Pakistan GIS

Union Council Boundaries of Rawalpindi City and District

2012-02-05T21:37:00.001-08:00

This GIS datasets contains polygonal boundaries for 170 union councils of Rawalpindi urban area as well as Rawalpindi District. This geo-dataset is more reliable for urban area and seems to be less accurate for rural towns.

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

US Drone Attacks in Pakistan 2004-2010

2012-01-24T02:00:00.001-08:00

View Larger Map

Union Council Boundaries of Faisalabad City

2012-01-22T23:03:00.001-08:00

This GIS map consists of polygonal boundaries for 118 union councils of Faisalabad urban area. It has been developed and generously shared by Nasar min Allah Bhalli (M.Phil) from Department of geography, GC University Faisalabad.

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

Town wise Union Council Boundaries of Lahore

2012-01-22T22:16:00.001-08:00

This GIS map consists of polygonal boundaries for 151 union councils of Lahore urban area divided in 11 Towns.

Special thank to our very Valued Contributor for Lahore.

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

Situation Map of Dengue Fever Cases (04 Nov 2011)

2011-11-09T21:31:00.001-08:00

A very informative and interesting map developed by NDMA on Dengue Fever Cases situation in Punjab and Sindh. This map represents the number of cases generalized on district level and is updated till 04 November 2011.

Land Capability Map of Sind

2011-10-28T02:21:00.001-07:00

Title:
Land Capability Map of Sind.

Publication year:
1978

Publisher(s):
Direction of Dt. M. Bashir Choudhri. Director General. Soil Survey of Pakistan.

Language:
En

Coordinates:
N28°10 - N23°50 °55 - E71°10

Scale:
1,000,000

Soil Map of Sindh

2011-10-28T02:18:00.001-07:00

Title:
Soil Map of Sind.

Publication year:
1978

Publisher(s):
Direction of Dt. M. Bashir Choudhri. Director General. Soil Survey of Pakistan.

Language:
En

Coordinates:
N28°10 - N23°50 °55 - E71°10

Scale:
1,000,000

Soil Map of Punjab, Pakistan

2011-10-28T02:10:00.001-07:00

Title:
Soil Map of the Punjab.

Publication year:
1978

Publisher(s):
Direction of Dt. M. Bashir Choudhri. Director General. Soil Survey of Pakistan.

Language:
En

Coordinates:
N34°0 - N27°50 °10 - E75°10

Scale:
1,000,000

Land Capability Map of Punjab

2011-10-28T01:57:00.001-07:00

Title:
Land Capability Map of the Punjab.

Publication year:
1978

Publisher(s):
Direction of Dt. M. Bashir Choudhri. Director General. Soil Survey of Pakistan.

Language:
En

Coordinates:
N34°0 - N27°50 °10 - E75°10

Scale:
1,000,000

Karachi Town Administration Boundaries

2011-10-19T22:31:00.001-07:00

This GIS map contains polygonal boundaries for 31 administration town of Karachi. It has been developed by Dr. Jamil H. Kazmi at he Department of geography, University of Karachi and generously shared by Bilal Aslam (Research Fellow).

Seismo-Tectonic map of Pakistan

2011-08-16T10:59:00.001-07:00

Seismo-Tectonic map of Pakistan having information for earth quack distribution, damages categories and major structural features with the background with interpolation on depth of the earthquakes.

This map has been developed and generously shared by Mohammad Ihsan Afridi, Geologist Pakistan Mineral Development Corporation, Peshawar Pakistan

Base data for this map have been collected from the meteorological department, some from the Engineering council as building design code of Pakistan and the rest have been digitized from the published map of the Geological Survey of Pakistan.

Volunteers required for PakGIS

2011-05-18T23:39:00.001-07:00

The project of PakGIS was started to support researchers, students and professional in their work/ studies by the provision of geo-data which is generally not available free of cost.

Being first and biggest forum of free GIS data provision, now we are getting an increased number of GIS data requests on daily basis from all over the world.

How can you contribute?

For sustainability of the initiative, we are looking for home based volunteers for the following tasks:

The creation of a standard geo-database for the shapefiles of city maps available at PakGIS
Development of new GIS maps of different cities in Pakistan
Creation of a Road network dataset for complete Pakistan, we have raw data available. just need to compile in ArcGIS
Managing visitors on the blog and ensuring in time feed back mechanism.
Establishment of some GIS working groups of students in universities department

We can teach you for any GIS processing required for any task. All we need is dedicated and trust worthy persons committed to the cause.

Benefits

Be a part of large network of professionals (urban planners, GIS experts, Engineers, researchers)
Visible Contribution in building future of Pakistan
Professional Working experience
Honorary letter of volunteer ship
Quickest access to GIS data of PakGIS

Join Us Today

Join PakGIS now by registering HERE

Please spread this message among your juniors and friends interested in GIS stuff through mail, facebook or other sources.

University of Engineering & Technology, Lahore

2009-07-24T06:29:00.001-07:00

Our Valued Contributors:
Askar Gardezi, Tayyabah Ahmad, Ansar Inayat, Samavia Khalid, Masooma Ikram, Ihsan Nawaz, Muhammad Nadeem, Muhammad Umair, Hassan Ali, Hamid Arshad, Ijaz Iqbal, Muhammad Afzal, Muhammad Bilal

View Larger Map

Vector Datasets

2009-07-22T04:41:00.000-07:00

Currently following vector datasets are available in ESRI Shape files Format at this blog:

Administrative Boundaries Maps:

National and Provincial Boundaries of Pakistan (Admin Level 0 and 1)
District Boundaries of Pakistan (Admin Level 2)
Tehsil Boundaries of Pakistan (Admin Level 3)
Union Council Map (Admin level 4) of District Barkhan - Balochistan
Union Council Map (Admin level 4) of District Jaffarabad – Balochistan
Union Council Map (Admin level 4) of District Killa Saifullah – Balochistan
Union Council Map (Admin level 4) of District Kohlu – Balochistan
Union Council Map (Admin level 4) of District Loralai – Balochistan
Union Council Map (Admin level 4) of District Nasirabad – Balochistan
Union Council Map (Admin level 4) of District Sibi – Balochistan

Khyber Pakhtunkhwa

Union Council Map (Admin level 4) of District Abbottabad – KPK
Union Council Map (Admin level 4) of District Bannu – KPK
Union Council Map (Admin level 4) of District Batagram – KPK
Union Council Map (Admin level 4) of District Buner – KPK
Union Council Map (Admin level 4) of District Charsadda – KPK
Union Council Map (Admin level 4) of District Chitral – KPK
Union Council Map (Admin level 4) of District Dera Ismail Khan – KPK
Union Council Map (Admin level 4) of District Hangu – KPK
Union Council Map (Admin level 4) of District Haripur – KPK
Union Council Map (Admin level 4) of District Karak – KPK
Union Council Map (Admin level 4) of District Kohat – KPK
Union Council Map (Admin level 4) of District Kohistan – KPK
Union Council Map (Admin level 4) of District Lakki Marwat – KPK
Union Council Map (Admin level 4) of District Lower Dir – KPK
Union Council Map (Admin level 4) of District Malakand P.a. – KPK
Union Council Map (Admin level 4) of District Mansehra – KPK
Union Council Map (Admin level 4) of District Mardan – KPK
Union Council Map (Admin level 4) of District Nowshera – KPK
Union Council Map (Admin level 4) of District Peshawar – KPK
Union Council Map (Admin level 4) of District Shangla – KPK
Union Council Map (Admin level 4) of District Swabi – KPK
Union Council Map (Admin level 4) of District Swat – KPK
Union Council Map (Admin level 4) of District Tank – KPK
Union Council Map (Admin level 4) of District Upper Dir – KPK

Punjab

Union Council Map (Admin level 4) of District Bahawalpur - Punjab
Union Council Map (Admin level 4) of District Bhakkar – Punjab
Union Council Map (Admin level 4) of District Dera Ghazi Khan – Punjab
Union Council Map (Admin level 4) of District Jhang – Punjab
Union Council Map (Admin level 4) of District Khushab – Punjab
Union Council Map (Admin level 4) of District Layyah – Punjab
Union Council Map (Admin level 4) of District Mianwali – Punjab
Union Council Map (Admin level 4) of District Multan – Punjab
Union Council Map (Admin level 4) of District Muzaffargarh – Punjab
Union Council Map (Admin level 4) of District Rahim Yar Khan – Punjab
Union Council Map (Admin level 4) of District Rajanpur – Punjab

