1 - MoWR - Overview of HP-III Workshop-16th Sep

The document discusses the achievements and objectives of India's Hydrology Project Phases I, II, and III. Phase I (1995-2003) established hydrological monitoring networks across 9 states. Phase II (2006-2014) expanded these networks to 13 states and strengthened data collection, management, and decision support systems. Phase III aims to establish integrated water resources management across all Indian states and UTs. It will upgrade groundwater and meteorological monitoring, develop spatiotemporal data and tools to support planning, and strengthen institutions for capacity building. The workshop discussed opportunities for cross-learning and identifying appropriate technologies.

Andhra pradesh surface water

The World Bank conducted a final supervision and completion mission for the Hydrology Project in Andhra Pradesh from May 7-8, 2014. The project aimed to strengthen surface water data collection networks and build institutional capacity for hydrological data management and use. Key achievements included establishing 25 additional data collection stations, procuring IT equipment, developing a project website, and providing training. Expenditures totaled Rs. 4.13 crore against the revised project cost of Rs. 8.92 crore. Moving forward, the document discusses continuing project activities in Andhra Pradesh and potential areas of focus for a phase III of the Hydrology Project.

Tamil nadu wb review tn_hpii_delhi_may2014

The document summarizes the Tamilnadu Hydrology Project-II. It provides details on achievements of the project including institutional strengthening through equipment procurement and capacity building. It discusses the development of decision support systems in 3 basins, including setting up hydrological models. Challenges faced and plans for utilizing outputs post-project are also outlined. Financial status and plans for utilizing the remaining budget are presented.

Wb hydrology project revised (18 09-2014)

The Hydrology Project established India's Hydrological Information System by developing networks of hydro-meteorological stations, web-based data management systems, and tools for water resources planning and management. It involved 29 agencies across 13 states and 8 central government organizations. Key achievements include establishing surface and groundwater observation networks, databases for water quality and quantity data, decision support systems for integrated planning, and capacity building for water resource professionals. The project helped shift from isolated development to comprehensive basin-scale planning and management of water resources.

23 - NRSC - Remote Satellite Imgae - Hydrology and Water Management-Sep-17

This document discusses the use of satellite remote sensing for hydrology and water management applications. It provides examples of how satellite data can be used to monitor surface water bodies, snow cover, soil moisture, precipitation and other variables. It also describes how satellite data has been used to assess irrigation potential, monitor irrigation tanks and reservoirs, model hydrology and forecast flooding. The satellite data provides valuable information to support water resources management.

Day 3 sudip pradhan, icimod, arrcc-carissa workshop

ICIMOD

The document discusses ICIMOD's Regional Database System (RDS) and how it can serve as the backbone for climate services in the region. RDS acts as a central repository for data like satellite images, hydrological and climate model outputs. It has infrastructure for proper storage, management and sharing of data according to standards. The RDS Portal provides access to public datasets. Climate services can make use of the huge amount of data stored in RDS. ICIMOD has also developed the HKH Climate and Hydrology Access Portal which disseminates climate and water products to communicate future scenarios and enhance understanding of climate impacts in the region.

Geographical information system (gis) for water

eSAT Publishing House

IJRET : International Journal of Research in Engineering and Technology is an international peer reviewed, online journal published by eSAT Publishing House for the enhancement of research in various disciplines of Engineering and Technology. The aim and scope of the journal is to provide an academic medium and an important reference for the advancement and dissemination of research results that support high-level learning, teaching and research in the fields of Engineering and Technology. We bring together Scientists, Academician, Field Engineers, Scholars and Students of related fields of Engineering and Technology

This document discusses the use of geographic information systems (GIS) in water resource management and assessment. It provides examples of GIS applications in watershed management, groundwater assessment, flood management, and water quality studies. It then describes a case study that developed a GIS-based decision support system to assess watershed runoff in the Kk3 Macro Watershed in India. Key steps included delineating sub-watersheds, creating soil and land use maps, determining hydrologic response units, computing runoff, and generating thematic runoff maps. The system allows users to update rainfall data and evaluate variations in spatial runoff distribution over time.

WATER RESOURCES MODELING OF THE GANGES-BRAHMAPUTRA-MEGHNA RIVER BASINS USING ...

Moudud Hasan

Amaljit - Activities NESAC 2014-2015

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A case study on GIS application

Axay Sharma

The document discusses the implementation of a GIS system at the Bangalore Water Supply and Sewerage Board (BWSSB). BWSSB assigned development of a GIS system called BISON to France in 1999. BISON supports BWSSB's operational activities. Genesys International Corporation took over GIS implementation and maintenance in 2003. The GIS contains extensive spatial and non-spatial data on water supply networks, sewer networks, buildings, and other infrastructure. Examples are given of how GIS supports functions like pipeline planning, complaint management, water quality monitoring, and statistical analysis. Recommendations are made to enhance the GIS system.

