β± 1.47 m |
Quebec Trees
The Quebec Trees dataset (Source) contains images of temperate forest trees in Quebec, Canada. We adopt the class definitions from Teng et al, 2025, excluding supercategories ("Acer", "Betula", "Magnoliopsida", "Pinopsida"), which reflect annotator uncertainty. After filtering, the dataset comprises 14 classes with a long-tailed distribution. Note that the classes "Populus" and "Picea" are genus-level and not species-level due to annotator uncertainty.
BCI
The BCI dataset (Source 1, Source 2), captured in Panama, represents a complex tropical forest environment. Unlike Teng et al, 2025, we exclude the "Other" class and any class with fewer than two samples in the validation or test sets to ensure reliable evaluation. The resulting 21 classes exhibit a long-tailed distribution. Classes correspond to families and not species on the BCI dataset.
Quebec Plantations
The Quebec Plantations dataset (Source) comprises images from boreal plantations in Quebec, Canada. Plantations contain young trees in regular grids, so most images exclude neighboring trees. We exclude the "Other" class aggregating diverse species without consistent visual characteristics. The 8 remaining classes exhibit an imbalanced distribution, dominated by Picea glauca and Pinus banksiana.
π Benchmark Structure
Below is an overview of the benchmark structure, with descriptions for key files and directories:
birch-trees/
βββ datasets/ # Datasets of the benchmark.
β βββ bci/ # BCI dataset.
β βββ quebec_plantations/ # Quebec Plantations dataset.
β βββ quebec_trees/ # Quebec Trees dataset.
βββ README.md # Benchmark README file (this file)
Quebec Trees
Click to expand full Dataset Structure
quebec_trees/
βββ 20210902_sblz1/ # --- ZONE 1 (Train, Valid, Test) ---
β βββ 2021_09_02_sbl_z1_rgb/
β β βββ tiles/
β β β βββ test/*.tif # Test RGB tiles
β β β βββ train/*.tif # Train RGB tiles
β β β βββ valid/*.tif # Valid RGB tiles
β β βββ *.json # COCO labels: test, train, valid
β βββ 20210902_sblz1_p4rtk_dsm/
β βββ tiles/
β β βββ test/*.tif # Test DSM tiles
β β βββ train/*.tif # Train DSM tiles
β β βββ valid/*.tif # Valid DSM tiles
β βββ *.json # COCO labels: test, train, valid
β
βββ 20210902_sblz2/ # --- ZONE 2 (Train) ---
β βββ 2021_09_02_sbl_z2_rgb/
β β βββ tiles/train/*.tif # Training RGB tiles
β β βββ *train.json # COCO labels: train
β βββ 20210902_sblz2_p4rtk_dsm/
β βββ tiles/train/*.tif # Training DSM tiles
β βββ *train.json # COCO labels: train
β
βββ 20210902_sblz3/ # --- ZONE 3 (Test) ---
β βββ 2021_09_02_sbl_z3_rgb/
β β βββ tiles/test/*.tif # Test RGB tiles
β β βββ *test.json # COCO labels: test
β βββ 20210902_sblz3_p4rtk_dsm/
β βββ tiles/test/*.tif # Test DSM tiles
β βββ *test.json # COCO labels: test
β
βββ quebec_trees_categories.json # Global category definitions
βββ stats_quebec_trees_by_id.json # Number of instances per id after exclusion
βββ tree_allometry_regression_results_log_quebec_trees.csv # Parameters for allometric equations
BCI
Click to expand full Dataset Structure
bci/
βββ bci_50ha_2022_09_29/ # --- BCI (Train, Valid, Test) ---
β βββ bci_50ha_2022_09_29_dsm/
β β βββ tiles/
β β β βββ test/*.tif # Test DSM tiles
β β β βββ train/*.tif # Train DSM tiles
β β β βββ valid/*.tif # Valid DSM tiles
β β βββ *.json # COCO labels: test, train, valid
β βββ bci_50ha_2022_09_29_orthomosaic/
β βββ tiles/
β β βββ test/*.tif # Test RGB tiles
β β βββ train/*.tif # Train RGB tiles
β β βββ valid/*.tif # Valid RGB tiles
β βββ *.json # COCO labels: test, train, valid
β
βββ bci_categories.json # Global category definitions
βββ stats_bci_by_id.json # Number of instances per id after exclusion
βββ tree_allometry_regression_results_log_bci.csv # Parameters for allometric equations
Quebec Plantations
Click to expand full Dataset Structure
