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1998

Flood hazard zonation of Assam – An atlas by National Remote Sensing Centre

This flood hazard atlas for the State of Assam prepared by the National Remote Sensing Centre (NRSC) is based on an analysis of ten years of multi-temporal satellite datasets acquired during the flood seasons of 1998-2007.

Assam represents a highly flood-prone region characterized by severe hazards of floods. Although occurrence of flood has been an age-old phenomenon in the riverine areas of this region, the extent of damage caused by floods has increased significantly in recent years.

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Flood hazard zonation for Barpeta district of Assam (2011)5.17 MB
Flood hazard zonation for Baska district of Assam (2011)1.8 MB
Flood hazard zonation for Bongaigaon district of Assam (2011)2.29 MB
Flood hazard zonation for Cachar district of Assam (2011)4.47 MB
Flood hazard zonation for Chirang district of Assam (2011)1.32 MB
Flood hazard zonation for Darang district of Assam (2011)3.57 MB
Flood hazard zonation for Dhemaji district of Assam (2011)3.74 MB
Flood hazard zonation for Dhubri district of Assam (2011)4.04 MB
Flood hazard zonation for Dibrugarh district of Assam (2011)6.08 MB
Flood hazard zonation for Goalpara district of Assam (2011)3.58 MB
Flood hazard zonation for Golaghat district of Assam (2011)4.64 MB
Flood hazard zonation for Hailakhand district of Assam (2011)1.98 MB
Flood hazard zonation for Jorhat district of Assam (2011)5.98 MB
Flood hazard zonation for Kamrup Rural district of Assam (2011)2.04 MB
Flood hazard zonation for Kamrup Urban district of Assam (2011)1.43 MB
Flood hazard zonation for Karbi Anglong district of Assam (2011)1.4 MB
Flood hazard zonation for Karimganj district of Assam (2011)2.25 MB
Flood hazard zonation for Kokrajhar district of Assam (2011)2.31 MB
Flood hazard zonation for Lakhimpur district of Assam (2011)6.53 MB
Flood hazard zonation for Marigaon district of Assam (2011)2.03 MB
Flood hazard zonation for Nagaon district of Assam (2011)2.47 MB
Flood hazard zonation for Nalbari district of Assam (2011)3.68 MB
Flood hazard zonation for North Cachar district of Assam (2011)659.6 KB
Flood hazard zonation for Sibsagar district of Assam (2011)5.72 MB
Flood hazard zonation for Sonitpur district of Assam (2011)2.58 MB
Flood hazard zonation for Tinsukia district of Assam (2011)2.12 MB
Flood hazard zonation for Udalgiri district of Assam (2011)1.66 MB

Location

Goalpara, AS, India
Latitude: 26.177349, Longitude: 90.624687

Gujarat’s agricultural growth story: Reality check and important lessons for water management – A paper by Institute for Resource Analysis and Policy

This paper by the Institute for Resource Analysis and Policy attempts a reality check on the ‘miracle growth’ in Gujarat’s agricultural production by looking at the gross value of the outputs from agriculture over a reasonably long period of time. The agricultural ‘growth’ seen in the recent past in Gujarat is nothing but a good recovery from a major dip in production occurred during the drought years of 1999 and 2000, because of four consecutive years of successful monsoon and bulk water transfer through the Sardar Sarovar project. The real ‘miracle growth’ in Gujarat’s agriculture appears to have occurred during the period from 1988 to 1998.

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Gujarat’s agricultural growth story: Reality check and important lessons for water management – A paper by Institute for Resource Analysis and Policy (2010)363.26 KB

India - Water resources management sector review - World Bank (1998)

This background report on Rural Water Supply and Sanitation by the World Bank, as a part of the Water Resources Management sector review, dwells on the policy and constraints of this sector, institutional and financial issues related to sector reform process and advocates an approach/plan to bring about radical reforms in the sector. Read More

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India - Water resources management sector review - Rural water supply and sanitation report - World Bank (1998)12.19 MB

Identification of water quality monitoring sites on Kshipra river – A research report by National Institute of Hydrology

The study deals with identification of water quality monitoring sites on Kshipra river of Ujjain. The location of permanent sampling station is probably the most critical factor in a monitoring network which collects water quality data. If the samples collected are not representative of the water mass, the frequency of samplings as well as the mode of data interpretation and presentation become inconsequential.Read More

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Identification of water quality monitoring sites on Kshipra river by NIH (1997-98)912.92 KB

Location

Ujjain, MP, India
Latitude: 23.177169, Longitude: 75.782888

Applicability of remote sensing techniques to monitor changes in land use and water spread area in Koppal district of Karnataka – A research report by National Institute of Hydrology

The report deals with the applicability of remote sensing techniques to monitor changes in land-use and water spread area for the Yelbarga and Kustagi talukas of Koppal district in Karnataka. Information on the rate and kind of changes in land and water resources is essential for planning, management and regularizing the use of such resources.Read More

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Applicability of remote sensing technique to monitor changes in land use and water spread area in Koppal district of Karnataka by NIH (1999-2000)1.95 MB

Location

Yelbarga, KA, India
Latitude: 15.614960, Longitude: 76.008209

Guidelines for hydrological investigations in a small watershed – A research report by National Institute of Hydrology

The report presents guidelines for hydrological investigations in a small watershed. A watershed is an individual entity, and is a naturally occurring unit of the landscape, which contains a complex array of interlinked and interdependent resources and activities irrespective of political boundaries. In addition, it is logical unit having readily identifiable boundaries and characteristics of water movement, which helps in coordinated planning and management.Read More

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Guidelines for hydrological investigations in a small watershed by NIH (1997-98)1.83 MB

Expert systems for unit hydrograph analysis - A research report by National Institute of Hydrology

The report deals with expert systems for unit hydrograph analysis, an emerging technology, which may in years to come, revolutionize professional activities in the field of surface water analysis and modeling. The literature review on the topic revealed the potential of application of expert system for unit hydrograph analysis. A prototype expert system has been developed for the selection of the most appropriate model for unit hydrograph derivation of a given catchment.Read More

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Expert system for unit hydrograph analysis by NIH (1997-98)1.4 MB

Development of instrument for automation of irrigation scheduling and groundwater recharge monitoring using soil moisture measurement – A research report by National Institute of Hydrology

The report presents development of a sensor system capable of automated measurement of soil-water status, using the four-electrode resistivity (VES) method, in a soil profile. In this method, by changing the separation between two electrodes (metallic rods) placed at the ground surface without digging any holes, the variation in moisture content in the sub-surface soil profile can be monitored.Read More

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Development of instrument for automation of irrigation scheduling and groundwater recharge monitoring using soil moisture measurement by NIH (1997-98)307.48 KB

Development of relationship between glacier melt runoff and meteorological parameters – A research report by National Institute of Hydrology

The study attempts to develop a relationship between glacier melt runoff and meteorological parameters for the Dokriani glacier in Garhwal Himalayas. The discharge auto-correlation, correlation between discharge & temperature and between discharge & rainfall has been computed for each month of the summer season and for the melt season as a whole for different years.Read More

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Development of relationship between glacier melt runoff and meteorological parameters by NIH (1997-98)1.09 MB
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