APPLICATIONS OF RS AND GIS FOR DEVELOPMENT OF SMALL HYDROPOWER PLANTS (SHP)

Abhiram Kanigolla

This document discusses using GIS and remote sensing tools to assess small hydropower potential in a systematic way. It describes how digital elevation models and satellite imagery can be used to map water resources and estimate energy potential from small hydro sites. GIS allows for integration of spatial data layers and rapid evaluation of sites over large areas. Case studies demonstrate how these tools were applied to identify suitable locations for small hydro projects in India and evaluate their technical and economic feasibility in a sustainable manner.

APPLICABILITY OF WEAP AS WATER MANAGEMENT DECISION

Marwan Haddad

This document describes using the Water Evaluation and Planning (WEAP) model as a decision support system (DSS) tool to evaluate water management options for the Tulkarem district in Palestine under different scenarios. Key points: - WEAP was used to model the Tulkarem district water resources system, which includes municipal, agricultural, and other water demands and supplies. - Stakeholder surveys identified the most important water management issues as agricultural management and physical/political water constraints. - The model results can help water managers evaluate options to improve sustainable water resources development and management in the district.

Application of water evaluation and planning (WEAP)

oloofrank

This document discusses using the Water Evaluation and Planning (WEAP) tool to model and analyze a hypothetical water management system. It describes how to create a WEAP model by defining system elements like demand sites, catchments, and reservoirs, and accounting for factors like population growth and climate change through different scenarios. The modeling process in WEAP and how it was applied to analyze unmet demand and groundwater storage under changing conditions is also summarized.

Background Material

The Hydrology Project has been running in India since 1995 and has significantly improved the availability and reliability of hydro-meteorological data in the country. It has established networks for instrumenting, processing, and applying hydrological data across nine states and six central agencies. The project focuses on building blocks like instrumentation, data processing, dissemination and specific applications like river basin planning tools, flood management tools, and studies. While the project has achieved a lot, further development is still needed to ensure sufficient high quality data for optimal water resources management in India according to the National Water Policy.

Mh sw optimisation of g&d stations network of maharashtra

This document discusses optimizing the streamgauge and raingauge network for the Upper Bhima Basin in India. It provides background on hydrological information systems and networks in India. The Hydrology Project aims to improve India's capabilities for collecting and analyzing hydrological data. This study was conducted as part of the Hydrology Project to review and optimize the existing hydrometric network in Maharashtra state, which includes streamgauges and raingauges. The goal is to ensure the network is collecting the necessary data to facilitate optimal water resources use and management in the Upper Bhima Basin.

Weap final

Iqura Malik

The document describes WEAP (Water Evaluation and Planning), a water resources planning model. It provides an overview of WEAP's features and capabilities for integrated water resources management. These include built-in models, a model-building interface, reporting tools, and a GIS-based graphical user interface. The document then presents a case study application of WEAP for the Langat River Basin in Malaysia to investigate water supply and demand trends and assess water availability under future scenarios. The WEAP model developed for the basin was calibrated and validated and able to reasonably simulate streamflows. Modeling results show increasing future water deficits without intervention and the benefits of demand management and reduction of non-revenue water losses.

Assessment of Water Supply–Demand for a Watershed using WEAP Model

dipesh thakur

This document describes using the Water Evaluation and Planning (WEAP) model to assess water supply and demand in the Ur River watershed in Madhya Pradesh, India. Key points: - The WEAP model was customized and calibrated for the Ur River watershed using data on climate, land use, water resources and demand. - Model results show that annual rainfall is expected to vary greatly in coming years, with some years receiving over 1200mm while the driest year may receive less than 400mm. - Agriculture is a major land use but water supply is limited, putting pressure on water resources. More efficient agricultural practices and rainwater harvesting are recommended. - The calibrated WEAP model provides a

Chittappa

bharathi0007

The document summarizes the water balance component of watershed planning studies conducted by Toronto and Region Conservation Authority (TRCA). It describes TRCA's watershed planning process which includes scoping and characterization, analysis and evaluation, and watershed plan development. It outlines TRCA's objectives for characterizing and analyzing surface and groundwater balance, human water use impacts, and stormwater management effectiveness. The document also discusses TRCA's initiative to develop a jurisdiction-wide water balance policy and guideline, including creating an ArcGIS-based water budget model called Arc-WABAS to assess land use impacts and mitigation strategies.