Sindh

Union Council Map (Admin level 4) of District Dadu – Sindh
Union Council Map (Admin level 4) of District Ghotki – Sindh
Union Council Map (Admin level 4) of District Hyderabad – Sindh
Union Council Map (Admin level 4) of District Jacobabad – Sindh
Union Council Map (Admin level 4) of District Jamshoro – Sindh
Union Council Map (Admin level 4) of District Kashmore – Sindh
Union Council Map (Admin level 4) of District Khairpur – Sindh
Union Council Map (Admin level 4) of District Larkana – Sindh
Union Council Map (Admin level 4) of District Matiari – Sindh
Union Council Map (Admin level 4) of District Naushahro Feroze – Sindh
Union Council Map (Admin level 4) of District Qambar Shahdadkot – Sindh
Union Council Map (Admin level 4) of District Shaheed Benazirabad – Sindh
Union Council Map (Admin level 4) of District Shikarpur – Sindh
Union Council Map (Admin level 4) of District Sukkur – Sindh
Union Council Map (Admin level 4) of District Tando Muhammad Khan – Sindh
Union Council Map (Admin level 4) of District Thatta – Sindh

Urban Union Councils:

Urban Area Maps:

Lahore GIS Map (ESRI Format)
Islamabad/Rawalpindi GIS Map (ESRI Format)
Multan GIS Map (ESRI Format)
Haripur GIS Map (ESRI Format)
Peshawar GIS Map (ESRI Format)
Mianwali Tehsil GIS Map (ESRI Format)
Quetta GIS Map (ESRI Format)
Gilgit GIS Map (ESRI Format)
Kasur GIS Map (ESRI Format)
Faisalabad GIS Map (ESRI Format)
Nankana Sahib GIS Map (ESRI Format)
Jaranwala GIS Map (ESRI Format)
Pindi Bhattian GIS Map (ESRI Format)
Khangah Dogran GIS Map (ESRI Format)
Chiniot GIS Map (ESRI Format)
Kamoke GIS Map (ESRI Format)
Sheikhupura GIS Map (ESRI Format)
Jhelum GIS Map (ESRI Format)
Bahawalnagar GIS Map (ESRI Format)
Vehari GIS Map (ESRI Format)
Okara GIS Map (ESRI Format)
Sahiwal GIS Map (ESRI Format)
Burewala GIS Map (ESRI Format)
Gojra GIS Map (ESRI Format)
Jhang GIS Map (ESRI Format)
Chakwal GIS Map (ESRI Format)
Attock GIS based Land use Map (ESRI Format)
Faisalabad GIS based Land use Map (ESRI Format)
Village Kesar Garh (District Kasur) GIS Based Landuse Map (ESRI Format)
Road Network and Settlements of Pakistan
GIS Map of Public Transport Bus Routes in Lahore
Pakistan Flood 2010, Water Extent from MODIS 12 to 29 August 2010

Raster Datasets

2009-07-21T05:20:00.001-07:00

Following raster datasets are available for at this plate form:

Tutorials

2009-07-19T23:07:00.000-07:00

GIS Jobs

2009-07-17T05:17:00.000-07:00

Satellite Image of Pakistan Flood 13 September 2010

2009-07-17T04:59:00.000-07:00

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

13 September 2010

The Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA’s Aqua 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.

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

Satellite Images Pakistan Flood 28 August 2009

2009-07-17T02:44:00.000-07:00

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

28 August 2009

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.

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

Satellite Image Pakistan Flood 22 August 2010

2009-07-17T02:26:00.000-07:00

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

22 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.

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

Satellite Image Pakistan Flood 11 August 2009

2009-07-17T02:14:00.000-07:00

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

11 August 2009

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.

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

Satellite Image Pakistan Flood 11 August 2010

2009-07-17T02:08:00.000-07:00

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

11 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.

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

Satellite Image Pakistan Flood 12 August 2010

2009-07-17T02:00:00.000-07:00

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

12 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.

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

Satellite Image Pakistan Flood 10 August 2010

2009-07-17T00:55:00.000-07:00

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

10 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.

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

Satellite Image Pakistan Flood 08 August 2010

2009-07-17T00:42:00.000-07:00

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

08 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.

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

Satellite Image Pakistan Flood 14 August 2009

2009-07-17T00:35:00.000-07:00

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

14 August 2009

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.

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

Satellite Image Pakistan Flood 15 August 2010

2009-07-17T00:29:00.000-07:00

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

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.

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

Satellite Image Pakistan Flood 30 July 2010

2009-07-17T00:18:00.000-07:00

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

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.

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

Satellite Image Pakistan Flood 17 August 2010

2009-07-17T00:07:00.001-07:00

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

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.

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

Research Assistant GIS (26 May 2011)

2009-07-16T09:02:00.000-07:00

Job Location: SSRI Pindi Bhattian & SFRI Lahore
Country: Pakistan
Positions: 1
Job Type: Service Contract
Department: Research
Last Date: 09 June, 2011

Bio Saline II (October 2006 – June 2012) aims at developing community driven sustainable farming systems for the rehabilitation of waterlogged and salt affected lands to improve livelihoods in three districts of Punjab namely Hafizabad, Jhang and Sargodha.
The Assistant Research Officer – GIS (ARO-GIS.) will report the Project Manager and Director SSRI, Pindi Bhattian.

Duties and Responsibilities:
§ To extend support in survey on salt affected soils of Sargodha and Hafizabad Districts through using GPS technology
§ Be responsible for the collection, authentication, recording and suitable presentation of existing data from various sources, including topographic maps, satellite images, and survey reports in order to create a comprehensive, spatially related information system. Initially confined to the immediate Project Area and if possible of the whole province ,
§ Collect and analyze data from the satellite receiving station and disseminate information to relevant departments/agencies.
§ Carry out field checks of data of all kinds, including the location of features and villages using the Global Positioning System equipment
§ To prepare GIS Maps.
§ Any other assignment entrusted by the Director SSRI and PM, Bio Saline-II project.

Apply Online Here

Jobs in Urban Unit Lahore (May 2011)

2009-07-16T05:13:00.000-07:00

The Urban Unit is looking for specialists in various urban fields including GIS, Urban planning, solid waster management, environment engineering, transportation, environment etc. Summary of the job positions is given below.
Please send your CV directly to the Project Director, Urban Unit, at nasir_dsp@yahoo.com.

Note: This information has been shared by Human Resource Department of Urban Unit. PakGIS is not responsible for any dealings between applicant and Urban Unit. We are merely sharing information about availability of jobs or openings in different organization so that others may benefit from that.

Satellite Image Pakistan Flood 02 September 2010

2009-07-16T03:33:00.000-07:00

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

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.

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

WebGIS Expert Required in Islamabad (17 June 2011)

2009-07-16T00:41:00.000-07:00

The Federal Institute for Geosciences and Natural Resources is looking for an WebGIS expert in Islamabad.

Knowledge & Skills:

1. Master in GIS or Computer Science
2. Excellent ArcGIS Skills
3. CMS skills
4. WebGIS/Webmapping skills and WebGIS project references
5. Good communication skills, in English

Applications are invited with following details:
List of recent GIS and WebGIS related jobs performed, availability during next 1 month
Contact Information

Send your applications to ingo.hoelzle@bgr.de as early as possible.

Note: This information has been shared by Ingo Hoelzle through a comment HERE. PakGIS is not responsible for any dealings between applicant and employer. We are sharing information about availability of jobs or openings in different organization so that others may benefit from that.

Volunteer Registration Form

2009-07-15T23:31:00.000-07:00

Road Network and Settlements of Pakistan

2009-07-01T02:25:00.000-07:00

Here is the Major Road Network of whole Pakistan along with the location of 69211 populated places. This dataset is prepared from a routable GPS map prepared by Ben and converted into ESRI shape files for ArcGIS users.

Original source in polish map format is available at THIS LINK at MapCentre2.
Below are some glimpses of the coverage of dataset.

