Chlorophyll-a (CHL-a) and Sea Surface Temperature (SST), amongst others, are proxies or indicators for water quality and can be easily retrieved synoptically and almost in near-real time through satellite remote-sensing. However, as they evolve in space and time in response to winds and currents, a full resolution of the temporal and spatial scales of these latters is required and their influence in shaping the distribution of water quality parameters needs to be assessed. While providing synoptic views and revealing mesoscale features, satellites suffer, indeed, from inadequate representation of sub-grid physical processes and lack of temporal resolution. Conventional point-wise measurements provide data to study high-frequency motions such as tides or high-frequency wind-driven circulation, lacking on the other hand of the spatial resolution required to resolve their spatial variability. We show here that a combined use of near-surface currents, available through High-Frequency (HF) radars, and satellite data (e.g., TERRA and AQUA/MODIS, VIIRS/NPP), are complementary tools as they help solving both fine-scale structures, especially at the coastal boundaries where satellite imageries lack of the required resolution, as well as satellite-derived mesoscale structures are fundamental aid to understand and interpret finer-scale structures in terms of larger-scale ocean dynamics.

Capodici, F., Ciraolo, G., Cosoli, S., Maltese, A., Mallandrino, G. (2014). The synergy of water quality and sea surface currents data in determining the spatio-temporal evolution of large-scale circulation features. In Proc. SPIE 9239, Remote Sensing for Agriculture, Ecosystems, and Hydrology XVI, 923927 (October 21, 2014); doi:10.1117/12.2068457 (pp.923927-1-923927-10). Bellingham, Washington : Christopher M. Neale, Antonino Maltese [10.1117/12.2068457].

The synergy of water quality and sea surface currents data in determining the spatio-temporal evolution of large-scale circulation features

CAPODICI, Fulvio;CIRAOLO, Giuseppe;MALTESE, Antonino;MALLANDRINO, Giuseppe
2014-01-01

Abstract

Chlorophyll-a (CHL-a) and Sea Surface Temperature (SST), amongst others, are proxies or indicators for water quality and can be easily retrieved synoptically and almost in near-real time through satellite remote-sensing. However, as they evolve in space and time in response to winds and currents, a full resolution of the temporal and spatial scales of these latters is required and their influence in shaping the distribution of water quality parameters needs to be assessed. While providing synoptic views and revealing mesoscale features, satellites suffer, indeed, from inadequate representation of sub-grid physical processes and lack of temporal resolution. Conventional point-wise measurements provide data to study high-frequency motions such as tides or high-frequency wind-driven circulation, lacking on the other hand of the spatial resolution required to resolve their spatial variability. We show here that a combined use of near-surface currents, available through High-Frequency (HF) radars, and satellite data (e.g., TERRA and AQUA/MODIS, VIIRS/NPP), are complementary tools as they help solving both fine-scale structures, especially at the coastal boundaries where satellite imageries lack of the required resolution, as well as satellite-derived mesoscale structures are fundamental aid to understand and interpret finer-scale structures in terms of larger-scale ocean dynamics.
Settore ICAR/02 - Costruzioni Idrauliche E Marittime E Idrologia
24-set-2014
Remote Sensing for Agriculture, Ecosystems, and Hydrology XVI
Amsterdam
22-25 Settembre 2014
XVI
ago-2014
10
Series: Proceedings of SPIE Paperback: 277 pages Publisher: SPIE Press (November 30, 2014) ISBN-10: 1628413026 ISBN-13: 978-1628413021
Capodici, F., Ciraolo, G., Cosoli, S., Maltese, A., Mallandrino, G. (2014). The synergy of water quality and sea surface currents data in determining the spatio-temporal evolution of large-scale circulation features. In Proc. SPIE 9239, Remote Sensing for Agriculture, Ecosystems, and Hydrology XVI, 923927 (October 21, 2014); doi:10.1117/12.2068457 (pp.923927-1-923927-10). Bellingham, Washington : Christopher M. Neale, Antonino Maltese [10.1117/12.2068457].
Proceedings (atti dei congressi)
Capodici, F; Ciraolo, G; Cosoli, S; Maltese, A; Mallandrino, G
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10447/102331
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