Cwc

The document discusses two phases of the Central Water Commission's Hydrology Project aimed at establishing a functional hydrological information system and improving institutional capacity in several Indian states. It outlines the objectives, activities, and achievements of each phase, including the development of water monitoring and management software, training programs, and infrastructure improvements at the National Water Academy. The post-project plan and lessons learned from the two phases are also summarized.

Karnataka surface water

The document summarizes the financial targets and achievements, contracts, physical progress, and outcomes of the Hydrology Project II in Karnataka, India. It discusses the establishment of real-time data systems, installation of automatic weather and river monitoring stations, development of a decision support system pilot for conjunctive surface and groundwater use, and plans for continuing project activities after completion.

Water resources planning in hp 1 karnataka surface water

Wisconsin Land Information Association

The document summarizes the Hydrology Project - Phase II in Karnataka, India. It established a real-time data acquisition system to monitor rainfall and weather data from 1010 rain gauge stations and 16 automatic weather stations using GSM technology. The data is hosted on public websites and can be viewed by basin, district, and taluk. It also set up a system to measure river water levels and flows at 20 locations using radar, bubbler, and acoustic Doppler sensors. Installation of sensors in 15 additional reservoirs is underway. The project developed a GIS-based web portal to publicly display hydrological information and data.

WDNR Hydrography Geodatabase

The document summarizes updates to the WDNR hydrography database including: 1) Conversion to a geodatabase format with additional features like lake connections and hydrologic junctions. 2) Efforts to integrate the database with other WDNR systems and synchronize it with the Register of Waterbodies. 3) A pilot project to consolidate the WDNR hydro database with the federal NHD database to maintain both state and national attributes.

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Water, Land and Ecosystems (WLE)

1. The document discusses flood prone areas in Maharashtra and losses due to flooding in 2005 and 2006 in Satara, Sangli and Kolhapur districts. 2. It describes the implementation of a Real-Time Data Acquisition System and development of Real-Time Simulation and Forecasting models for reservoir operation in the Krishna and Bhima basins to help with flood management. 3. Validation results are shown comparing simulated and observed discharges and water levels with actual values to demonstrate the models' skill in forecasting reservoir releases and water levels.

2016 GMekong Forum - Session 6 - Intro to SERVIR Mekong and dam inundation pr...

This document summarizes the objectives, partners, and services of the SERVIR Network, which is a regional partnership that uses earth observation data and geospatial technologies to address issues related to food security, water resources, weather and climate, and land use in Southeast Asia. The SERVIR Network aims to build capacity for using geospatial data and tools, improve access to this information, and support decision-making. It develops products and services through stakeholder engagement and open data sharing. A needs assessment identified priorities like land cover mapping, early warning systems, water resources management, and crop forecasting. The document describes datasets and tools developed by SERVIR, including a dam inundation areas dataset and online and desktop tools for modeling reservoir areas

Conjunuse

NH Rao

The document discusses developing a GIS-based decision support system to help with conjunctive water use in irrigation projects, which involves integrating the management of surface water and groundwater resources to meet objectives like augmenting canal supplies and controlling water tables; conjunctive use requires tools that can identify spatially homogenous units, assess recharge and pumping impacts on water tables using models, and identify suitable conjunctive use strategies through simulation and optimization; the proposed system would use GIS, models, and an expert system interface to help users make decisions about conjunctive water use problems.

Haii 2017

Veerachai Tanpipat

This document summarizes the work of the Hydro and Agro Informatics Institute (HAII) in Thailand. It discusses HAII's vision of developing science and technology for agricultural and water resource management to cope with climate change. It describes HAII's research focuses on real-time monitoring, forecasting, modeling, and decision support systems. It provides examples of HAII's integrated modeling structures, telemetering systems, and use of high performance computing. Finally, it discusses how HAII aims to strengthen community water resource management and local economies through the application of science and technology following Thailand's King's sufficiency economy concept.

United States Geological Survey, Dr. William Guertal

TWCA

This document provides an overview of the U.S. Geological Survey's Water Mission Area. It discusses the water science strategy's five goals and how they guide the mission area's work. It also outlines the mission area's priorities, which include integrating water science, advancing understanding of water availability and use, and delivering timely water data and tools to support decisions. The water budget structure is reorganized to better align programs with the strategy. Partnerships are emphasized to accomplish cooperative monitoring networks and research.

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Modern tools and techniques can help address challenges in water data management. Water data management platforms use data sharing platforms to integrate data from multiple agencies in a standardized format. These platforms incorporate a hydrological geofabric to establish a single point of truth for water mapping, and use cloud computing to provide scalable access and analysis of large water datasets. For example, a demonstration showed how sensor data, water storage data, and river flow models could be integrated in a sensor cloud to help manage water sharing in a catchment.