.
Get Data:

If you want to acquire this data, Use the Request Data Form to share your research and need of this data.

Street Level GIS Map of Bahawalnagar

2009-06-21T00:39:00.000-07:00

Bahawalnagar is a city and tehsil of Bahawalnagar District in the Punjab province of Pakistan^[1] and lies just south of the Sutlej River, its population according to the 1998 census of Pakistan was 2,061,000^[2]. Read More>>
This map has been been prepared by Hina Munir and Amir Safdar. They are Urban Planners from Department of City & Regional Planning, University of Engineering & Technology, Lahore.

Methodology Adopted:

Street level mapping has been completed using high resolution images (0.6-1m) of Google Earth dating October 26, 2009. Detailed process is mentioned in the tutorial HERE.

Availability:

Data is available in KML and ESRI Shape file formats.

Get Data:

If you want to acquire this data, Use the Request Data Form to share your research and need of this data.

Street Level GIS Map of Gojra

2009-06-20T22:26:00.000-07:00

Gojra (Punjabi, Urdu: گوجرہ), the capital of Gojra Tehsil, is a city of Toba Tek Singh District in the Punjab province of Pakistan,^[1] it is located at 31°9'N 72°41'E^[2] and is located 30 miles (50 km) from Faisalabad, 125 km from Burewala, 157 km from Vehari and 20 miles (32 km) north of Toba Tek Singh.^[3] It has a history of more than hundred years, and being the centre of the cultivated lands, the village was famous for its "Mandi" (market) for cash crops. Before the 1947 Partition of India that created Pakistan the "Mandi" was mainly handled by Hindus and Sikhs. Read More>>
This map has been been prepared by Mariyam, Aysha and Syedda Umme Laila. They are Urban Planners from Department of City & Regional Planning, University of Engineering & Technology, Lahore.

Methodology Adopted:

Street level mapping has been completed using high resolution images (0.6-1m) of Google Earth dating May 20, 2009 within a period of two months. Detailed process is mentioned in the tutorial HERE.

Availability:

Data is available in KML and ESRI Shape file formats.

Get Data:

If you want to acquire this data, Use the Request Data Form to share your research and need of this data.

Street Level GIS Map of Vehari

2009-06-20T01:46:00.000-07:00

Vehari (Urdu: وہاڑی) is a city in the Punjab province of Pakistan. The city, which is the capital of the district and tehsil of the same name^[4], is located at 30°1'0N 72°21'0E at an altitude of 135m (446ft)^[5] and lies about 100 kilometres from the regional metropolis of Multan and about 25 kilometres north of the river Sutlej - the southernmost of the five rivers of the Punjab region. A headworks of canals is located on this river near Luddan on the Luddan-Vehari canal providing irrigation water to both banks of the river, which includes the upper fringes of theCholistan Desert. Read More>>
This map has been been prepared by Irsa Afzal and Iqra Yousaf. They are Urban Planners from Department of City & Regional Planning, University of Engineering & Technology, Lahore.

Methodology Adopted:

Availability:

Data is available in KML and ESRI Shape file formats.

Get Data:

If you want to acquire this data, Use the Request Data Form to share your research and need of this data.

Street Level GIS Map of Burewala

2009-06-19T23:30:00.000-07:00

Burewala (Urdu: بورے والا) is a city of Vehari District in southern Punjab, Pakistan. It is located at 30°10'0N 72°39'0E and has an altitude of 133 metres (439 feet).^[1] It is the 30th biggest city in Pakistan by population.^[3] The city of Burewala is the headquarters of Burewala Tehsil, an administrative subdivision of the district.^[4] It is located 1035 km away from Karachi, 187 km from Faisalabad, 208 km from Lahore, 135 km from Multan, 35 km from Vehari. 40 km from Arifwala,75 km from Pakpattan and 103 km from Bahawalpur. Read More>>
This GIS map has been been prepared by Samavia Khalid and Masooma Ikram under our supervision. They are Urban Planners from Department of City & Regional Planning, University of Engineering & Technology, Lahore.

Methodology Adopted:

Street level mapping has been completed using high resolution images (0.6-1m) from Google Earth dating September 26, 2009. Detailed process is mentioned in the tutorial HERE.

Availability:

Data is available in KML and ESRI Shape file formats.

Get Data:

If you want to acquire this data, use the Request Data Form to share your research and need of this data.

Street Level GIS Map of Jhang

2009-06-19T22:57:00.000-07:00

Jhang (Punjabi, Urdu: جھنگ) is the principal city of Jhang District in the Punjab province of Pakistan. It is situated on the east bank of theChenab river at a latitude of 31.15° N and longitude of 72.22°E^[1]. Read More>>

This GIS map has been been prepared by Tayyabah Ahmad and Ansar Inayat under our supervision. They are Urban Planners from Department of City & Regional Planning, University of Engineering & Technology, Lahore.

Methodology Adopted:

Street level mapping has been completed using high resolution images (0.6-1m) from Google Earth dating September 16, 2006. Detailed process is mentioned in the tutorial HERE.

Availability:

Data is available in KML and ESRI Shape file formats.

Get Data:

If you want to acquire this data, use the Request Data Form to share your research and need of this data.

GIS Jobs in Sakkar

2009-06-19T21:54:00.000-07:00

Satellite Image Pakistan Flood 29 August 2010

2009-06-19T02:51:00.000-07:00

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

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.

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

GIS Digitizers Required

2009-06-19T02:11:00.000-07:00

Job Location: Islamabad
Country: Pakistan
Positions: 2
Job Type: Contractual (Short Term 10-15 Days)
Department: GIS
Last Date: 13 March, 2011

Education, Knowledge, Skills, Abilities

B.A, BSc with GIS Skills acquired through GIS degree or short courses
Previous experience in Image digitization using ArcGIS (at least for 1 year). Experience in extracting/ developing base layers from satellite images (Natural Color LandSAT) will be an added advantage.
Should be able to perform data management functions in ArcGIS, such as developing layers, managing data attributes, shape files management etc.
Must have experience of cleaning polygonal files, removing sliver polygons and other digitizing errors
Good communication skills, in English

Applications are invited with following details;

List of recent GIS related jobs performed, details of digitizing tasks and availability during next 1 month

Contact Information

Send your applications to plannerqadeer@gmail.com by latest 13th March, 2011

GIS Job in Benazir Income Support Program(BISP) 13 May 2011

2009-06-17T03:34:00.000-07:00

Dear All,

Benazeer Income Support Program is looking for a GIS person.

Project Duration is 4 Years
Project is in collaboration with the World Bank.

If you are interested, Please E-mail your CVs to afaruq@gmail.com as soon as possible.

Note: This information has been shared by Nizam ud Din at our facebook page HERE and by Hafsa Firdous here at This Page

GIS Jobs in Urban Unit Lahore (2011)

2009-06-16T21:13:00.000-07:00

Dear All,

The Urban Unit, Lahore is looking for high quality, GIS professionals, including Developers, Web developers, hardware support and digitizers.

If any of you is interested or know someone else who is suitable for the work, please encourage them to e-mail their CVs directly to the Project Director UU (nasir_dsp@yahoo.com) as early as possible.

Note: This information has been shared by Nizam ud Din at our facebook page HERE.

Street Level GIS Map of Sheikhupura

2009-06-16T20:43:00.000-07:00

This map has been been prepared by Ihsan Nawaz and Muhammad Nadeem under our supervision. They are Urban Planners from Department of City & Regional Planning, University of Engineering & Technology, Lahore.

Methodology Adopted:

Street level mapping has been completed using high resolution images (0.6-1m) from Google Earth dating October 12, 2009. Detailed process is mentioned in the tutorial HERE.

Availability:

Data is available in KML and ESRI Shape file formats.

Get Data:

If you want to acquire this data, use the Request Data Form to share your research and need of this data.

