Data:NRLP India: Difference between revisions
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{{Data description | {{Data description | ||
|One-line data description=Proposed canals and dams data for the Indian River inter link project | |One-line data description=Proposed canals and dams data for the Indian River inter link project | ||
|Extended data description=The Indian | |Extended data description=The Indian National River Linking Project, or NRLP, proposes a major redistribution of water resources over the Indian subcontinent. A large engineering effort is proposed to redistribute monsoonal water from the Himalayas and foothills, store water in reservoirs, and route it via canals ("links") to the drier regions of Southern India. A total of 29 links and 43 dams and barrages are proposed as part of the project. | ||
The plan would provide water resources for agriculture, drinking water and industrial use to a growing population in central and southern India, whereas it may improve flood control in the northern and mountainous areas. The project would result in a major reorganization of watersheds, with possible impacts on ecosystems and the environment. There would | The plan would provide water resources for agriculture, drinking water and industrial use to a growing population in central and southern India, whereas it may improve flood control in the northern and mountainous areas. The project would also result in a major reorganization of watersheds, with possible impacts on ecosystems and the environment. There would be impacts on transboundary rivers. | ||
Here provided are the | Here provided are two databases: (1) the dams database, with locations, operating specifications, sources, and notes on population expected to be displaced; and (2) the canals database, with locations, operating specifications, and further notes. The databases are available as shapefiles for GIS visualization - click a feature to see its database information. A "rivers" shapefile is also available for help in generating visualizations. Note that the rivers are not currently labeled in the shapefile. Raw txt/csv format is also available for the canals and dams databases. An annotated reference list is included to give specifics on the sources from which each number was obtained and/or calculated. | ||
The databases are constructed from hundreds of government reports, geo-referenced maps, planning and design documents and Open Street Map data. For full methodology and calculations regarding displaced populations, see the accompanying manuscript: Higgins et al., 2017. For the graph database tool used to calculate basin connectivity changes and water discharge changes for given river mouths, see the github page: https://github.com/sahiggin/NRLP . | |||
|Upload image dataset=NRLP.png | |Upload image dataset=NRLP.png | ||
|Caption dataset image=Map of proposed dam in the Indian River Inter-Link Project | |Caption dataset image=Map of proposed dam in the Indian River Inter-Link Project | ||
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{{Data format | {{Data format | ||
|Data type= | |Data type= | ||
|Data origin= | |Data origin=Researched | ||
|Data format=Shapefile, CSV | |Data format=Shapefile, CSV | ||
|Other data format= | |Other data format= | ||
|Data resolution=n/a | |Data resolution=n/a | ||
|Data projection=October 2016 | |Data projection=October 2016 |
Revision as of 14:53, 26 October 2016
NRLP India dataset information page
Short Description
Map of proposed dam in the Indian River Inter-Link Project |
Statement: Proposed canals and dams data for the Indian River inter link project
Abstract: The Indian National River Linking Project, or NRLP, proposes a major redistribution of water resources over the Indian subcontinent. A large engineering effort is proposed to redistribute monsoonal water from the Himalayas and foothills, store water in reservoirs, and route it via canals ("links") to the drier regions of Southern India. A total of 29 links and 43 dams and barrages are proposed as part of the project. The plan would provide water resources for agriculture, drinking water and industrial use to a growing population in central and southern India, whereas it may improve flood control in the northern and mountainous areas. The project would also result in a major reorganization of watersheds, with possible impacts on ecosystems and the environment. There would be impacts on transboundary rivers.
Here provided are two databases: (1) the dams database, with locations, operating specifications, sources, and notes on population expected to be displaced; and (2) the canals database, with locations, operating specifications, and further notes. The databases are available as shapefiles for GIS visualization - click a feature to see its database information. A "rivers" shapefile is also available for help in generating visualizations. Note that the rivers are not currently labeled in the shapefile. Raw txt/csv format is also available for the canals and dams databases. An annotated reference list is included to give specifics on the sources from which each number was obtained and/or calculated.
The databases are constructed from hundreds of government reports, geo-referenced maps, planning and design documents and Open Street Map data. For full methodology and calculations regarding displaced populations, see the accompanying manuscript: Higgins et al., 2017. For the graph database tool used to calculate basin connectivity changes and water discharge changes for given river mouths, see the github page: https://github.com/sahiggin/NRLP .
Data format
Data type: | |
Data origin: | Researched"Researched" is not in the list (Measured, Modeled) of allowed values for the "Data origin" property. |
Data format: | Shapefile, CSV |
Other format: | |
Data resolution: | n/a |
Datum: | October 2016 |
Data Coverage
Spatial data coverage: India, Nepal, China, Bangladesh
Temporal data coverage: Time snap shot
Time period covered: this is a design scheme, future
Availability
Download data: http://csdms.colorado.edu/pub/data/NRLP/NRLP.zip
Data source: http://csdms.colorado.edu/pub/data/NRLP/NRLP.zip
References
- India plans the grandest of canal networks
Pallava Bagla1 Science 11 Jul 2014: Vol. 345, Issue 6193, pp. 128 DOI: 10.1126/science.345.6193.128