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Collection of data matrices of LAPIS PDF Imprimir E-mail
Escrito por Administrator   
Sex, 06 de Março de 2015 18:19

COLLECTION OF DATA MATRICES OF LAPIS

 

The matricial database of images and products (NDVI, LST, albedo, evapotranspiration) satellites Meteosat Second Generation (MSG) is organized into a hierarchy of categories in which registered users can easily access all the content available through of CONTACT LINK.

 


Access LAPIS server: CLICK HERE!

 

DatabaseDescription Data Example
NDVI (Normalized
Difference Vegetation Index)
Normalized Difference Vegetation Index (NDVI)

Specifications:
Formats: HDF5, JPEG, JPEG2000, Geotiff, Asc Grid.
Time: Daily
Type: Evironmental
Source: Derived
Period: 2007 - present
NDVI-MSG
(Click drawing to enlarge)
LST (Land Surface Temperature) Land Surface Temperature

Specifications:
Formats: HDF5, JPEG, JPEG2000, Geotiff, Asc Grid.
Time: Daily
Type: Evironmental
Source: Derived
Period: 2007 - present
LST_MSG
(Click drawing to enlarge)
Surface Albedo Surface Albedo

Specifications:
Formats: HDF5, JPEG, JPEG2000, Geotiff, Asc Grid.
Time: Daily
Type: Evironmental
Source: Derived
Period: 2007 - present
Albedo-MSG
(Click drawing to enlarge)
Potencial Evapotranspiration

Potencial Evapotranspiration (in mm/h)

Specifications:
Formats: HDF5, JPEG, JPEG2000, Geotiff, Asc Grid.
Time: Daily
Type: Evironmental
Source: Derived
Period: 2009 - present
Evapotranspiracao-MSG
(Click drawing to enlarge)

 

DatabaseDescription Data Example
Rain estimator (Brazil) Instantaneous rainfall rate mm/hr
Cut to Brazil

Specifications:
Formats: HDF5, JPEG, JPEG2000, Geotiff, Asc Grid.
Time: 15 min.
Spacial resolution: 3 km
Type: Evironmental
Source: Derived
Period: 2010 - present
Hidroestimador_Brasil
(Click drawing to enlarge)
Rain estimator (Africa) Instantaneous rainfall rate mm/hr
Cut to Africa

Specifications:
Formats: HDF5, JPEG, JPEG2000, Geotiff,  Asc Grid.
Time: 15 min.
Spacial resolution: 3 km
Type: Evironmental
Source: Derived
Period: 2010 - present
Hidroestimador_África
(Click drawing to enlarge)

 

DatabaseDescription Data Example
VIS 0.6 µm Visible Image

Specifications:
Formats: HRIT, JPEG, JPEG2000, Geotiff, Asc Grid.
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
VIS006
(Click drawing to enlarge)
VIS 0.8 µm Visible Image

Specifications:
Formats: HRIT, JPEG, JPEG2000, Geotiff e Asc Grid.
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
VIS008
(Click drawing to enlarge)
IR 1.6 µm Infrared image

Specifications:
Formats: HRIT, JPEG, JPEG2000, Geotiff, Asc Grid.
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
IR016
(Click drawing to enlarge)
IR 3.9 µm Atmospheric window image

Specifications:
Formats: HRIT, JPEG, JPEG2000, Geotiff, Asc Grid.
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
IR039
(Click drawing to enlarge)
WV 6.2 µm Water vapor image

Specifications:
Formats: HRIT, JPEG, JPEG2000, Geotiff, Asc Grid.
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
WV062
(Click drawing to enlarge)
WV 7.3 µm Water vapor image

Specifications:
Formats: HRIT, JPEG, JPEG2000, Geotiff, Asc Grid.
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
WV073
(Click drawing to enlarge)
IR 8.7 µm Atmospheric window image

Specifications:
Formats: HRIT, JPEG, JPEG2000, Geotiff, Asc Grid.
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
IR087
(Click drawing to enlarge)
IR 9.7 µm Ozone image

Specifications:
Formats: HRIT, JPEG, JPEG2000, Geotiff, Asc Grid.
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
IR097
(Click drawing to enlarge)
IR 10.8 µm Thermal image

Specifications:
Formats: HRIT, JPEG, JPEG2000, Geotiff e Asc Grid.
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
IR108
(Click drawing to enlarge)
IR 12.0 µm Thermal image

Specifications:
Formats: HRIT, JPEG, JPEG2000, Geotiff, Asc Grid.
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
IR120
(Click drawing to enlarge)
HRV (High Resolution Visible) Visible image (panchromatic)

Specifications:
Formats: HRIT, JPEG, JPEG2000, Geotiff, Asc Grid.
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
HRV
(Click drawing to enlarge)
Temperature of the cloud top RGB Brightness temperature enhanced the top clouds

Specifications:
Formats: HRIT, JPEG
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
RGB8
(Click drawing to enlarge)
Concentration of water vapor Water vapor enhanced

Specifications:
Formats: HRIT, JPEG
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
WV062_realce
(Click drawing to enlarge)
Natural Colour RGB

Composition: RGB (IR 1.6, VIS 0.8, VIS 0.6)
IR 1.6: particle phase and size (water, small and bigger ice droplets)

VIS 0.8: “greenness” of vegetation

VIS 0.6: Optical thickness

Image interpretation: Colors
Grey: thick water clouds
Cyan: Ice cloud, snow
Green: vegetation
Red: vegetation free land, desert
Black: ocean

Specifications:
Formats: HRIT, JPEG
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
RGB1
(Click drawing to enlarge)
Convective Storms RGB

Composition:
(WV 6.2-WV 7.3, IR 3.9-IR 10.8, IR 1.6-VIS 0.6)
WV 6.2-WV 7.3: Information about moisture content in the vertical.

IR 3.9-IR 10.8: High values for cold cloud tops and high reflectivity (small ice particles) or very cold cloud tops and lower reflectivity (normal updraft).

IR 1.6-VIS 0.6: Information about ice and/or water cloud

Image interpretation: Colors
Blue: Ocean/land toyellow
Red: convective cloud (large ice particles)
Yellow: convective cloud (small ice particles)

Specifications:
Formats: HRIT, JPEG
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
RGB2
(Click drawing to enlarge)
Day Solar RGB

Composition:
(VIS 0.8, IR 1.6, componente solar IR 3.9r)
VIS 0.8: Surface Reflectance (sand, snow)

IR 1.6: Optical thickness and phase and particle size. Water information, small and large droplets of ice.

IR 3.9r: Only solar component is included.

Image interpretation: Colors
bright red: Snow

Specifications:
Formats: HRIT, JPEG
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
RGB3
(Click drawing to enlarge)
Airmass RGB

Composition: (WV6.2 – WV 7.3, IR 9.7 – IR 10.8, WV 6.2)
WV 6.2-WV 7.3: Information about moisture content in the vertical.

IR 9.7 - IR 10.8:– Information about low or high Ozone concentration – information about low or high tropopause – information about polar or tropical air mass.
Polar: high Ozone concentration and low tropopause.
Tropical: low Ozone concentration and high tropopause.

WV 6.2 (vapor d’água canal): information about humidity in upper layer.

Image interpretation: Colors
White: thick clouds
Green: warm tropical air masses
Blue: cold polar air masses;
dark-red/brown: dry upper air, PV anomalies

Specifications:
Formats: HRIT, JPEG
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
RGB4
(Click drawing to enlarge)
Day Microphysics RGB

Composition: RGB (VIS 0.8, IR 3.9, IR 10.8)

VIS 0.8: surface reflectance (sand, snow).

IR 3.9: Detection of ice clouds from different reflection between water and ice cloud and different particle size. Fire detection.

IR 10.8: Temperature of soil,  cloud top temperatures.

Image interpretation: Colors
Red: thick precipitating cloud
black brown: cirrus with thick crystals
green: small crystals (often lee cloud)
pink: snow and ice

Specifications:
Formats: HRIT, JPEG
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
RGB5
(Click drawing to enlarge)
Dust RGB

Composition:
RGB (IR 12 – 10.8, IR 10.8 – 8.7, IR 10.8)
IR 12-IR 10.8: Information about dust (large contribution in red for dust).

IR 10.8-IR 8.7: Differentiation between water and ice cloud (better identification of ice cloud in channel 07).

IR 10.8: Information about cloud top temperature.

Image interpretation: Colors
Pink: dust
Red: thick ice cloud

Black: cirrus
Orchid/yellowish/green: low cloud

Specifications:
Formats: HRIT, JPEG
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
RGB6
(Click drawing to enlarge)
Ash RGB

Composition:
(IR12.0–IR10.8, IR10.8–IR8.7, IR10.8)
In the following Ash RGB ash clouds appears in a yellowish colour. The main benefit of the Ash RGB is that it shows the three major volcanic effluents (ash, sulphur dioxide and ice crystals) in distinct colours, enabling users to observe effluents drifting from the site of an eruption.

Image interpretation: Colors

Green: clouds with sulfur dioxide
Red: aerosols when they are cold
Magenta: aerosols when they are hot
Yellow: small particle aerosols
Black: cirrus cloud


Specifications:
Formats: HRIT, JPEG
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
RGB7
(Click drawing to enlarge)
RGB-Clouds + Airmass This RGB shows the settings of the clouds and the structures of the airmasses.

Specifications:
Formats: HRIT, JPEG
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
RGB11
(Click drawing to enlarge)
RGB-Fog (HRV) Fog high resolution.

Specifications:
Formats: HRIT, JPEG
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
RGB17-HRV
(Click drawing to enlarge)
RGB-Convective clouds severe  (HRV) This RGB shows deep convective clouds (CBS) based on visible channel high-resolution MSG.

Specifications:
Formats: HRIT, JPEG
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
RGB18_HRV
(Click drawing to enlarge)
HRV RGB

Composition:
(HRV, HRV, IR10.8)
HRV: optical thickness

HRV: optical thickness
The HRV channel is added in both colours to keep the information of high resolution.

IR 10.8: (Classical IR Window channel) information about cloud top temperature

Image interpretation: Colors
white: thick convective cells
blue: cold cloud tops, especially thin cirrus
yellow: fog and low cloud


Specifications:
Formats: HRIT, JPEG
Time: 15 min.
Spacial resolution: 3 km
Type: Meteorological
Source: Raw data (MSG Level 1.5 Image)
Period: 2006 - present
RGB14_HRV
(Click drawing to enlarge)
LAST_UPDATED2
 

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