Street Level GIS Map of Sahiwal

2009-06-15T22:38:00.000-07:00

Sahiwal (Punjabi, Urdu: ساہیوال) is a city in Punjab, Pakistan. It is the administrative centre of Sahiwal District and Sahiwal Division.The districts of Okara and Pakpattan are under Sahiwal division. Sahiwal lies approximately 180 km from the major city of Lahore. And it is the biggest city between Lahore and Multan. Sahiwal District is included in the former Multan Division and lies between 30-39 north latitude and 73-06 longitude. The city lies in the densely populated region between the Sutlej and Ravi rivers. Irrigation in the region is provided by the Bari Doab Canal system. The principal crops are wheat, cotton, tobacco, legumes, and oilseeds. Cotton goods and lacquered woodwork are manufactured. About 18 miles Southwest of Sahiwal is Harappa, an ancient city of the world, oldest urban center of Harappan or Indus civilization in South Asia. About 28 miles (45 km) west of Sahiwal, at Kamalia, is the site of a Malli city captured by Alexander the Great in 325 bc. Pop. (1998) city, 207,388. The people of Sahiwal are known as Sahiwalians. This city got his name from the first inhibitors of this city the sahis (a jutt sub-tribe or cast). Sahiwal was named as Montgomery city before 1966. In 1966 a famous legendary politician Mufti Zia-ul-Hasan changed its name to Sahiwal. Read More>>
This map has been been prepared by Muhammad Umair and Hassan Ali. They are Urban Planners from Department of City & Regional Planning, University of Engineering & Technology, Lahore.

Methodology Adopted:

Street level mapping has been completed using high resolution images (0.6-1m) of Google Earth dating August 24, 2006 within a period of two months. Detailed process is mentioned in the tutorial HERE.

Availability:

Data is available in KML and ESRI Shape file formats.

Get Data:

If you want to acquire this data, Use the Request Data Form to share your research and need of this data.

Street Level GIS Map of Faisalabad

2009-06-15T22:33:00.000-07:00

Faisalabad (Punjabi, Urdu: فیصل آباد) is a city in the province of Punjab, Pakistan. It is the third largest city in Pakistan after Karachi and Lahore.
It is an important industrial centre west of Lahore. The city-district of Faisalabad is bound on the north by the districts of Gujranwala and Sheikhupura, 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. “Source: Wikipedia” Read More>>
This Street level GIS map has been been prepared by Hamid Arshad and Ijaz Iqbal. They are Urban Planners from Department of City & Regional Planning, University of Engineering & Technology, Lahore.

Methodology Adopted:

Street level mapping has been completed using high resolution images (0.6-1m) of Google Earth dating December 25, 2005 within a period of two months. Detailed process is mentioned in the tutorial HERE.

Availability:

Data is available in KML and ESRI Shape file formats.

Get Data:

If you want to acquire this data, Use the Request Data Form to share your research and need of this data.

Street Level GIS Map of Kamoke, Muredkey

2009-06-15T08:24:00.000-07:00

Kāmoke is a city of Gujranwala District located in Punjab, Pakistan, it has a population of 167,300^[1]. The city is the capital of Kamoke Tehsil which is an administrative subdivision of the district, the city is itself subdivided into 8 Union Councils^[2]. The city is located on the Grand Trunk Road 21 km towards Gujranwala and 44 km towards Lahore. Kamoke has become a popular city, all the needful things are found in the city. Reed More>>

This GIS map has been been prepared by Muhammad Afzal and Muhammad Bilal. They are Urban Planners from Department of City & Regional Planning, University of Engineering & Technology, Lahore.

Methodology Adopted:

Street level mapping has been completed using high resolution images (0.6-1m) of Google Earth dating August 29, 2008 within a period of four weeks. Detailed process is mentioned in the tutorial HERE.

Availability:

Data is available in KML and ESRI Shape file formats.

Get Data:

Use the Request Data Form to share your research and need of this data to get it.

Street Level GIS Map of Kasur

2009-06-13T22:51:00.000-07:00

This map has been been prepared by Bilal, Hussain and Tariq. They are Urban Planners from Department of City & Regional Planning, University of Engineering & Technology, Lahore.

Methodology Adopted:

Street level mapping has been completed using high resolution images (0.6-1m) from Google Earth dating November 17, 2009 within a period of 4 weeks . Detailed process is mentioned in the tutorial HERE.

Availability:

Data is available in KML and ESRI Shape file formats.

Get Data:

If you want to acquire this data, Use the Request Data Form to share your research and need of this data.

Street Level GIS Map of Okara

2009-06-12T03:59:00.000-07:00

Okara Urdu: ( اوکاڑہ) is the capital city of Okara District in the Punjab province of Pakistan.^[1] The city is located south-west to the city of Lahore and is famous for its agriculture-based economy and cotton mills. The nearest major city from Okara is Sahiwal (formerly known as Montgomery).
Okara has the largest storage capacity in Asia and is a fairly large district in Pakistan in terms of population. There are famous Pakistan military dairy farms, especially famous for their cheese situated in Okara. These farms are of the Pre-partition or British Indian Era. Mitchels farms also are located in the nearest town Renala Khurd in the Okara District. Read More>>
This street level GIS map has been been prepared by Nausheen and Munawar. They are Urban Planners from Department of City & Regional Planning, University of Engineering & Technology, Lahore.

Methodology Adopted:

Street level mapping has been completed using high resolution images (0.6-1m) of Google Earth dating July 08, 2009. Detailed process is mentioned in the tutorial HERE.

Availability:

Data is available in KML and ESRI Shape file formats.

Get Data:

If you want to acquire this data, Use the Request Data Form to share your research and need of this data.

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

2009-06-05T22:58:00.000-07:00

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.

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

GIS Based Street Level Map of Multan

2009-06-03T05:00:00.000-07:00

Multan (Punjabi/Urdu: مُلتان) is a city in the Punjab Province of Pakistan and capital of Multan District. It is located in the southern part of the province. Multan District has a population of over 4.5 million— It is situated on the east bank of the Chenab River, more or less in the geographic centre of the country and about 562 km (349 mi) from Islamabad,356 km (221 mi) from Lahore. & 966 km (600 mi) from Karachi. Source: Wikipedia Read More>>

This map has been been prepared by Askar Gardezi. He is a business man from Multan and a real enthusiastic mapper.

Methodology Adopted:

Street level mapping has been completed using high resolution images (0.6-1m) of Google Earth dating March 20, 2009. Detailed process is mentioned in the tutorial HERE.

Availability:

Data is available in Polish Map format, KML and ESRI Shape file formats.

Get Data:

If you want to acquire this data, Use the Request Data Form to share your research and need of this data.

Street Level GIS Map of Jhelum

2009-06-03T00:02:00.000-07:00

helum (Urdu,Punjabi: جہلم) is a city on the right bank of the Jhelum River, in the district of the same name in the north of Punjab province,Pakistan. Jhelum is a few miles upstream from the site of the Battle of the Hydaspes between the armies of Alexander the Great and RajaPorus. Jhelum is known for providing a large number of soldiers to the British and later to the Pakistan armed forces due to which it is also known as city of soldiersor land of martyrs and warriors. Read More>>
This map has been been prepared by Abuzar Yousaf and Ahmad Al Rashid. They are Urban Planners from Department of City & Regional Planning, University of Engineering & Technology, Lahore.

Methodology Adopted:

Street level mapping has been completed using high resolution images (0.6-1m) of Google Earth dating June 22, 2009. Detailed process is mentioned in the tutorial HERE.

Availability:

Data is available in KML and ESRI Shape file formats.

Get Data:

If you want to acquire this data, Use the Request Data Form to share your research and need of this data.

Pakistan Flood 2010, Water Extent from MODIS 12-29 Aug 2010

2009-05-16T21:58:00.001-07:00

This geo-database is an effort of Mountain GeoPortal ICIMOD and includes the shapefiles of Water extent of 2010 flood in Pakistan. The flood water extent have been calculated from MODIS Images dating 12 August 2010 to 29 Aug 2010 on daily basis.

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

GIS Map of Bus Routes in Lahore

2009-05-11T02:00:00.000-07:00

Mirza Muhammad Waqar form University of the Punjab is working on a project related to GIS mapping of various public transport routes in Lahore. He has generously shared his field data collected through primary surveys using GPS device. It includes the Bus Route Lines and Bus Stops Locations.

