|Diurnal variability of suspended matter from the SEVIRI geostationary sensor|
Neukermans, G.; Forster, R.; Greenwood, N.; Ruddick, K. (2010). Diurnal variability of suspended matter from the SEVIRI geostationary sensor. MUMM: Brussel. 1 poster pp.
|Available in|| Authors |
VLIZ: Open Repository 211904 [ OMA ]
|Document type: Poster|
Diurnal variations; Suspended particulate matter; ANE, Belgium, Belgian Continental Shelf (BCS) [Marine Regions]; Marine
|Project|| Top | Authors |
- BELCOLOUR-2 : Optical remote sensing of marine, coastal and inland waters, more
|Authors|| || Top |
- Neukermans, G., more
- Forster, R., more
- Greenwood, N.
- Ruddick, K., more
The concentration of Total Suspended Matter (TSM) in shallow coastal waters is known to vary by over a factor two at short timescales (<3h) because of horizontal advection and/or vertical resuspension forced by tides or winds. Ocean Colour sensors on board polar-orbiting platforms typically provide only 1or 2 images per day. A significant increase in temporal resolution of satellite-derived TSM data becomes possible from geostationary satellites. Mapping TSM from the SEVIRI sensor on board the geostationary METEOSAT platform has recently shown to be feasible in turbid waters of the Southern North Sea (), every 15’ at a spatial resolution of 3kmx6.5km (at 52°N). The present study investigates the improvement of the spatial resolution of the TSM products, the diurnal variability of TSM in the Southern North Sea, correlations with hydrodynamical parameters and validation with TSM data obtained from moored buoys.