WRIS-Tools I) Surface Water Audit II) PMP Atlas III) Online Web Editor IV) Artificial Recharge Structure Data Entry V) Geo Viewer VI) District at A Glance Utilities I) WRIS Wiki II) Meta Data III) Data Availability IV) Data / Report Download WRIS-Tools I) Surface Water Audit II) PMP Atlas III) Online Web Editor IV) Artificial Recharge Structure Data Entry V) Geo Viewer VI) District at A Glance Utilities I) WRIS Wiki II) Meta Data III) Data Availability IV) Data / Report Download

1. Data Entry i. Overview of Data Entry module ii. How to select station, parameter, type and Category. iii. How to enter manually data iv. Save manually entered records 2. Data Validation i. Overview of Data Validation module ii. How to select station, parameter, and date range for a data set. iii. Validation steps 3. Data View i. Overview of Data View ii. How to search stations and visualize stations in list and tree view iii. How to get the parameter availability of a selected station iv. How to view time series data of a date range v. How to view chart of a parameter of a station vi. How to get Data availability of stations or agencies. 1. Data Entry i. Overview of Data Entry module ii. How to select station, parameter, type and Category. iii. How to enter manually data iv. Save manually entered records 2. Data Validation i. Overview of Data Validation module ii. How to select station, parameter, and date range for a data set. iii. Validation steps 3. Data View i. Overview of Data View ii. How to search stations and visualize stations in list and tree view iii. How to get the parameter availability of a selected station iv. How to view time series data of a date range v. How to view chart of a parameter of a station vi. How to get Data availability of stations or agencies.

Python is an open-source general purpose programming language that has a strong presence in the GIS industry.It is currently gaining a lot of visibility as the primary scripting language for ArcGIS. In water sector the application of various types of remote sensing data & field survey data, water accounting etc are being carried out by GIS software which is based on Python & Java language. Java Script programming is another tool which is useful for having introduction of GEE cloud platform. The training programme would expose the participants to create awareness regarding the use of the technology but also to enhance the skills and attitudes of officers towards software and IT in general a long-term basis.

artificial recharge is a process by which excess surface water is directed into the ground—either by spreading on the surface, by using recharge wells, or by altering natural conditions to increase infiltration—to replenish an aquifer. artificial recharge is a process by which excess surface water is directed into the ground—either by spreading on the surface, by using recharge wells, or by altering natural conditions to increase infiltration—to replenish an aquifer.

"While Planet Earth is endowed with abundant water, the needs for water at specific times and places often exceed the available supplies. Efforts to utilize this precious resource often result in adverse social and environmental impacts, causing disruption of water supplies to downstream users, and the loss of aquatic habitats. In addition to conflicts over water availability, the quality of water is often compromised. The branch of Geophysics, which deals with the occurrence and movement of water in terms of quantity and quality on and below the surface of the earth except the oceans, in vapour, liquid or solid state, is termed as Hydrology. Hydrology plays an important role in • Effective management of surface water & ground water resources for domestic, agricultural, commercial, industrial, recreational and ecological uses. • Protecting and enhancing water resources for human health, aquatic health and environmental quality. • Minimizing loss of life and property as a result of water-related natural hazards, such as floods, droughts and land slides. • Contributing to physical and economic development of the Nation''''''''s resources for the benefit of present and future generations. " The Distance learning program in Hydrology (Basic Hydrological sciences for India) is designed to meet the needs of officials, who work with hydrologic data, particularly in the areas of flood forecasting and design flood analysis etc. The course (in English only) is intended to provide an understanding of the hydrological cycle, runoff processes, unit Hydrograph, flood forecasting, elements of hydrologic modeling etc. and will prepare the participants for further study in hydrologic methods and forecasting.

For a water resource engineer, there is always a need to use software modelling to know the rainfall–runoff processes of hydrology. This is due to the limitations of existing hydrological measurement techniques. It is not possible to measure everything we would like to know about hydrological systems. We have, in fact, only a limited range of measurement techniques and a limited range of measurements in space and time "The Training has following objectives: i. Introduction to QGIS and its application to extract necessary physiographic parameters of a basin generally used in Hydrological Modelling. ii. Introduction to Hec-HMS software and its application in Hydrological modelling for a basin"

Despite decades of research, sedimentation still probably is a serious technical problem faced by dam engineers.Problems confronting the project-planner are to estimate the rate of sedimentation and period of time before the sediment will interfere with useful functions of the reservoir. Sufficient provision need to be made for sediment storage in the reservoir at the time of design so as not to impair reservoir functions during the designed life of the project. The raining program aims at dealing with the aspects of sedimentation and its control all along the river course and its catchment in a holistic manner and also to focus on to quantify the sedimentation of reservoirs using various advanced technological / IT tools.

