Satellite Image Pakistan Flood 15 August 2010

Relying on NASA Earth Observatory on Natural Hazards, following image has been geo-referencing and converted to KML:

  1. 15 August 2010

The Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA’sAqua satellite captured this image of Pakistan. This image uses a combination of infrared and visible light to increase the contrast between water and land. Water appears in varying shades of blue, vegetation is green, and bare ground is pinkish brown. Clouds are bright turquoise.

pakistan_amo_15 Aug 2010

                                     .::Click HERE to request for this data set::.

Satellite Image Pakistan Flood 30 July 2010

Relying on NASA Earth Observatory on Natural Hazards, following image has been geo-referencing and converted to KML:

  1. 30 July 2010

The Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA’sAqua satellite captured this image of Pakistan. This image uses a combination of infrared and visible light to increase the contrast between water and land. Water appears in varying shades of blue, vegetation is green, and bare ground is pinkish brown. Clouds are bright turquoise.

pakistan_amo_30 July 2010_lrg

                                         .::Click HERE to request for this data set::.

Satellite Image Pakistan Flood 17 August 2010

Relying on NASA Earth Observatory on Natural Hazards, following image has been geo-referencing and converted to KML:

  1. 17 August 2010

The Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA’sAqua satellite captured this image of Pakistan. This image uses a combination of infrared and visible light to increase the contrast between water and land. Water appears in varying shades of blue, vegetation is green, and bare ground is pinkish brown. Clouds are bright turquoise.

pakistan_amo_17 Aug 2010_lrg

                                         .::Click HERE to request for this data set::.

Satellite Image Pakistan Flood 02 September 2010

Relying on NASA Earth Observatory on Natural Hazards, following image has been geo-referencing and converted to KML:

  1. 02 September 2010

The Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA’sAqua satellite captured this image of Pakistan. This image uses a combination of infrared and visible light to increase the contrast between water and land. Water appears in varying shades of blue, vegetation is green, and bare ground is pinkish brown. Clouds are bright turquoise.

pakistan_amo_02 Sep 2010

                                          .::Click HERE to request for this data set::.

Satellite Image Pakistan Flood 29 August 2010

Relying on NASA Earth Observatory on Natural Hazards, following image has been geo-referencing and converted to KML:

  1. 29 August 2010

The Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA’sAqua satellite captured this image of Pakistan. This image uses a combination of infrared and visible light to increase the contrast between water and land. Water appears in varying shades of blue, vegetation is green, and bare ground is pinkish brown. Clouds are bright turquoise.

pakistan_tmo_29 Aug 2010

                                          .::Click HERE to request for this data set::.

Digital Elevation Model Data of whole Pakistan (SRTM 90m)

The SRTM digital elevation data, produced by NASA originally, is a major breakthrough in digital mapping of the world, and provides a major advance in the accessibility of high quality elevation data for large portions of the tropics and other areas of the developing world. Source: (CGIARCSI)

This 90m resolution elevation dataset is available for Pakistan and can be used for regional studies or enhancing visual appearance of map products. Here are some glimpses.

Untitledsrtm90

                                    .::Click HERE to request for this data set::.

Satellite Image of Faisalabad

 Faisalabad (Punjabi, Urdu: فیصل آباد) is a city in the province of Punjab, Pakistan. It was formerly known as Lyallpur. Faisalabad is the third largest city in Pakistan after Karachi and Lahore. Before the foundation of the city in 1880, the area was very thinly populated. The population has risen from 9,171 in 1901 to 179,000 in 1951 and to 2,009,000 in 1998.[2] The larger Faisalabad district had a population of about 5.4 million in 1998.[3]

It is an important industrial centre west of Lahore. The city-district of Faisalabad is bound on the north by the districts of Gujranwala andSheikhupura, on the east by Sahiwal, on the south by Toba Tek Singh and on the west by Jhang. It is 1,135 km (705 mi) from Karachi, 128 km (80 mi) from Lahore, 350 km (220 mi) from Islamabad/Rawalpindi, 187 km (116 mi) from Burewala, and 70 km (43 mi) from Jhang.

The city is at a road and railway junction, which has played an influential role in the development of Faisalabad’s trade and economy. The surrounding countryside, irrigated by the Lower Chenab River, has seen expanded production of cotton, wheat, vegetables, and fruits, which form 25% of Pakistan’s exports. The city is also an industrial centre with major railway repair yards, engineering works, and mills thatprocess sugar, flour, and oil seed. Produce includes super phosphates, cotton and silk textiles, hosiery, dyes, agricultural equipment, andghee (clarified butter). Faisalabad is also the site of the prestigious University of Agriculture, founded in 1909.

Faisalabad is the largest industrial city of Pakistan and its textile capital, specialising in export-oriented manufactured goods.” Source: Wikipedia

Here is the metadata for the available image. Complete Faisalabad urban area comes in three patches with us. Here is the first patch, rest are coming soon…

DESCRIPTION

Faisalabad.ecw

WEST LONGITUDE

73° 00′ 18.7521" E

NORTH LATITUDE

31° 28′ 51.3489" N

EAST LONGITUDE

73° 09′ 50.3459" E

SOUTH LATITUDE

31° 20′ 32.1941" N

PROJ_DESC

Geographic (Latitude/Longitude) / WGS84 / arc degrees

PROJ_DATUM

WGS84

PROJ_UNITS

arc degrees

EPSG_CODE

4326

COVERED AREA

89.81 sq mi

NUM COLUMNS

29598

NUM ROWS

25847

NUM_BANDS

3

PIXEL WIDTH

0.0000054 arc degrees

PIXEL HEIGHT

0.0000054 arc degrees

BIT_DEPTH

24

PROJ_NAME

GEODETIC

DATUM_NAME

WGS84

TARGET_COMPRESSION

1:10

Screen shot of the Image:

image 

                                    .::Click HERE to request for this data set::.