The GIS layers include the following routes:

ABC Bus Route 36 (Chungi Amar Sadu to Daroghawala)
ABC Bus Route 44 (Daroghawala to Old Ravi Pull)
Baloch Bus Service Route 20 (Old Ravi Pull to Bagrian)
Bashir Hussain Bus Route 21
Bashir Hussain Bus Route 43
Daewoo City Bus Route 11 (Green Town to Station)
Green City Bus Route 10 (Railway Station to NFC Housing Scheme)
New Khan Bus Route 3
New Khan Bus Route 4
New Khan Bus Route 1 (Sanda to RZ Bazar)
New Khan Bus Route 17 (Railway Station to Jallo Pind)
New Khan Bus Route 22 (Jallo Mor to Thokar Niaz Beig)
Premier Bus Route 12-A (Railway Station to Yohanabad)
Premier Bus Route 14 (RA Bazar to Bagrian)
Premier Bus Route 19

Availability:

Data is available in ESRI Shape file formats.

Get Data:

If you want to acquire this data, Use the Request Data Form to share your research and need of this data.

Since this data belongs to Waqar, we will take his prior permission before disseminating this data set.

Data Request Form

2009-05-04T23:51:00.001-07:00

Dear visitor, thanks for your interest. We are getting increased number of request for variety of datasets of various formats every day. Please use the form below to get the right data for your research by providing us the specific information in a structured way.

Note:

All data at PakGIS is available for your if you are academic researcher or doing some project for the betterment of Pakistani society.
We don’t provide data just for using in study assignments or otherwise unless you promise to create some new data sets associated or up grade the existing data (geometry or attributes).
We believe in joining hands for building new datasets for Pakistan, if we share our costly datasets, we ask you as well to send at least one additional set of information back at PakGIS.
We try our best to reply you back in shortest possible time, generally it takes one or two days. If you don’t get any response, kindly ensure that your data request has been sent properly or resend it.
If you want to get any data set for the purpose of learning GIS, its better to contact us with straight objective. We have better options for you. We can guide you through various steps of GIS development, tools and techniques and necessary procedures in the simplest possible way.

<<Data Request Form>>

Topographic Maps of Pakistan

2009-04-04T06:46:00.000-07:00

proudly presents the Geo-referenced Topographic Maps of whole Pakistan free of cost. These topo-sheets have been originally taken from the University of Texas Libraries in July 2009. These are developed by U.S. Army Map Service, 1955 under Series U502 and are available at 1:250,000.

Below is a reference sheet taken from the above mentioned site.

In University of Texas Libraries, these maps are available in .jpg picture format. A screen shot for area around Lahore is below:

The Team have geo-referenced them and saved along with .gmw file to be viewed by Global Mapper. You may directly download from the library link or Contact Us for geo-referenced file.

Need your prayers

GIS Map of Lahore (ESRI format)

2009-04-03T06:35:00.000-07:00

PKMAPS is a small community of mapping enthusiasts (all over the world) choosing to map Pakistan and share data for free on the internet. They develop maps for GPS or navigators for providing aid in navigation across the Pakistan.

Here, we are using their gps maps to prepare ESRI format shape files, that can be used in GIS software like ArcGIS and Arcview for various analysis and applications for urban planning. Hence expanding the area of application for those maps.

We are presenting a map of Lahore city containing line, point and polygonal features. Coverage and Road hierarchy is visible even from the picture below.

Points Shape File:

About 1082 places of interest are identified and categories as Hospitals, banks, graveyards, libraries, parks, schools, restaurants, shopping centers, stadiums, amusement centers, landmarks and swimming areas etc.

Lines Shape File:

This layer includes 8418 line features which represent arterial roads, collector roads, residential streets, major highways, alleys, railway routes, airport runways, and water streams. 643 features are identified with their names as well.

Polygones Shape File:

This map layer carries 754 polygones showing city parks, lakes, orchards or plantations, housing schemes or institution boundaries and other polygonal features.Location names are updated for 690 features.

Screen shot below shows a zoom in view where all points, lines and polygonal features can be seen with the level of detail.

.::Special thanks to PKMAPS, smkhan and Faisal::.

GIS Map of Islamabad/Rawalpindi (ESRI Format)

2009-04-03T00:11:00.000-07:00

“Islamabad (Meaning "Abode of Islam") is the capital of Pakistan, and is the tenth largest city in Pakistan. The Rawalpindi/Islamabad metropolitan area is the third largest in Pakistan with a population of over 4.5 million inhabitants, 1,875,000 million in Islamabad and three million in Rawalpindi.

Islamabad is one of the greenest and most well-planned cities of South Asia. The city is well-organized and divided into different sectors and zones. Islamabad is also home to the Faisal Masjid which is well known for its architectural beauty and immense size. Islamabad has been ranked as a Gamma world city, as of 2008”, Read More>>

Country	Pakistan
Territory	Islamabad Capital Territory
Constructed	1960s
Union Council	40 UC
Area Total	906.50 km² (350 sq mi)
Highest elevation	1,604 [1] m (5,263 ft)
Lowest elevation	457 m (1,499 ft)
Population (2009)	1,875,000
Population Density	1,243/km² (3,219.4/sq mi)
Time zone	PST (UTC+5)
Postal Code	44000
Area code(s)	51
Website	Islamabad's Official Website
Source:	http://en.wikipedia.org/wiki/Islamabad

Here, We present a street level GIS map of Islamabad city containing line, point and polygonal features. Coverage and Road hierarchy is visible even from the picture below.

Points Shape file:

About 744 places of interest are identified on map by Name and categories according to their use. The details are given in the table below:

Layer	Objects
Bank	15
Cemetery	1
Church	79
County	96
Hospital	21
Landmark	2
School	86
Shopping	84
Stadium	5
State	5
Tower	31
Other Point Features	318

Lines Shape file:

This layer includes 4987 line features which represent arterial roads, collector roads, residential streets, major highways, alleys, railway routes, airport runways, and water streams. A summary of these features is given below:

Layer	Objects
Airport Runway	2
Alley or Driveway	9
Collector Road	5
Interstate	31
Major Roads/ Highway	76
Railroad, Class 1A	31
Residential Road	4166
River, Unknown Length	5
State Highway	637
Trail	14

Polygones Shape files:

In this shape file, Polygonal features inlcude sectors and small metropolitan areas, lakes and city park.

Screen shot below shows a zoom in view where all points, lines and polygonal features can be seen with the level of detail.

.::Special thanks to PKMAPS and Kifayat Hussain::.

If anyone is interested in Routable Map for Islamabad for GPS devices, Mobiles or Navigators, have it free from Islamabad Routable Map By PKMAPS.

Satellite Image of Faisalabad

2009-03-29T23:34:00.000-07:00

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:

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

Satellite Image of Vehari

2009-03-20T22:03:00.000-07:00

Here is the metadata of the satellite image of Vehari:

DESCRIPTION	vehari.ecw
WEST LONGITUDE	72° 18' 58.5126" E
NORTH LATITUDE	30° 04' 3.3672" N
EAST LONGITUDE	72° 23' 32.4957" E
SOUTH LATITUDE	30° 00' 53.8632" N
PROJ_DESC	Geographic (Latitude/Longitude) / WGS84 / arc degrees
PROJ_DATUM	WGS84
PROJ_UNITS	arc degrees
EPSG_CODE	4326
COVERED AREA	16.58 sq mi
NUM COLUMNS	11335
NUM ROWS	7840
NUM_BANDS	3
PIXEL WIDTH	0.0000067 arc degrees
PIXEL HEIGHT	0.0000067 arc degrees
BIT_DEPTH	24
PROJ_NAME	GEODETIC
DATUM_NAME	WGS84
TARGET_COMPRESSION	1:10

Screen Shot of the Image:

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

Satellite Image of Liaqatpur (Rahim yar Khan)

2009-03-11T23:22:00.000-07:00

Liaquatpur or Liaqatpur is a town and seat of Liaquatpur Tehsil in Rahim Yar Khan District, Pakistan. It is located at 28°55'60N 70°57'0E with an altitude of 95 metres (314 feet).^[1]

It is situated exactly between the main cities of Bahawalpur and Rahim Yar Khan. The main railway line connecting Lahore and Karachi passes through this city and a small railway station is also in this city. (Wikipedia)

Metadata of the satellite image is given below:

DESCRIPTION	Liaqatpur19.ecw
WEST LONGITUDE	70° 55' 48.2465" E
NORTH LATITUDE	28° 57' 7.0591" N
EAST LONGITUDE	70° 58' 9.9187" E
SOUTH LATITUDE	28° 54' 55.9313" N
PROJ_DESC	Geographic (Latitude/Longitude) / WGS84 / arc degrees
PROJ_DATUM	WGS84
PROJ_UNITS	arc degrees
EPSG_CODE	4326
COVERED AREA	6 sq mi
NUM COLUMNS	7336
NUM ROWS	6790
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 Image:

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

Satellite Image of Jhelum City

2009-03-11T21:58:00.000-07:00

Below is the metadata of the image of Jhelum city available here:

DESCRIPTION	Jhelum19.ecw
Image Date	June 2009
WEST LONGITUDE	73° 40' 5.3124" E
NORTH LATITUDE	32° 59' 55.0067" N
EAST LONGITUDE	73° 46' 13.3587" E
SOUTH LATITUDE	32° 53' 24.5972" N
PROJ_DESC	Geographic (Latitude/Longitude) / WGS84 / arc degrees
PROJ_DATUM	WGS84
PROJ_UNITS	arc degrees
EPSG_CODE	4326
COVERED AREA	44.47 sq mi
NUM COLUMNS	19058
NUM ROWS	20216
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	1:29

Screen Shot of Image:

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

District Boundaries of Pakistan

2009-03-08T03:34:00.000-07:00

“The Districts of Pakistan are the second order administrative divisions of Pakistan. Districts were the third order of administrative divisions, below provinces and "divisions", until the reforms of August 2000, when "divisions" were abolished. Districts now form the top tier of a three-tier system of local government with the two lower tiers composed of approximately 400 tehsils and more than six thousand union councils.
Prior to 2001, there were 106 districts but with the reorganisation, these were reduced to 102 by the merger of the five districts of Karachi Central, Karachi East, Karachi South, Karachi West and Malir to form Karachi District. The five districts had formed the division of Karachi which was abolished. The number of districts rose to 106 again in December 2004, when four new districts were created in the province of Sindh of which one (Umerkot) had existed until 2000 and three districts (Kashmore, Qambar and Jamshoro) were newly created.
In May 2005, the Punjab provincial government created a new district^[2] by raising the status of Nankana Sahib from a tehsil of Sheikhpura District to a district in its own right.
In Azad Kashmir, the second tier of government is formed by two administrative divisions (Muzaffarabad) & (Mirpur) with a third tier of eight districts. In the Northern Areas, there are six districts divided between two regions of Gilgit and Baltistan; Baltistan being the part of Ladakh in Pakistani control.” Source: Wikipedia
An overview of data is given in table below:

Subdivision	Number of districts
Balochistan Province	27
North-West Frontier Province	24
Punjab Province	36
Sindh Province	23
Islamabad Capital Territory	1
Federally Administered Tribal Areas	7 tribal agencies plus 6 frontier regions
Azad Kashmir	8
Northern Areas	6
Pakistan	128 districts plus 7 tribal agencies

Snapshot of Dataset; District Boundaries of Pakistan

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

Tehsil Boundaries of Pakistan

2009-03-07T22:39:00.000-08:00

Here we present the Tehsil Boundaries Dataset which is third level administration boundaries in Pakistan.
A summary of data is given below in the table:

Subdivision Name	Tehsils
Balochistan	62
Disputed Area	10
F.A.N.A	13
F.A.T.A.	48
Islamabad	1
N.W.F.P.	44
P.A.K.	18
Punjab	119
Sindh	89
Total	404

Snapshot of Dataset; Tehsil Boundaries of Pakistan

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

National & Provincial Boundaries of Pakistan

2009-03-07T22:23:00.000-08:00

“Pakistan (Urdu: پاکستان Pākistān), officially the Islamic Republic of Pakistan, is a country located in South Asia and is at a pivotal location at the crossroads of South Asia, the Middle East, and Central Asia. It has a 1,046 kilometre (650 mile) coastline along the Arabian Sea and Gulf of Oman in the south, and is bordered by Afghanistan and Iran in the west, the Republic of Indiain the east and the People's Republic of China in the far northeast. Tajikistan also lies adjacent to Pakistan but is separated by the narrow Wakhan Corridor. In recent times, Pakistan has been called part of the Greater Middle East.

Pakistan is the sixth most populous country in the world and has the second largest Muslim population in the world after Indonesia. It also has the second largest Shia Muslim population in the world. The country is listed among the Next Eleven economies, is a founding member of the Organisation of the Islamic Conference, South Asian Association for Regional Cooperation, G20 developing nations, Asia Cooperation Dialogue and the Economic Cooperation Organisation. It is also a member of the United Nations,Commonwealth of Nations, World Trade Organisation, Shanghai Cooperation Organisation, G33 developing countries, Group of 77 developing nations, major non-NATO ally of the United States and is a nuclear state.” Source: Wikipedia

We have collected the GIS maps of various administrative divisions of Pakistan in ESRI Shape file format. Here we present the National and Provincial Boundaries Dataset for free. Please refer back if you modify and update them so that more detailed information can be available for other users.

Snapshot of Dataset; National Boundaries of Pakistan

.::Download Link::.

“Pakistan is a federation of four provinces, a capital territory and federally administered tribal areas. The government of Pakistan exercises de facto jurisdiction over the western parts of the disputed Kashmir region,organized as two separate political entities (Azad Kashmir and Northern Areas)

Provinces:

Territories:

Islamabad Capital Territory (IST)
Federally Administered Tribal Areas (FATA)
Azad Jammu and Kashmir (or simply Azad Kashmir)(AJK)
Northern Areas (FANA)

Balochistan and NWFP also have Provincially Administered Tribal Areas.(PATA)

The third tier of government was composed of 26 divisions with two further tiers (districts and tehsils) administered directly from the provincial level. The divisions were abolished in 2001and a new three-tiered system of local government came into effect comprising districts, tehsils and union councils with an elected body at each tier. There are currently 107 districts in Pakistan proper, each with several tehsils and union councils. The tribal areas comprise seven tribal agencies and six small frontier regions detached from neighbouring districts whilst Azad Kashmir comprises seven districts and Northern Areas comprises six districts.” Source: Wikipedia

Snapshot of Dataset; Provincial Boundaries of Pakistan

.::Download Link::.

Satellite Image of Lahore

2009-03-05T02:46:00.000-08:00

Satellite image of Lahore at good resolution is available at PKMaps. These can be used for any GIS/RS assignment and analysis.

Source of quoted material: http://pkmaps.freeforums.org/lahore-satellite-imagery-at-18x-zoom-t31.html

You can find all the Yahoo imagery you need for mapping Lahore at 18x zoom level at the following RapidShare download link:

http://rapidshare.com/files/176314336/lahore_yahoo_satalite_1.zip
http://rapidshare.com/files/176316142/lahore_yahoo_satalite_2.zip
http://rapidshare.com/files/176317579/lahore_yahoo_satalite_3.zip
http://rapidshare.com/files/176320007/lahore_yahoo_satalite_4.zip
http://rapidshare.com/files/176322298/lahore_yahoo_satalite_5.zip
http://rapidshare.com/files/176321238/lahore_yahoo_satalite_6.zip
http://rapidshare.com/files/176324063/lahore_yahoo_satalite_7.zip
http://rapidshare.com/files/176325590/lahore_yahoo_satalite_8.zip
http://rapidshare.com/files/176324388/lahore_yahoo_satalite_9.zip

These zips contain the Ozi Explorer .map files and embeded merged images in jpeg format.
They have been downloaded from Yahoo using gMapMaker.
There are 9 files in total so that Lahore can be split up into 9 portions.
You can use these Ozi map files along with their image files in GPSMapEdit for your mapping.
Depending on where you unzip the file contects you may need to edit with a text editor the .jpg file path on 3rd line in each .map (Ozi Explorer file) to point to the right location of its associated .jpg file for the .map file to work.
The original jpeg tiles from Yahoo at 18x zoom downloaded by gMapMaker can be found at the following rapishare links:

http://rapidshare.com/files/176831705/yahoo_satallite_imagery_at_18x.part1.rar
http://rapidshare.com/files/176833586/yahoo_satallite_imagery_at_18x.part2.rar
http://rapidshare.com/files/176834619/yahoo_satallite_imagery_at_18x.part3.rar

PS: You will need to download all these .rar files and run winrar to extract them to one folder.
Mobile GMaps can users also benifit from these files.