quebec_plantations/
βββ 20230605_cbblackburn1_p1/ # --- SITE: Cbblackburn1 (Valid) ---
β βββ 20230605_cbblackburn1_p1_dsm/
β β βββ tiles/valid/*.tif # Valid DSM tiles
β β βββ *.json # COCO labels: valid
β βββ 20230605_cbblackburn1_p1_rgb/
β βββ tiles/valid/*.tif # Valid RGB tiles
β βββ *.json # COCO labels: valid
β
βββ 20230606_cbblackburn3_p1/ # --- SITE: Cbblackburn3 (Test) ---
β βββ ..._dsm/
β β βββ tiles/test/*.tif # Test DSM tiles
β β βββ *.json # COCO labels: test
β βββ ..._rgb/
β βββ tiles/test/*.tif # Test RGB tiles
β βββ *.json # COCO labels: test
β
βββ 20230606_cbblackburn4_p1/ # --- SITE: Cbblackburn4 (Test) ---
β βββ ..._dsm/
β β βββ tiles/test/*.tif # Test DSM tiles
β β βββ *.json # COCO labels: test
β βββ ..._rgb/
β βββ tiles/test/*.tif # Test RGB tiles
β βββ *.json # COCO labels: test
β
βββ 20230606_cbblackburn5_p1/ # --- SITE: Cbblackburn5 (Train) ---
β βββ ..._dsm/
β β βββ tiles/train/*.tif # Train DSM tiles
β β βββ *.json # COCO labels: train
β βββ ..._rgb/
β βββ tiles/train/*.tif # Train RGB tiles
β βββ *.json # COCO labels: train
β
βββ 20230606_cbblackburn6_p1/ # --- SITE: Cbblackburn6 (Train) ---
β βββ ..._dsm/
β β βββ tiles/train/*.tif # Train DSM tiles
β β βββ *.json # COCO labels: train
β βββ ..._rgb/
β βββ tiles/train/*.tif # Train RGB tiles
β βββ *.json # COCO labels: train
β
βββ 20230607_cbblackburn2_p1/ # --- SITE: Cbblackburn2 (Train) ---
β βββ ..._dsm/
β β βββ tiles/train/*.tif # Train DSM tiles
β β βββ *.json # COCO labels: train
β βββ ..._rgb/
β βββ tiles/train/*.tif # Train RGB tiles
β βββ *.json # COCO labels: train
β
βββ 20230608_cbbernard1_p1/ # --- SITE: Cbbernard1 (Train) ---
β βββ ..._dsm/
β β βββ tiles/train/*.tif # Train DSM tiles
β β βββ *.json # COCO labels: train
β βββ ..._rgb/
β βββ tiles/train/*.tif # Train RGB tiles
β βββ *.json # COCO labels: train
β
βββ 20230608_cbbernard2_p1/ # --- SITE: Cbbernard2 (Valid) ---
β βββ ..._dsm/
β β βββ tiles/valid/*.tif # Valid DSM tiles
β β βββ *.json # COCO labels: valid
β βββ ..._rgb/
β βββ tiles/valid/*.tif # Valid RGB tiles
β βββ *.json # COCO labels: valid
β
βββ 20230608_cbbernard3_p1/ # --- SITE: Cbbernard3 (Train, Valid, Test) ---
β βββ 20230608_cbbernard3_p1_dsm/
β β βββ tiles/
β β β βββ test/*.tif # Test DSM tiles
β β β βββ train/*.tif # Train DSM tiles
β β β βββ valid/*.tif # Valid DSM tiles
β β βββ *.json # COCO labels: test, train, valid
β βββ 20230608_cbbernard3_p1_rgb/
β βββ tiles/
β β βββ test/*.tif # Test RGB tiles
β β βββ train/*.tif # Train RGB tiles
β β βββ valid/*.tif # Valid RGB tiles
β βββ *.json # COCO labels: test, train, valid
β
βββ 20230608_cbbernard4_p1/ # --- SITE: Cbbernard4 (Train) ---
β βββ ..._dsm/
β β βββ tiles/train/*.tif # Train DSM tiles
β β βββ *.json # COCO labels: train
β βββ ..._rgb/
β βββ tiles/train/*.tif # Train RGB tiles
β βββ *.json # COCO labels: train
β
βββ 20230608_cbpapinas_p1/ # --- SITE: Cbpapinas (Valid, Test) ---
β βββ ..._dsm/
β β βββ tiles/
β β β βββ test/*.tif # Test DSM tiles
β β β βββ valid/*.tif # Valid DSM tiles
β β βββ *.json # COCO labels: test, valid
β βββ ..._rgb/
β βββ tiles/
β β βββ test/*.tif # Test RGB tiles
β β βββ valid/*.tif # Valid RGB tiles
β βββ *.json # COCO labels: test, valid
β
βββ 20230609_cbserpentin1_p1/ # --- SITE: Cbserpentin1 (Test) ---
β βββ ..._dsm/
β β βββ tiles/test/*.tif # Test DSM tiles
β β βββ *.json # COCO labels: test
β βββ ..._rgb/
β βββ tiles/test/*.tif # Test RGB tiles
β βββ *.json # COCO labels: test
β
βββ 20230609_cbserpentin2_p1/ # --- SITE: Cbserpentin2 (Valid) ---
β βββ ..._dsm/
β β βββ tiles/valid/*.tif # Valid DSM tiles
β β βββ *.json # COCO labels: valid
β βββ ..._rgb/
β βββ tiles/valid/*.tif # Valid RGB tiles
β βββ *.json # COCO labels: valid
β
βββ 20230712_afcagauthier_itrf20_p1/ # --- SITE: Afcagauthier (Valid, Test) ---
