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Search Results for Spatial Data (158 records)

1.MODIS-500m-7band-Reflectance-3tile-Mosaic-Single-Dates- Indo Ganges basin, India and Pakistan

This dataset represents single date Modis /Terra, Surface reflectance, 8 day composite, Level 3, Level-1B land bands, Version 4, 500m resolution mosaic file of Indus-Ganges Basin for the year 2001-2002 in IMG (ERDAS) format. The tiles covering the basin are h26v04, h26v05 and h26v06. The individual date (Julian) tiles were downloaded from USGS EOS Gateway. The downloaded tiles were batch imported

This dataset represents single date Modis /Terra, Surface reflectance, 8 day composite, Level 3, Level-1B land bands, Version 4, 500m resolution mosaic file of Indus-Ganges Basin for the year 2001-2002 in IMG (ERDAS) format. The tiles covering the basin are h26v04, h26v05 and h26v06. The individual date (Julian) tiles were downloaded from USGS EOS Gateway. The downloaded tiles were batch imported (ERDAS), subsetted (from 13 to 7 bands), and mosaicked. The projection is Integerized Sinusoidal and datum WGS84.

Modis ,Modis500m ,Reflectance , Surface reflectance ,Megafile , 8 day composite ,7bands ,Indus ,Gang

2.MODIS-500m-NDVI-Single-Tiles-Single-Dates- Indo Ganges basin, India and Pakistan

Represents Single tile Global Moderate-Resolution Imaging Spectroradiometer (MODIS) 16 day composite, Level 3, Version 4, 500m resolution normalized difference vegetation and enhanced vegetation indices (MOD13A1) for Indus-Ganges basin for the year 2001-2002. The tiles covering the basin are h26v04, h26v05 and h26v06. These MOD13A1 data are designed to provide consistent spatial and temporal compa

Represents Single tile Global Moderate-Resolution Imaging Spectroradiometer (MODIS) 16 day composite, Level 3, Version 4, 500m resolution normalized difference vegetation and enhanced vegetation indices (MOD13A1) for Indus-Ganges basin for the year 2001-2002. The tiles covering the basin are h26v04, h26v05 and h26v06. These MOD13A1 data are designed to provide consistent spatial and temporal comparisons of vegetation conditions. The individual date (every 16days) tiles were downloaded from USGS EOS Gateway, and were provided with Sinusoidal projection and datum WGS84.

Modis ,Modis500m ,NDVI ,EVI ,Normalized difference vegetation index ,Enhancedv egetation index ,16 d

3.Vector-Basin-Boundary- Indo Ganges basin boundary, India and Pakistan

It is a Vector file in ESRI-Shape format for Indo-Gangetic river basin representing the Basin Boundary, generated from the GTOPO30 DEM at 1 km. resolution. The projection is Geographic Lat/Long and Datum WGS84.

It is a Vector file in ESRI-Shape format for Indo-Gangetic river basin representing the Basin Boundary, generated from the GTOPO30 DEM at 1 km. resolution. The projection is Geographic Lat/Long and Datum WGS84.

Basin Boundary ,Watershed ,Drainage ,Basin ,Watershed Boundary ,Sub Watershed ,Boundary ,Gangesbasi

4.Modis-500m-7band-Reflectance-Basin-Megafile- Indo Ganges basin, India and Pakistan

This dataset represents Modis /Terra, Surface reflectance, 8 day composite, Level 3, Level-1B land bands, Version 4, 500m resolution mega file of Indus-Ganges Basin for the year 2001-2002. The tiles covering the basin are h26v04, h26v05 and h26v06. The individual date (Julian) tiles were downloaded from USGS EOS Gateway. The downloaded tiles were batch imported (ERDAS), subsetted (from 13 to 7 ban

This dataset represents Modis /Terra, Surface reflectance, 8 day composite, Level 3, Level-1B land bands, Version 4, 500m resolution mega file of Indus-Ganges Basin for the year 2001-2002. The tiles covering the basin are h26v04, h26v05 and h26v06. The individual date (Julian) tiles were downloaded from USGS EOS Gateway. The downloaded tiles were batch imported (ERDAS), subsetted (from 13 to 7 bands), mosaicked and subsetted to Indo ganges basin boundary. The projection is Geographic Lat/Long and datum WGS84.