Using Google Earth for Creating GIS Data

2009-03-04T21:17:00.000-08:00

Google earth works extremely well in creating new vector data in the form of points, lines and polygons that can be used as shapefiles in ArcGIS or any other GIS software for more advanced processing.

The biggest advantage is that we don’t need to procure high resolution images at highest costs. Instead we can use Google Earth images as background to create our vector data. Following is few pictorial examples of doing so:

Below is an example of vector map of Sialkot created from the available point, line and polygon features of Google Earth. It includes thousands of streets as line features, places of interest as point features and some special areas as polygonal elements. Below we will explain how we have done that and you will find it is pretty simple.

To add a new road, street, water body or any other linear feature, Add Path button is used which is available in front toolbar as well as in “ADD” Menue (Short key is Ctrl+Shift+T).
A new dialog box will open, here you can specify the name of feature and any other description you want. Some other characteristics can also be specified like color, thinkness and style of the feature. Now drag the dialogue on any side without closing and start digitizing on the image as per your need. While adding vertex, you can use the zoom and pan controls of Google Earth, available on the top right of the window.

Repeat the above process for all the linear features. Each line will be added and can be seen in the left pane under “Places”.

Similar is the case with adding Points and polygons. Below are screen shots:

Examples of adding polygons includes adding parks, stadiums, graveyards, or even housing schemes as a polygonal features. Below are screen shots of that:

Using simple KML to SHAPE convertor tool, the prepared vector data from Google Earth can be used in Arcview / ArcGIS or any other GIS plate form. In the screen shot below, we have used a Shape2KML extension of ArcView 3.2 which let you import lines, polygons or point features from the created kml file.

Here is a view of the above digitized area in Google Earth as well as in ArcView

.::Special thanks to Hassan Mughal::.

Hassan Mughal (genius.hassan@gmail.com) has provided the Sialkot map file used in this tutorial in Polish Map Format which was converted in KML and ESRI shape file.

Geo-referenced Satellite Image of Sialkot

2009-03-03T00:42:00.000-08:00

Please find here the Geo-referenced Aerial Photograph of Sialkot.

http://rapidshare.com/files/231074969/Sialkot.part1.rar
http://rapidshare.com/files/231086179/Sialkot.part2.rar

You need to download both files Sialkot.part1.rar and Sialkot.part2.rar and then unzip to gather. It will give you JPEG gile of sialkot city area along with .gmw file. The GMW is global mapper workspace file just like ozi explorer. You can use Global Mapper for its conversion to any format as per your need.

Following are the Image Details:

Image Date	9 October 2005
COVERED AREA	196.4 sq km
Download Eye Altitude	533 meters at Google Earth
DESCRIPTION	Sialkot Final.jpg

UPPER LEFT X	74.4745205570
UPPER LEFT Y	32.5547334337
LOWER RIGHT X	74.6323095316
LOWER RIGHT Y	32.4354937786

WEST LONGITUDE	74° 28' 28.2740" E
NORTH LATITUDE	32° 33' 17.0404" N
EAST LONGITUDE	74° 37' 56.3143" E
SOUTH LATITUDE	32° 26' 7.7776" N

PROJ_DESC	Geographic (Latitude/Longitude) / WGS84 / arc degrees
PROJ_DATUM	WGS84
PROJ_UNITS	arc degrees
EPSG_CODE	4326
NUM COLUMNS	24595
NUM ROWS	22105
PIXEL WIDTH	0.0000064 arc degrees
PIXEL HEIGHT	0.0000054 arc degrees

Satellite Map of Muredkey

2009-03-02T04:17:00.000-08:00

Please find here the high resolution Geo-referenced Aerial Photograph of Muredkey.

http://rapidshare.com/files/271703947/Muredkey_Satellite_Image.rar

Unzip after downloading. Folder will contain two .jpg with their calibration files for Global Mapper. You may adjust the image brightness using Photoshop but without disturbing the canvas size for a brighter image.

Below is the Metadata for the Image:

IMAGE DATE	29 August 2008
COVERED AREA	4623 acres
UPPER LEFT X	74.2348172500
UPPER LEFT Y	31.8199730000
LOWER RIGHT X	74.2726319615
LOWER RIGHT Y	31.7729982323
WEST LONGITUDE	74° 14' 5.3421" E
NORTH LATITUDE	31° 49' 11.9028" N
EAST LONGITUDE	74° 16' 21.4751" E
SOUTH LATITUDE	31° 46' 22.7936" N
PROJ_DESC	Geographic (Latitude/Longitude) / WGS84 / arc degrees
PROJ_DATUM	WGS84
PROJ_UNITS	arc degrees
COVERED AREA	4623 acres
NUM COLUMNS	8017
NUM ROWS	9959
NUM_BANDS	3
PIXEL WIDTH	0.0000047 arc degrees
PIXEL HEIGHT	0.0000047 arc degrees
PHOTOMETRIC	RGB Full-Color
BIT_DEPTH	24
ROWS_PER_STRIP	1
COMPRESSION	None
PIXEL_SCALE	( 4.71682e-006, 4.71682e-006, 1 )
MODEL_TYPE	Geographic lat-long system
RASTER_TYPE	Pixel is Area
SOURCE	GOOGLE EARTH

Satellite Map of Abbottabad City

2009-03-02T00:20:00.000-08:00

Here we present the satellite map of Abbottabad Urban Area. It is divided in 3 sheets named Eastern City area, Western City Area and Northern/Southern City area. This was initially developed by DLR Centre for Satellite Based Crisis Information and source of data was IKONOS Space Imaging 2005. Image Resolution is 0.6 meter and covers a total area of 23938 Acres. Detailed attributes of each sheet are as below:

FILE NAME	Abbottabad City Eastern Area
UPPER LEFT X	336963.835
UPPER LEFT Y	3784616.320
LOWER RIGHT X	342902.186
LOWER RIGHT Y	3780539.102
WEST LONGITUDE	73° 13' 50.5269" E
NORTH LATITUDE	34° 11' 26.5820" N
EAST LONGITUDE	73° 17' 45.0944" E
SOUTH LATITUDE	34° 09' 10.9852" N
PROJ_DESC	UTM Zone 43 / WGS84 / meters
PROJ_DATUM	WGS84
PROJ_UNITS	meters
COVERED AREA	5983 acres
NUM COLUMNS	9352
NUM ROWS	6421
NUM_BANDS	3
PIXEL WIDTH	0.635 meters
PIXEL HEIGHT	0.635 meters
PHOTOMETRIC	RGB Full-Color
BIT_DEPTH	24
ROWS_PER_STRIP	1
COMPRESSION	None
PIXEL_SCALE	( 0.634982, 0.634982, 1 )
TIEPOINTS	( 0.00, 0.00, 0.00 ) --> ( 336963.835, 3784616.320, 0.000 )
MODEL_TYPE	Projection Coordinate System
RASTER_TYPE	Pixel is Area
DOWNLOAD LINK	Download
THUMBNAIL

FILE NAME	Abbottabad City Western Area
UPPER LEFT X	333518.772
UPPER LEFT Y	3784953.773
LOWER RIGHT X	339461.919
LOWER RIGHT Y	3780874.533
WEST LONGITUDE	73° 11' 35.7603" E
NORTH LATITUDE	34° 11' 35.6452" N
EAST LONGITUDE	73° 15' 30.5772" E
SOUTH LATITUDE	34° 09' 19.9119" N
PROJ_DESC	UTM Zone 43 / WGS84 / meters
PROJ_DATUM	WGS84
PROJ_UNITS	meters
COVERED AREA	5991 acres
NUM COLUMNS	9352
NUM ROWS	6419
NUM_BANDS	3
PIXEL WIDTH	0.635 meters
PIXEL HEIGHT	0.635 meters
PHOTOMETRIC	RGB Full-Color
BIT_DEPTH	24
ROWS_PER_STRIP	1
COMPRESSION	None
PIXEL_SCALE	( 0.635495, 0.635495, 1 )
TIEPOINTS	( 0.00, 0.00, 0.00 ) --> ( 333518.772, 3784953.773, 0.000 )
MODEL_TYPE	Projection Coordinate System
RASTER_TYPE	Pixel is Area
DOWNLOAD LINK	Download
THUMBNAIL