Groundwater management strategy by Dr S K Jain, CGWB

India Water Portal

The document discusses groundwater usage and management in India. It notes that groundwater provides 61% of irrigation needs, 85% of rural drinking water, and 45% of urban water supply. However, 803 of 5845 assessment units in India are overexploited, and levels are declining in many areas. The Central Ground Water Board's objectives include comprehensive aquifer mapping, management plans, capacity building, and regulation to shift from "groundwater development" to "groundwater management" in a sustainable way through community participation. The goals are to improve data accuracy, manage aquifers locally, ensure drinking water security, and sustainably develop groundwater resources.

Vision for surface water management

This document summarizes India's water resources challenges and the role of a Hydrological Information System (HIS) in addressing them. It notes that water availability is decreasing due to increasing demands from agriculture, urbanization, and other sectors. Flooding, water quality deterioration, and other issues are also challenges. A robust HIS can help manage this limited resource through standardized data collection, processing, and dissemination across agencies. The eventual goal is an integrated India Water Resources Information System (India-WRIS) to provide comprehensive water data and tools to support management and planning.

DSD-INT 2015 - EO-related projects at deltares - Jaap Kwadijk

Deltares is interested in Earth observation to support water management through big data analysis. Some key datasets mentioned include SRTM elevation data, soil data from ISRIC, and the Global Width Database for rivers. Challenges include bringing large amounts of data to models and translating data into useful information. Deltares research focuses on flood risk, water resources, drought early warning, coastal subsidence monitoring, and water quality/ecosystem monitoring using Earth observation data. The presentation argues that Earth observation services should focus on supporting long-term water planning and short-term forecasting/warning needs of water managers.

Upgrading a conventional his an indian example

The document summarizes efforts to upgrade India's hydrological information system through the Hydrology Project. Key aspects of the upgrade include standardizing data collection procedures, developing infrastructure like new observation stations, and establishing a comprehensive computerized database. Over 1,700 existing rainfall stations were reactivated or upgraded, 650 new river gauging stations were established, and 7,900 new groundwater observation wells were added. The upgraded system aims to provide reliable, accessible hydrological data to support improved water management across nine states in India covering 1.7 million square kilometers.

SWaRMA_IRBM_Module2_#2, Information management in IRBM , Sudip pradhan et al

ICIMOD

This presentation is the part of 12-day (28 January–8 February 2019) training workshop on “Multi-scale Integrated River Basin Management (IRBM) from the Hindu Kush Himalayan Perspective” organized by the Strengthening Water Resources Management in Afghanistan (SWaRMA) Initiative of the International Centre for Integrated Mountain Development (ICIMOD), and targeted at participants from Afghanistan.

Geospatial data & Web Portals for IWRM:-NRSC Perspective By Dr. J.R. Sharma

This document discusses geospatial data and web portals for integrated water resource management. It introduces Bhuvan, a web portal developed by ISRO to provide Indian earth observation data and services. Bhuvan allows users to explore virtual 2D and 3D models of Earth with value-added capabilities. It has high resolution multi-sensor data, thematic information, weather data, ocean services, and tools for visualization, data download, and crowdsourcing. The document also discusses the India-WRIS portal, which provides a single-window solution for water resource data and information in India to support integrated water resource management. It describes the extensive hydrological and other datasets incorporated in a standardized GIS framework, as well as the

7 neno kukuric- igrac - assessment and ims-sdc

groundwatercop

This document outlines the methodology for assessing and managing information about the Pretashkent Transboundary Aquifer. It discusses collecting existing data at the regional level to conduct a detailed assessment, and aggregating data at the global level using indicators to enable comparison between transboundary aquifers. It also describes the development of a groundwater information management system to facilitate ongoing assessment, monitoring, and sustainable management of the aquifer shared between countries.

Final sw handbook 180514

Texas Natural Resources Information System

This document provides an overview of guidance materials for the management of surface water data within India's Hydrological Information System (HIS). It describes the lifecycle of hydrometric data from collection through analysis and publication. Key documents that provide procedures for surface water data management are the HIS Manual Surface Water and various training modules developed under the Hydrology Project. The manual and modules cover topics like network design, data collection, entry, validation, processing, analysis, and dissemination of water level, stage-discharge, and flow data. The goal is to standardize surface water data management practices across states and agencies to improve data quality and usability.