Modis ,Modis500m ,Reflectance , Surface reflectance ,Megafile , 8 day composite ,7bands ,Indus ,Gang

5.LULC-Modis-500m-30-Classes - Indo Ganges basin, India and Pakistan

Represents Indus-Ganges River Basin Land Use/ Land Cover (LULC) map for the year 2001-2002 using continuous streams of MODIS Data. This map was developed using Modis /Terra, Surface reflectance, 8 day composite, Level 3, Level-1B land bands, Version 4, 500m spatial resolution. The map contains 30 classes ranging from Lakes and rivers and Snow to Irrigated classes and Forest classes with emphasis g

Represents Indus-Ganges River Basin Land Use/ Land Cover (LULC) map for the year 2001-2002 using continuous streams of MODIS Data. This map was developed using Modis /Terra, Surface reflectance, 8 day composite, Level 3, Level-1B land bands, Version 4, 500m spatial resolution. The map contains 30 classes ranging from Lakes and rivers and Snow to Irrigated classes and Forest classes with emphasis given to Irrigated areas. The map is projected in Geographic Lat/Long and Datum WGS84.

Modis ,Modis500m ,Landuse ,Landcover ,Landuse/Landcover , 8 day composite ,17classes ,LULC ,Indus ,G

6.Vector-Soil-FAO-1995- Indo Ganges basin boundary, India and Pakistan

This is a vector file in ESRI-Shape format for Indo Ganges river basin representing the Soil data. The original data is obtained from Food and Agricultural Organization (FAO) of the United Nations, Rome, Italy. The original data has been converted from text format to spread sheet (DBASE) format and later joined with Spatial Vector data.

This is a vector file in ESRI-Shape format for Indo Ganges river basin representing the Soil data. The original data is obtained from Food and Agricultural Organization (FAO) of the United Nations, Rome, Italy. The original data has been converted from text format to spread sheet (DBASE) format and later joined with Spatial Vector data.

Soils ,Texture ,SoilSurvey ,Soil Map ,Soil Classification ,Slope

7.MODIS-500m-NDVI-Basin-Megafile- Indo Ganges basin, India and Pakistan

Represents Mosaic of Global Moderate-Resolution Imaging Spectroradiometer (MODIS) 16 day composite, Level 3, Version 4, 500m resolution normalized difference vegetation and enhanced vegetation indices (MOD13A1) for Indus-Ganges basin for the year 2001-2002. The tiles covering the basin are h26v04, h26v05 and h26v06. These MOD13A1 data are designed to provide consistent spatial and temporal compari

Represents Mosaic of Global Moderate-Resolution Imaging Spectroradiometer (MODIS) 16 day composite, Level 3, Version 4, 500m resolution normalized difference vegetation and enhanced vegetation indices (MOD13A1) for Indus-Ganges basin for the year 2001-2002. The tiles covering the basin are h26v04, h26v05 and h26v06. These MOD13A1 data are designed to provide consistent spatial and temporal comparisons of vegetation conditions. The individual date (every 16days) tiles were downloaded from USGS EOS Gateway, and were provided with Sinusoidal projection and datum WGS84.

Modis ,Modis500m ,NDVI ,EVI ,Megafile ,Normalized difference vegetation index ,Enhancedvegetationind

8.Modis-500m-7band-Reflectance-Basin-Singlefiles- Indo Ganges basin, India and Pakistan

This dataset represents single date Modis /Terra, Surface reflectance, 8 day composite, Level 3, Level-1B land bands, Version 4, 500m resolution mosaic file of Indus-Ganges Basin for the year 2001-2002 in ERS (ERMapper) format. The tiles covering the basin are h26v04, h26v05 and h26v06. The individual date (Julian) tiles were downloaded from USGS EOS Gateway. The downloaded tiles were batch import

This dataset represents single date Modis /Terra, Surface reflectance, 8 day composite, Level 3, Level-1B land bands, Version 4, 500m resolution mosaic file of Indus-Ganges Basin for the year 2001-2002 in ERS (ERMapper) format. The tiles covering the basin are h26v04, h26v05 and h26v06. The individual date (Julian) tiles were downloaded from USGS EOS Gateway. The downloaded tiles were batch imported (ERDAS), subsetted (from 13 to 7 bands), mosaicked, subsetted to Indo Ganges boundary. The projection is Geographic Lat/Long and datum WGS84.

Modis ,Modis500m ,Reflectance , Surface reflectance ,Megafile , 8 day composite ,7bands ,Indus ,Gang

9.MODIS-250m-7band-Reflectance-Single-tiles-Single-dates- Indo Ganges basin, India and Pakistan

Represents Individual date of Moderate-Resolution Imaging Spectroradiometer (MODIS) surface reflectance, level-2G provided at 250-meter resolution every 8 days (Julian date) as a gridded level-3 product in the Integerized Sinusoidal and datum WGS84 for the year 2002. These are temporally composited from MODIS level-2G products to provide an estimate of the surface spectral reflectance for each of

Represents Individual date of Moderate-Resolution Imaging Spectroradiometer (MODIS) surface reflectance, level-2G provided at 250-meter resolution every 8 days (Julian date) as a gridded level-3 product in the Integerized Sinusoidal and datum WGS84 for the year 2002. These are temporally composited from MODIS level-2G products to provide an estimate of the surface spectral reflectance for each of seven land bands as it would be measured at ground level in the absence of atmospheric scattering or absorption. These tiles were downloaded from USGS EOS Gateway.

Modis ,Reflectance , Surface reflectance ,250m ,Single dates ,Indus ,Ganges ,Indogangetic ,Indusba

10.Landsat-Geocover-30m-3-band-DNs-single-tiles,India

Represents Landsat Geocover single tiles for india. It consists of 3 bands ( Band 7, band 4 and band 2) at 28.5m resolution. Geocover data is Landsat data which has been orthorectified /and processed to a higher quality standard. This data is orthorectified or, in otherwords, corrected for terrain displacement and errors in image geometry. Acquisition dates are circa 1970-80, 1990 and 2000 utilizi

Represents Landsat Geocover single tiles for india. It consists of 3 bands ( Band 7, band 4 and band 2) at 28.5m resolution. Geocover data is Landsat data which has been orthorectified /and processed to a higher quality standard. This data is orthorectified or, in otherwords, corrected for terrain displacement and errors in image geometry. Acquisition dates are circa 1970-80, 1990 and 2000 utilizing, respectively, the Landsat MSS, TM and ETM+ sensors. The projection is UTM43 and datum WGS84. This metadata is for the tile having mosaic ID P42r25(N-42-25_loc_sid). There are similar other datasets and their mosaic ID numbers are (1) P42r25(N-42-25_loc_sid)(2) p43r05(N-43-05_loc_sid) (3) p43r05(N-43-05_loc_sid) (4) p43r15(N-43-15_loc_sid)(5) p43r20(N-43-20_loc_sid) (6) p43r25(N-43-25_loc_sid) (7) p43r30(N-43-30_loc_sid)(8) p44r10(N-44-10_loc_sid)(9) p44r15(N-44-15_loc_sid) (10) p44r20(N-44-20_loc_sid) (11) p44r25(N-44-25_loc_sid)(12) p44r30(N-44-30_loc_sid)(13) p45r20(N-45-20_loc_sid) (14) p46r20(N-46-20_loc_sid) (15) p46r25(N-46-25_loc_sid)(15)

Geocover ,Landsat MSS ,Landsat TM ,Landsat ETM+ ,3band ,Landsat ,Landsat Geocover