The Land Use and Land Cover (LULC) data plays an import role in many kinds of spatial analysis and planning, from change detections, hydrological modelling to urban development & planning at local and as well as regional level. Moreover, it is one of the baseline data for sustainable management of our Natural Resources. It is needed to know the impact of any economic development on natural resources and environment. Various tools and methods are available for creating/collecting LULC data, but Remote Sensing technique is commonly used method to create LULC data with good accuracy using high resolution multispectral satellite imagery This Training will guide user how to create LULC map using Remote Sensing Technique on QGIS platform including its accuracy analysis. In this training program, Landsat 8/sentinel 2 multispectral satellite imagery will be used to generate LULC data using semi-supervised methods.

"While Planet Earth is endowed with abundant water, the needs for water at specific times and places often exceed the available supplies. Efforts to utilize this precious resource often result in adverse social and environmental impacts, causing disruption of water supplies to downstream users, and the loss of aquatic habitats. In addition to conflicts over water availability, the quality of water is often compromised. The branch of Geophysics, which deals with the occurrence and movement of water in terms of quantity and quality on and below the surface of the earth except the oceans, in vapour, liquid or solid state, is termed as Hydrology. Hydrology plays an important role in • Effective management of surface water & ground water resources for domestic, agricultural, commercial, industrial, recreational and ecological uses. • Protecting and enhancing water resources for human health, aquatic health and environmental quality. • Minimizing loss of life and property as a result of water-related natural hazards, such as floods, droughts and land slides. • Contributing to physical and economic development of the Nation''''''''s resources for the benefit of present and future generations. " The Distance learning program in Hydrology (Basic Hydrological sciences for India) is designed to meet the needs of officials, who work with hydrologic data, particularly in the areas of flood forecasting and design flood analysis etc. The course (in English only) is intended to provide an understanding of the hydrological cycle, runoff processes, unit Hydrograph, flood forecasting, elements of hydrologic modeling etc. and will prepare the participants for further study in hydrologic methods and forecasting.

Training on Arc Hydro GW To enhance the skills in participants on Arc Hydro GW

Biological Monitoring Analysis and Testing (Microbiology, Bio-assay & Biomonitoring) SOPs, Data Interpretation and Quality Assurance To impart training to the Implementing Agencies on Biological Monitoring Analysis and Testing (Microbiology, Bio-assay & Biomonitoring) SOPs, Data Interpretation and Quality Assurance

Analysis of Pesticides and Other Organic Chemicals in Environmental Samples To impart training on Analysis of Pesticides and Other Organic Chemicals in Environmental Samples to Implementing Agencies

a sampling of the seawater column, sediment recovery and detailed analysis of water, sediment and fish tissue for trace heavy metals and organics for various chemicals and metals. To impart training to Implementing Agencies on Analysis of Sea Water Quality (Chemical and Microbiological Parameters)

A Real Time Data Acquisition System (RTDAS) is consists of a telemetry network of automated rainfall stations, automated weather station and water levels stations along rivers/reservoirs which will be installed to provide inputs to the RTDAS Provide the number of rainfall, river water level (stage) and river discharge, reservoir water level and outflow discharge and full climatic stations to provide improved assessments of hydrologic conditions in the Godavari and Krishna River basins in Telangana.

• Basic Hydrogeology with emphasis on movement of groundwater • Ground Water Resources Estimation: Historical Review • GEC 2015: Groundwater Assessment Methodology • Groundwater Resources Estimation as a Resource Management Tool: International Practices. • INDIA_GEC: A Web-based Automation Tool for Groundwater Resources Estimation To provide understanding of Basic hydrogeology and assessment of ground water resources to the officials from central/ state govt under NHP

• Role of Geophysical Techniques in Ground Water • Plotting and interpretation of Vertical Electrical Survey • VES data interpretation using software. • Application of geophysical well logging in water bearing zones identification & Interpretation of Logging data. • Application of Geophysical Techniques in Artificial Recharge to groundwater • Preparation of Geophysical Report • Discussion of Field problem To provide exposure of various Geophysical technique used in Hydrogeological study, plotting and interpretation of VES and Application of Geophysical Techniques in artificial recharge to groundwater to the officials from central/ state govt under NHP

Visit for site Inspection of AWLR Testing Visit for site Inspection of AWLR Testing where it is installed

“Hydrological data collection, measurement and processing” to understand that how “Hydrological data collected, measure and process”.

Bathymetric Survey & ADCP rating curve development Bathymetric Survey & ADCP rating curve development

River Discharge Measurement by Current Meter by Bridge Outfit and by Boat on Tut River, Dapchhuah. To equip field officers with all technical knowledge to efficient manage water