Nws floodplain inundation project

The document summarizes a presentation given at the 2011 Fall Conference of the Texas Floodplain Management Association. The presentation was given by David R. Maltby II from the USGS Texas Water Science Center and Gregory P. Shelton from the National Weather Service West Gulf River Forecast Center on collaborations to develop and deploy flood inundation maps. It provides an overview of the National Weather Service's Flood Inundation Mapping Program and the USGS Flood Inundation Mapping Initiative. It also reviews collaborative projects between the NWS and USGS to incorporate flood inundation maps into HAZUS, FEMA's flood loss estimation model.

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Download-manuals-surface water-manual-sw-volume1designmanualhis

hydrologyproject001

This document provides an overview of a Hydrological Information System (HIS) being developed for 9 states in India. It discusses the key components and activities of the HIS, which include: assessing user needs, establishing observation networks, managing historical data, collecting field data, processing and analyzing data, exchanging and reporting data, storing and disseminating data, and developing institutional and human resources. The overall goal of the HIS is to provide reliable hydrological data and information to support long-term water resources planning and management decisions in India.

Real-time Geographic Information System (GIS) for.pptx

ssuser32a23a1

This document proposes a real-time geographic information system (GIS) using a rule-based system to monitor water levels in an area. It discusses how GIS and web-based GIS works, including the client-server architecture. A rule-based system is proposed to process water level data from sensors using if-then rules. The system was implemented using PHP and MySQL to display water level monitoring information and maps to users. Testing showed the system accurately monitored potential water levels and displayed appropriate outputs and maps. The system allows local governments and the public to view real-time water level data and maps to help with water resource management.

Article fishing zones

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The document summarizes the Ocean Data and Information System (ODIS) developed by the Indian National Centre for Ocean Information Services. ODIS integrates heterogeneous ocean data from various observing systems into a centralized database to provide web-based data and information services. It receives over 5 terabytes of real-time data annually from in situ platforms like Argo floats and remote sensing satellites. The data goes through quality control before being loaded into the database. ODIS then makes this quality controlled data available through various web-based services like potential fishing zone advisories and ocean state forecasts using interactive maps and other visualization tools. These services provide ocean data, forecasts and advisories to users in multiple languages.

Download-manuals-ground water-manual-standardsforg-wmonitoring

hydrologyproject001

The document provides information about a workshop on standards for groundwater monitoring, processing, and data dissemination. It includes the following key points: 1. The workshop aims to review current practices and adopt standard formats, techniques, and procedures for computerized groundwater data acquisition, processing, validation, retrieval and dissemination. 2. Topics to be addressed include computerized techniques, data standards, quality monitoring objectives and procedures, dedicated software demonstrations, and requirements for software. 3. The 3-day workshop program includes sessions on data standards, software discussions, and a visit to an operational digital monitoring network site. Standardizing procedures and using computerization can help establish a reliable hydrological information system.

Modernization.pptx

UpmaSharma22

This document discusses the modernization and advancement of watershed planning and management techniques in India. It provides a history of watershed development programs in India since the 1970s. It then discusses some of the major problems with previous watershed development programs, including inequitable distribution of resources. The document advocates for the use of advanced techniques like geographic information systems, remote sensing, hydrological modeling, and other decision support tools to help optimize land and water resource allocation and management. It provides examples of how simulation models, optimization models, multi-objective decision making models, and conflict resolution models can help address different watershed planning challenges. Overall, the document argues integrated watershed modeling approaches can help improve sustainability and natural resource management.

Contributing to indicator-based management of transboundary aquatic systems

Iwl Pcu

This document provides an overview of the GEF Transboundary Waters Assessment Programme (TWAP) and its assessment of transboundary aquifers. Key points include: 1. TWAP conducted assessments of five types of transboundary water systems, including aquifers. The aquifers assessment was led by UNESCO-IHP and focused on delineating and describing aquifers, as well as indicators related to their environmental, socioeconomic, and governance aspects. 2. The assessment involved collecting data through questionnaires, developing a georeferenced database and information management system, and producing information briefs on major transboundary aquifers. 3. Key partners included a core group, regional coordinators

Vision for ground water management

hydrologyproject2

This document discusses groundwater usage and management in India. It notes that groundwater provides 38% of India's total usable water resources and is critical for irrigation, rural drinking water, and urban water supply. However, over 60% of assessment units have been designated as overexploited, and groundwater levels are declining in many areas. The Central Ground Water Board's new scheme aims to shift from groundwater development to management through comprehensive aquifer mapping, formulation of aquifer management plans, capacity building, and regulation. Key goals are improving data accuracy, managing aquifers at the local level through participation, and achieving water security and sustainability. Major initiatives include the National Aquifer Mapping project and participatory groundwater management programs.

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