11.Landsat-Geocover-30m-3-band-DNs-single-tiles,Pakistan

Represents Landsat Geocover single tiles for Pakistan. It consists of 3 bands ( Band 7, band 4 and band 2) at 28.5m resolution. Geocover data is Landsat data which has been orthorectified /and processed to a higher quality standard. This data is orthorectified or, in otherwords, corrected for terrain displacement and errors in image geometry. Acquisition dates are circa 1970-80, 1990 and 2000 util

Represents Landsat Geocover single tiles for Pakistan. It consists of 3 bands ( Band 7, band 4 and band 2) at 28.5m resolution. Geocover data is Landsat data which has been orthorectified /and processed to a higher quality standard. This data is orthorectified or, in otherwords, corrected for terrain displacement and errors in image geometry. Acquisition dates are circa 1970-80, 1990 and 2000 utilizing, respectively, the Landsat MSS, TM and ETM+ sensors. The projection is UTM43 and datum WGS84. This metadata is for the tile having mosaic ID P43r30(N-43-30). There are similar other datasets and their mosaic ID numbers are (1) p42r20(N-42-20_loc_sid) (2) p42r25(N-42-25_loc_sid) (3) p42r30(N-42-30_loc_sid).

Geocover ,Landsat MSS ,Landsat TM ,Landsat ETM+ ,8band ,Landsat ,Landsat Geocover

12.Spot5-10m-Single-Dates-Multispectral-post-tsumani, India

This dataset archive contains SPOT Satellite imageries of Tsunami effected areas for India. The tragedy of Tsunami brought coordinated and concerted effort of numerous satellite sensor data providers, from around the World, under one umbrella in making data available and accessible for free for the Tsunami related work. The data was made available on a near-real time basis for the entire Tsunami a

This dataset archive contains SPOT Satellite imageries of Tsunami effected areas for India. The tragedy of Tsunami brought coordinated and concerted effort of numerous satellite sensor data providers, from around the World, under one umbrella in making data available and accessible for free for the Tsunami related work. The data was made available on a near-real time basis for the entire Tsunami affected area. This in itself brought great challenge of organizing and disseminating the well catalogued data that is made easily accessible to Global Community.

Spot, Single tile, MS, Tsunami

13.Orbimage-1m-panchromatic-Single-Dates-post-tsumani, India

This dataset archive contains Orbimage Satellite imageries of Tsunami effected areas for India. The tragedy of Tsunami brought coordinated and concerted effort of numerous satellite sensor data providers, from around the World, under one umbrella in making data available and accessible for free for the Tsunami related work. The data was made available on a near-real time basis for the entire Tsuna

This dataset archive contains Orbimage Satellite imageries of Tsunami effected areas for India. The tragedy of Tsunami brought coordinated and concerted effort of numerous satellite sensor data providers, from around the World, under one umbrella in making data available and accessible for free for the Tsunami related work. The data was made available on a near-real time basis for the entire Tsunami affected area. This in itself brought great challenge of organizing and disseminating the well catalogued data that is made easily accessible to Global Community

Orbimae, Panchromatic, Single Dates, Tsunami

14.Vector-drainage-network, Indo-Gangetic

The vector coverage of the Indu Gangatic River basin Drainage Network is a derived product of GTOPO 30 Global Digital Elevation Model (DEM).

The vector coverage of the Indu Gangatic River basin Drainage Network is a derived product of GTOPO 30 Global Digital Elevation Model (DEM).

Drainage, DEM, GTOPO30

15.vector-ds-boundary-sub-area-bahwanga

It is a Vector file in ESRI-Shape format for PakistanThe source of this data is unknown.The projection is Geographic Lat/long.The present data set includes the vector (poly) coverage of ds-boundary-sub-area-bahwanga of Pakistan.

It is a Vector file in ESRI-Shape format for PakistanThe source of this data is unknown.The projection is Geographic Lat/long.The present data set includes the vector (poly) coverage of ds-boundary-sub-area-bahwanga of Pakistan.

ds ,boundary ,sub ,area ,bahwanga

16.vector-inter-boundary-map,India

It is a Vector file in ESRI-Shape format for Intenational boundary of IndiaThe source of this data is unknown.The projection is Geographic Lat/long.

