100 DPI

104°43'0"W
530000
104°42'30"W
531000
532000
104°42'0"W
104°41'30"W
533000
534000
104°41'0"W
104°40'30"W
535000
104°40'0"W
536000
104°39'30"W
Activation ID: EMSR144
Product N.: 08ME LA QUE , v1, English
2127000
Melaque - MEXICO
Wind storm - 23/10/2015
Delineation Map
United
States
19°14'0"N
19°14'0"N
2127000
GLIDE number: TC-2015-000144-MEX
Mexico
Mexico City
Jalisco
^
NORTH
PACIFIC
OCEAN
Jaluco
Gulf of
Mexico
Gua temala
!
Melaque
(
!
"
£
"
19°13'30"N
19°13'30"N
£
2126000
£
"
!
!
Cartographic Information
1:10000
0
San Patricio
Colima
NORTH
PACIFIC
OCEAN
2126000
£
"
Melaque
to Vallarta - Manzanillo
C arretera Puer
Full color IS O A 1, low resolution (100 dpi)
0.25
0.5
1
km
Grid: WGS 1984 UTM Zone 13N map coordinate system
Tick marks: WGS 84 geographical coordinate system
Legend
Flooded Area
(25/10/2015 17:35 UTC)
Hydrology
2125000
2125000
General Information
Laguna
El Tule
Area of Interest
Settlements
19°13'0"N
19°13'0"N
!
Populated Place
Coastline
Transportation
"
£
Crisis Information
±
Bridge
River
Primary Road
Stream
Second ary Road
Lake
Local R oad
Residentia l
Educational
Industrial
Institutional
Recreational
2124000
19°12'30"N
19°12'30"N
2124000
Religious
!
Barra de
Navidad
Map Information
Hurricane Patricia, the strongest ever hurricane to hit the eastern north Pacific region,
continued moving west-northwest intensifying further. The population potentially involved is
around 7.3 million only in the state of Jalisco. Very Strong winds and storm surge may affect
the states of Jalisco, Colima, Nayarit and Michoacan on 23-24 October.PATRICIA is also
expected to produce heavy rains in these states, as well as in Guerrero, with the risk of flashfloods and landslides.
Event
Relevant date and tim e records (UTC)
Activation
!
23/10/2015 05:33
23/10/2015 12:35
Last crisis status
Map production
25/10/2015 17:35
26/10/2015
Data Sources
19°12'0"N
19°12'0"N
2123000
2123000
Pleiades-1B © CNES (2015) distributed by Airbus DS (acquired on 25/10/2015 17:35 UTC,
GSD 0.5 m, 0 % cloud coverage), provided under COPERNICUS by the European Union and
ESA, all rights reserved.
ESRI World Imagery © Microsoft (acquired on 12/10/2012, GSD 0.5 m, cloud coverage 0 %).
Base vector layers based on OpenStreetMap © OpenStreetMap contributors, Wikimapia.org,
GeoNames (approx. 1:10000, extracted on 23/10/2015, refined by SIRS. Source information
is included in vector data.
Elevation data: SRTM (90 m posting). Height in meters above mean sea level.
Population data: Landscan 2010 © UT BATTELLE, LLC.
All Data sources are complete and with no gaps.
Inset maps based on: Administrative boundaries (JRC 2013), Hydrology, Transportation
(Natural Earth, 2012), Settlements (Geonames, 2013).
Dissemination/Publication
Delivery formats are GeoTIFF, GeoPDF, GeoJPEG and vectors (shapefile and KML formats).
Map products available in the Copernicus EMS Portal at the following URL:
http://emergency.copernicus.eu/mapping/list-of-components/EMSR144
All products are © of the European Union.
Disclaimer
The products elaborated in the framework of current mapping in rush mode activation are
realized to the best of our ability, within a very short time frame during a crisis, optimising the
available data and information. All geographic information has limitations due to scale,
resolution, date and interpretation of the original data sources. The products are compliant
with Copernicus EMS Rapid Mapping Product Portfolio specifications.
2122000
2122000
19°11'30"N
19°11'30"N
Map Production
104°43'0"W
530000
104°42'30"W
531000
104°42'0"W
532000
104°41'30"W
533000
104°41'0"W
534000
104°40'30"W
104°40'0"W
535000
104°39'30"W
536000
The present map shows the flood delineation in the area of Melaque (MEXICO).
The basic topographic features are derived from public datasets, refined by means of visual
interpretation of pre-event ESRI World Imagery.
Thematic layers, assessing the delineation of the event, have been derived from post-event
Pleiades image.
All satellite images have been radiometrically enhanced, orthocorrected with RPC approach
(using SRTM elevation data) and coregistered to the pre-event image.
The estimated geometric accuracy of this product is 5 m CE90 or better, from native
positional accuracy of the background satellite image.
The estimated thematic accuracy of this product is 85 % or better, as it is based on visual
interpretation of very high resolution optical imagery.
Shadowed areas are zones of lower interpretation accuracy due to the poorer image
radiometry.
Only the area enclosed by the Area of Interest has been analyzed.
Contact
Map produced by SIRS under contract 259736 with the European Union.
Name of the release inspector (quality control): e-GEOS (ODO).
E-mail: [email protected]