Knowing vegetation type in an area is crucial for several applications, including ecology, land-use management, and infrastructure risk assessment. In combination with recent advancements in image processing, remote-sensing technology has been used to perform fast vegetation-type estimation and reduce the need for intensive and time-consuming field-based surveys. This article proposes a weakly supervised method based on deep learning to estimate tree species relying on multispectral high-resolution satellite images. We tested the approach against noisy labels, which often occur in real-world datasets. We validate our approach for a study area in Norway and Italy using images taken during different periods of the year. Our method significantly enhances the quality of the available forestry inventory dataset.
Tree Species Classification Using High-Resolution Satellite Imagery and Weakly Supervised Learning
Michele Gazzea
;Francesco Pirotti;Reza Arghandeh
2022
Abstract
Knowing vegetation type in an area is crucial for several applications, including ecology, land-use management, and infrastructure risk assessment. In combination with recent advancements in image processing, remote-sensing technology has been used to perform fast vegetation-type estimation and reduce the need for intensive and time-consuming field-based surveys. This article proposes a weakly supervised method based on deep learning to estimate tree species relying on multispectral high-resolution satellite images. We tested the approach against noisy labels, which often occur in real-world datasets. We validate our approach for a study area in Norway and Italy using images taken during different periods of the year. Our method significantly enhances the quality of the available forestry inventory dataset.File | Dimensione | Formato | |
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