The use of a quadcopter-mounted hyper-spectral spectrometer for examining reflectance in Scottish coastal waters

Weeks, Rebecca J. and Anderson, Philip and Davidson, Keith and McKee, David; (2018) The use of a quadcopter-mounted hyper-spectral spectrometer for examining reflectance in Scottish coastal waters. In: 2018 IEEE International Geoscience and Remote Sensing Symposium, IGARSS 2018 - Proceedings. Institute of Electrical and Electronics Engineers Inc., ESP, pp. 8826-8829. ISBN 9781538671504

[thumbnail of Weeks-etal-IGARSS-2018-The-use-of-a-quadcopter-mounted-hyper-spectral-spectrometer]
Text. Filename: Weeks_etal_IGARSS_2018_The_use_of_a_quadcopter_mounted_hyper_spectral_spectrometer.pdf
Accepted Author Manuscript

Download (634kB)| Preview


    Remote sensing of the marine coastal environment is useful for obtaining information about processes occurring within it. Monitoring has traditionally been carried out in situ, before investment increased in remote techniques such as manned planes and satellites. This paper proposes the use of remotely piloted aircraft systems (RPAS) as an alternative platform, with an aim of increasing the spectral, spatial and temporal resolution of data whilst reducing the associated costs and risks. A custom-built 'spectro-copter' system, comprising of an integrated dual field-of-view, miniaturised, hyper-spectral spectrometer aboard a purpose-built quadcopter is presented, developed at the Scottish Association for Marine Science (SAMS), Oban. This has been produced with a view to investigating reflectance from Scottish coastal waters, which can give inferences as to the concentrations of various constituents present [1, 2]. Initial test flights show the 'spectro-copter' system is capable of flights of ~20 minutes, sufficient for meaningful data collection, despite late adjustments incurring increased weight and an associated reduction in efficiency. Early results demonstrate that the setup is capable of discerning differences in R at a high spectral resolution. Further work is ongoing in order to assess the capacity for establishing this equipment as a routine technique for the monitoring of coastal harmful algal blooms (HAB), which currently relies upon physical sampling in combination with satellites. HAB events are noted to be increasing in severity and frequency [3, 4], with knock-on health and economic impacts, particularly for the rising aquaculture industry in Scottish coastal waters [5]. Therefore advancement of an alternative, affordable technique would be extremely beneficial.

    ORCID iDs

    Weeks, Rebecca J., Anderson, Philip, Davidson, Keith and McKee, David ORCID logoORCID:;