It is a Vector file in ESRI-Shape format for Intenational boundary of IndiaThe source of this data is unknown.The projection is Geographic Lat/long.

International ,National ,Boundary ,Vector

17.Landsat-ETM-30m-7band-DN-single-tile-single-dates, Indo-Gangetic

The present Dataset provides single date imagery the Landsat ETM+ sensor that covers the Dehradun Region which is in the northern part of the Indus basin. The Dataset provides image data of eight spectral bands (B1, B2, B3, B4, B5, B6, B7, B8,) in separate files and in a composite Dataset of eight bands.

The present Dataset provides single date imagery the Landsat ETM+ sensor that covers the Dehradun Region which is in the northern part of the Indus basin. The Dataset provides image data of eight spectral bands (B1, B2, B3, B4, B5, B6, B7, B8,) in separate files and in a composite Dataset of eight bands.

Landsat, ETM, Single Tile, Single dates

18.Landsat-TM-30m-Multispectral-Single-Dates-post-tsunami, India

Landsat Satellite imageries of Tsunami effected areas for India. The tragedy of Tsunami brought coordinated and concerted effort of numerous satellite sensor data providers, from around the World, under one umbrella in making data available and accessible for free for the Tsunami related work. The data was made available on a near-real time basis for the entire Tsunami affected area. This in itsel

Landsat Satellite imageries of Tsunami effected areas for India. The tragedy of Tsunami brought coordinated and concerted effort of numerous satellite sensor data providers, from around the World, under one umbrella in making data available and accessible for free for the Tsunami related work. The data was made available on a near-real time basis for the entire Tsunami affected area. This in itself brought great challenge of organizing and disseminating the well catalogued data that is made easily accessible to Global Community

Landsat, TM, MS Single Dates, Tsunami

19.ASTER-15to60m-Single-Files,India

The Advanced Spaceborne Thermal Emission and Reflection Radiometer (ASTER) is an advanced multispectral imager that was launched on board NASAs Terra spacecraft in December, 1999. ASTER covers a wide spectral region with 14 bands from the visible to the thermal infrared with high spatial, spectral and radiometric resolution. An additional backward-looking near-infrared band provides stereo coverag

The Advanced Spaceborne Thermal Emission and Reflection Radiometer (ASTER) is an advanced multispectral imager that was launched on board NASAs Terra spacecraft in December, 1999. ASTER covers a wide spectral region with 14 bands from the visible to the thermal infrared with high spatial, spectral and radiometric resolution. An additional backward-looking near-infrared band provides stereo coverage. The spatial resolution varies with wavelength: 15 m in the visible and near-infrared (VNIR), 30 m in the short wave infrared (SWIR), and 90 m in the thermal infrared (TIR). Each ASTER scene covers an area of 60 x 60 k.The downloaded tiles are in HDF format.

ASTER-15to60m ,Aster , Digital Elevation Model ,DEM ,EOS ,60m ,Elevation ,15m ,Aster

20.LULC-Modis-500m-17-Classes - Indo Ganges basin, India and Pakistan

Represents Indus-Ganges River Basin Land Use/ Land Cover (LULC) map for the year 2001-2002 using continuous streams of MODIS Data. This map was developed using Modis /Terra, Surface reflectance, 8 day composite, Level 3, Level-1B land bands, Version 4, 500m spatial resolution. The map contains 17 classes ranging from Lakes and rivers and Snow to Irrigated classes and Forest classes with emphasis g

Represents Indus-Ganges River Basin Land Use/ Land Cover (LULC) map for the year 2001-2002 using continuous streams of MODIS Data. This map was developed using Modis /Terra, Surface reflectance, 8 day composite, Level 3, Level-1B land bands, Version 4, 500m spatial resolution. The map contains 17 classes ranging from Lakes and rivers and Snow to Irrigated classes and Forest classes with emphasis given to Irrigated areas. The map is projected in Geographic Lat/Long and Datum WGS84.

Modis ,Modis500m ,Landuse ,Landcover ,Landuse/Landcover , 8 day composite ,17Classes ,LULC ,Indus ,G