β βββ ..._dsm/
β β βββ tiles/
β β β βββ test/*.tif # Test DSM tiles
β β β βββ valid/*.tif # Valid DSM tiles
β β βββ *.json # COCO labels: test, valid
β βββ ..._rgb/
β βββ tiles/
β β βββ test/*.tif # Test RGB tiles
β β βββ valid/*.tif # Valid RGB tiles
β βββ *.json # COCO labels: test, valid
β
βββ 20230712_afcagauthmelpin_itrf20_p1/ # --- SITE: Afcagauthmelpin (Train, Valid, Test) ---
β βββ ..._dsm/
β β βββ tiles/
β β β βββ test/*.tif # Test DSM tiles
β β β βββ train/*.tif # Train DSM tiles
β β β βββ valid/*.tif # Valid DSM tiles
β β βββ *.json # COCO labels: test, train, valid
β βββ ..._rgb/
β βββ tiles/
β β βββ test/*.tif # Test RGB tiles
β β βββ train/*.tif # Train RGB tiles
β β βββ valid/*.tif # Valid RGB tiles
β βββ *.json # COCO labels: test, train, valid
β
βββ 20230712_afcahoule_itrf20_p1/ # --- SITE: Afcahoule (Train) ---
β βββ ..._dsm/
β β βββ tiles/train/*.tif # Train DSM tiles
β β βββ *.json # COCO labels: train
β βββ ..._rgb/
β βββ tiles/train/*.tif # Train RGB tiles
β βββ *.json # COCO labels: train
β
βββ 20230712_afcamoisan_itrf20_p1/ # --- SITE: Afcamoisan (Train) ---
β βββ ..._dsm/
β β βββ tiles/train/*.tif # Train DSM tiles
β β βββ *.json # COCO labels: train
β βββ ..._rgb/
β βββ tiles/train/*.tif # Train RGB tiles
β βββ *.json # COCO labels: train
β
βββ quebec_plantations_categories.json # Global category definitions
βββ stats_quebec_plantations_by_id.json # Number of instances per id after exclusion
βββ tree_allometry_regression_results_log_quebec_plantations.csv # Parameters for allometric equations
βοΈ License
The BIRCH-Trees benchmark is released under the CC BY 4.0 License.
The underlying source datasets maintain their original licenses:
- Quebec Trees: CC BY 4.0
- BCI: CC BY 4.0
- Quebec Plantations: CC0 1.0 Universal
π Citation
If you find the BIRCH-Trees benchmark useful for your research, please consider citing our paper:
@article{endres2026treeheightspecies,
title = {Estimating Individual Tree Height and Species from UAV Imagery},
author = {Endres, Jannik and Lalibert{\'e}, Etienne and Rolnick, David and Ouaknine, Arthur},
journal = {arxiv:2603.23669 [cs.CV]},
year = {2026}
}
Source Datasets
Depending on which subsets of the BIRCH-Trees benchmark you utilize, please ensure you also credit the original dataset creators by citing their respective works:
Quebec Trees:
@article{cloutier2024influence,
title = {Influence of temperate forest autumn leaf phenology on segmentation of tree species from UAV imagery using deep learning},
author = {Cloutier, Myriam and Germain, Micka{\"e}l and Lalibert{\'e}, Etienne},
journal = {Remote Sensing of Environment},
volume = {311},
pages = {114283},
year = {2024},
publisher = {Elsevier}
}
BCI:
@misc{Vasquez2023BCI,
author = {Vicente Vasquez and Katherine Cushman and Pablo Ramos and Cecilia Williamson and Paulino Villareal and Luisa Fernanda Gomez Correa and Helene C. Muller-Landau},
title = {Barro Colorado Island 50-ha Plot Crown Maps: Manually Segmented and Instance Segmented},
year = {2023},
doi = {10.25573/data.24784053.v2},
publisher = {Smithsonian Institution Figshare},
}
and
@misc{forestgeo_smithsonian_2024,
author = {{ForestGEO Smithsonian}},
title = {2023 high-resolution airborne {LiDAR} data for {Barro Colorado Island} and other {Smithsonian ForestGEO Sites} in {Central Panama}},
year = {2024},
doi = {10.60635/C3F593},
publisher = {Smithsonian Research Data Repository}
}
Quebec Plantations:
@misc{Lefebvre:2024,
author = {Lefebvre, Isabelle and Lalibert{\'e}, Etienne},
title = {UAV LiDAR, UAV Imagery, Tree Segmentations and Ground Measurements for Estimating Tree Biomass in Canadian (Quebec) Plantations},
year = {2024},
doi = {10.20383/103.0979},
publisher = {Federated Research Data Repository}
}
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