FILE NAME	Abbottabad City Northen Area
UPPER LEFT X	335861.470
UPPER LEFT Y	3788217.821
LOWER RIGHT X	341800.488
LOWER RIGHT Y	3784141.415
WEST LONGITUDE	73° 13' 5.0183" E
NORTH LATITUDE	34° 13' 22.8592" N
EAST LONGITUDE	73° 16' 59.7212" E
SOUTH LATITUDE	34° 11' 7.2634" N
PROJ_DESC	UTM Zone 43 / WGS84 / meters
PROJ_DATUM	WGS84
PROJ_UNITS	meters
COVERED AREA	5982 acres
NUM COLUMNS	9352
NUM ROWS	6419
NUM_BANDS	3
PIXEL WIDTH	0.635 meters
PIXEL HEIGHT	0.635 meters
PHOTOMETRIC	RGB Full-Color
BIT_DEPTH	24
ROWS_PER_STRIP	1
COMPRESSION	None
PIXEL_SCALE	( 0.635053, 0.635053, 1 )
TIEPOINTS	( 0.00, 0.00, 0.00 ) --> ( 335861.470, 3788217.821, 0.000 )
MODEL_TYPE	Projection Coordinate System
RASTER_TYPE	Pixel is Area
DOWNLOAD LINK	Download
THUMBNAIL

DESCRIPTION	Abbottabad City Southern Area
UPPER LEFT X	333045.806
UPPER LEFT Y	3781673.534
LOWER RIGHT X	338985.426
LOWER RIGHT Y	3777597.586
WEST LONGITUDE	73° 11' 19.5657" E
NORTH LATITUDE	34° 09' 48.9301" N
EAST LONGITUDE	73° 15' 14.1652" E
SOUTH LATITUDE	34° 07' 33.2992" N
PROJ_DESC	UTM Zone 43 / WGS84 / meters
PROJ_DATUM	WGS84
PROJ_UNITS	meters
COVERED AREA	5982 acres
NUM COLUMNS	9354
NUM ROWS	6419
NUM_BANDS	3
PIXEL WIDTH	0.635 meters
PIXEL HEIGHT	0.635 meters
PHOTOMETRIC	RGB Full-Color
BIT_DEPTH	24
ROWS_PER_STRIP	1
COMPRESSION	None
PIXEL_SCALE	( 0.634982, 0.634982, 1 )
TIEPOINTS	( 0.00, 0.00, 0.00 ) --> ( 333045.806, 3781673.534, 0.000 )
MODEL_TYPE	Projection Coordinate System
RASTER_TYPE	Pixel is Area
DOWNLOAD LINK	Same as above in Northern area sheet
THUMBNAIL

Getting Geo-referenced Images from Google Earth

2009-03-01T21:56:00.000-08:00

Google Earth allows for saving images at screen resolution and JPG format. Those are helpful but still need processing and geo-referencing so that they can be used for GIS processing.

The method given below let you get high quality images from Google Earth in geo-referenced form. The principle is to extract images from the local Google Earth cache and then calibrate them for geo-referencing. Two small tools named “GE_jpg_extractor” and “QRST Convertor and Calibrator” will be used in this exercise. You can get them form

http://rapidshare.com/files/319758802/GoogleEarth_Cache_Extractor.rar

Best way to start is to clear the Google Earth cache folder from the Tools---> Options ---->Cache ---> Clear Memory Cache of GE software.

In Google Earth, go to your area of interest. Set a proper zooming level which is required to you and pan to entire of your area with streaming so that it is saved in your local cache again.
Close the program.

Click on GE_jpg_extractor.exe
Following window will open to let you specify further options:
Click on option 1 as shown in the figure below. An “Open” window will appear, select dbChache.dat from the Google Earth Folder. Make sure that Google Earth software is closed otherwise it will give an error message.
Click on the Option 2 to specify the path where the data will be saved after extraction from cache.
Check the box in front of Option 3 and click on the button. The progress bar will start showing the rate of extraction. On its completion images will be extracted in the specified folder.
You will see in the specified destination folder, there will be one or two new folders named “Server 0” and “Server 1”.
Server 0 folder is of your interest. It will be having another folder named “KH”. That will contain further folders named as 01, 02, 03…..19 or 20. Patches in folder 18 and above are of really good resolution.
Now run qrstcc.exe It will open the calibrator for you.
Follow the process as mentioned in the picture below to calibrate your extracted patches.
In the Source Path, point the folder in which patches are saved. Generally it will be KH folder in Server 0
Map type should be Google Earth
Check the Search Subfolders option. It allows to create calibration file for all patches in the subfolders in KH, i.e. 01, 02, 03…..20
Calibration file type should be OziExplorer
Hit Convert, and progress will start. At successful completion it will give a message of “Done”.
Now open the folders named 17, 18 or above and you will see all patches have a calibration file of OziExplorer with them.
Sort these file by type to get all .map files at one place. Open all files in Global Mapper. Move to the area of your interest and it will be like this.
Save the image as one file either in geotiff or any other image format you want. It will be georeferenced now can be used for GIS analysis purpose.

..::Enjoy::..

Satellite Image Pakistan Flood 18 August 2009

2009-01-16T23:14:00.000-08:00

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

18 August 2009

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.

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

Pakistan GIS

Union Council Boundaries of Rawalpindi City and District

US Drone Attacks in Pakistan 2004-2010

Union Council Boundaries of Faisalabad City

Town wise Union Council Boundaries of Lahore

Situation Map of Dengue Fever Cases (04 Nov 2011)

Land Capability Map of Sind

Soil Map of Sindh

Soil Map of Punjab, Pakistan

Land Capability Map of Punjab

Karachi Town Administration Boundaries

Seismo-Tectonic map of Pakistan

Volunteers required for PakGIS

University of Engineering & Technology, Lahore

Vector Datasets

Raster Datasets

Tutorials

GIS Jobs

Satellite Image of Pakistan Flood 13 September 2010

Satellite Images Pakistan Flood 28 August 2009

Satellite Image Pakistan Flood 22 August 2010

Satellite Image Pakistan Flood 11 August 2009

Satellite Image Pakistan Flood 11 August 2010

Satellite Image Pakistan Flood 12 August 2010

Satellite Image Pakistan Flood 10 August 2010

Satellite Image Pakistan Flood 08 August 2010

Satellite Image Pakistan Flood 14 August 2009

Satellite Image Pakistan Flood 15 August 2010

Satellite Image Pakistan Flood 30 July 2010

Satellite Image Pakistan Flood 17 August 2010

Research Assistant GIS (26 May 2011)

Jobs in Urban Unit Lahore (May 2011)

Satellite Image Pakistan Flood 02 September 2010

WebGIS Expert Required in Islamabad (17 June 2011)

Volunteer Registration Form

Road Network and Settlements of Pakistan

Street Level GIS Map of Bahawalnagar

Methodology Adopted:

Contents:

Availability:

Get Data:

Street Level GIS Map of Gojra

Methodology Adopted:

Contents:

Availability:

Get Data:

Street Level GIS Map of Vehari

Methodology Adopted:

Contents:

Availability:

Get Data:

Street Level GIS Map of Burewala

Methodology Adopted:

Contents:

Availability:

Get Data:

Street Level GIS Map of Jhang

Methodology Adopted:

Contents:

Availability:

Get Data:

GIS Jobs in Sakkar

Satellite Image Pakistan Flood 29 August 2010

GIS Digitizers Required

Should be able to perform data management functions in ArcGIS, such as developing layers, managing data attributes, shape files management etc.

Must have experience of cleaning polygonal files, removing sliver polygons and other digitizing errors

Good communication skills, in English

Applications are invited with following details;

List of recent GIS related jobs performed, details of digitizing tasks and availability during next 1 month

Contact Information

GIS Job in Benazir Income Support Program(BISP) 13 May 2011

GIS Jobs in Urban Unit Lahore (2011)

Street Level GIS Map of Sheikhupura

Methodology Adopted:

Contents:

Availability:

Get Data:

Street Level GIS Map of Sahiwal

Methodology Adopted:

Contents: