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September 10, 2025Biosystems DiversityOpen Access

Procrustean analysis of the set of spectral indices reveals the transformations in plant community hemeroby and functional structure induced by anthropogenic disasters

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Integrated remote sensing reveals transformations in plant hemeroby and functional structure following ecological disturbances.

The study shows strong correlations between vegetation changes and ecological indicators like hemeroby and species richness.
Utilizing spectral indices, significant patterns of ecosystem degradation and recovery were identified leading to critical findings.
Employing Procrustean analysis, the study detected spatial transformations over time in vegetation communities post-disaster.
The approach highlights the potential of satellite-based monitoring tools for timely management of ecosystems impacted by anthropogenic change.

Tutova et al. (2025) studied this question.

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September 10, 2025Biosystems DiversityOpen Access

View Full Paper

Ask AI

Bookmark

Authors

Integrated remote sensing reveals transformations in plant hemeroby and functional structure following ecological disturbances.

The study shows strong correlations between vegetation changes and ecological indicators like hemeroby and species richness.
Utilizing spectral indices, significant patterns of ecosystem degradation and recovery were identified leading to critical findings.
Employing Procrustean analysis, the study detected spatial transformations over time in vegetation communities post-disaster.
The approach highlights the potential of satellite-based monitoring tools for timely management of ecosystems impacted by anthropogenic change.

Tutova et al. (2025) studied this question.

View Full Paper

Ask AI

Bookmark