Remote sensing of river corridors: A review of current trends and future directions
Remote sensing of river corridors: A review of current trends and future directions
River corridors play a crucial environmental, economic, and societal role yet also represent one of the world's most dangerous natural hazards, making monitoring imperative to improve our understanding and to protect people. Remote sensing offers a rapidly growing suite of methods by which river corridor monitoring can be performed efficiently, at a range of scales and in difficult environmental conditions. This paper aims to evaluate the current state and assess the potential future of river corridor monitoring, whilst highlighting areas that require further investigation. We initially review established methods that are used to undertake river corridor monitoring, framed by the context and scales upon which they are applied. Subsequently, we review cutting edge technologies that are being developed and focussed around unmanned aerial vehicle and multisensor system advances. We also “horizon scan” for future methods that may become increasingly prominent in research and management, citing examples from within and outside of the fluvial domain. Through review of the literature, it has become apparent that the main gap in fluvial remote sensing lies in the trade-off between resolution and scales. However, prioritising process measurements and simultaneous multisensor data collection is likely to offer a bigger advance in understanding than purely from better surveying methods alone. Challenges regarding the legal deployment of more complex systems, as well as effectively disseminating data into the science community, are amongst those that we propose need addressing. However, the plethora of methods currently available means that researchers and monitoring agencies will be able to identify suitable techniques for their needs.
autonomy, hazard monitoring, laser scanning, morphology, remote sensing, river monitoring, SfM, UAVs
779-803
Tomsett, Christopher
5b0ab386-98e3-4ba9-bca6-41f058a3ad0e
Leyland, Julian
6b1bb9b9-f3d5-4f40-8dd3-232139510e15
1 September 2019
Tomsett, Christopher
5b0ab386-98e3-4ba9-bca6-41f058a3ad0e
Leyland, Julian
6b1bb9b9-f3d5-4f40-8dd3-232139510e15
Tomsett, Christopher and Leyland, Julian
(2019)
Remote sensing of river corridors: A review of current trends and future directions.
River Research and Applications, 35 (7), .
(doi:10.1002/rra.3479).
Abstract
River corridors play a crucial environmental, economic, and societal role yet also represent one of the world's most dangerous natural hazards, making monitoring imperative to improve our understanding and to protect people. Remote sensing offers a rapidly growing suite of methods by which river corridor monitoring can be performed efficiently, at a range of scales and in difficult environmental conditions. This paper aims to evaluate the current state and assess the potential future of river corridor monitoring, whilst highlighting areas that require further investigation. We initially review established methods that are used to undertake river corridor monitoring, framed by the context and scales upon which they are applied. Subsequently, we review cutting edge technologies that are being developed and focussed around unmanned aerial vehicle and multisensor system advances. We also “horizon scan” for future methods that may become increasingly prominent in research and management, citing examples from within and outside of the fluvial domain. Through review of the literature, it has become apparent that the main gap in fluvial remote sensing lies in the trade-off between resolution and scales. However, prioritising process measurements and simultaneous multisensor data collection is likely to offer a bigger advance in understanding than purely from better surveying methods alone. Challenges regarding the legal deployment of more complex systems, as well as effectively disseminating data into the science community, are amongst those that we propose need addressing. However, the plethora of methods currently available means that researchers and monitoring agencies will be able to identify suitable techniques for their needs.
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Tomsett_et_al-2019-River_Research_and_Applications
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Accepted/In Press date: 31 May 2019
e-pub ahead of print date: 11 July 2019
Published date: 1 September 2019
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© 2019 The Authors River Research and Applications Published by John Wiley & Sons Ltd
Keywords:
autonomy, hazard monitoring, laser scanning, morphology, remote sensing, river monitoring, SfM, UAVs
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Local EPrints ID: 432868
URI: http://eprints.soton.ac.uk/id/eprint/432868
ISSN: 1535-1459
PURE UUID: 4f02a970-f3be-4c61-976f-2affcc6b3706
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Date deposited: 31 Jul 2019 16:30
Last modified: 06 Jun 2024 02:12
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Author:
Christopher Tomsett
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