METHODOLOGICAL ASPECTS AND SENSOR ARCHITECTURES OF UAVS FOR MONITORING FOREST ECOSYSTEMS

Avdonina A. E.; Churakov A. V.

doi:doi:10.58168/Forestry2025_712-718

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METHODOLOGICAL ASPECTS AND SENSOR ARCHITECTURES OF UAVS FOR MONITORING FOREST ECOSYSTEMS

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METHODOLOGICAL ASPECTS AND SENSOR ARCHITECTURES OF UAVS FOR MONITORING FOREST ECOSYSTEMS

Section: SECTION 5. FORESTRY AND FOREST MANAGEMENT. DIGITAL TECHNOLOGIES AND INNOVATIONS

Proceedings: FORESTRY IN THE CONTEXT OF GLOBAL CHALLENGES: NEW PARADIGMS OF SUSTAINABLE DEVELOPMENT. FORESTRY - 2025 : MATERIALS OF THE INTERNATIONAL FORESTRY FORUM, DEDICATED TO THE CELEBRATION OF THE 95TH NNIVERSARY OF VSUFT, VORONEZH, SEPTEMBER 30TH, 2025

UDC 33 UDC 528

Avdonina A. E. ¹

Churakov A. V. ²

Author and publication information

Authors:

1. St. Petersburg State Forestry Engineering University named after S.M. Kirov

2. St. Petersburg State Forestry University named after S.M. Kirov

Type:

Сonference article

DOI:

https://doi.org/10.58168/Forestry2025_712-718

Pages:

from 712 to 718

Published:

27.11.2025

Subject area:

UDC 33
UDC 528

Language:

Russian

Keywords:

UAVs, forest monitoring, sensor architectures, multispectral imaging, lidar, hyperspectral imaging, forestry

Abstract and keywords

Abstract (English):
The article analyzes methodological approaches and sensor architectures of UAVs for monitoring forest ecosystems. The possibilities of modern remote sensing systems, including multispectral, hyperspectral and lidar technologies, are considered. Special attention is paid to the practical aspects of using unmanned solutions to solve forestry problems. The effectiveness of the integrated use of various sensors to obtain accurate data on the state of forests is demonstrated.

Keywords:
UAVs, forest monitoring, sensor architectures, multispectral imaging, lidar, hyperspectral imaging, forestry

References

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6. Sensory bespilotnikov: kak roboty orientiruyutsya v prostranstve // Festival' nauki. – URL: https://festivalnauki.ru/media/articles/interesno-o-nauke/sensory-bespilotnikov-kak-roboty-orientiruyutsya-v-prostranstve/ (data obrascheniya: 21.08.2025).

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