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Watershed Development

Rapid Investigations to assess impacts of aquifer recharge measures - BIRD-K - Tumkur district ( Karnataka) - A report by ACWADAM

TumkurThis report by ACWADAM is a synopsis of the hydrogeological study carried out for Bird-K in Pavagada, Sira and Bagepalli areas, Tumkur District, Karnataka. The study aimed at an impact analysis of recharge through borewells as well as suggesting new sites for the same.

The principle objectives of the study were:Read More

  •  Impact analysis of aquifer recharge through borewells done by BIRD-K in Pavagada and Sira Clusters
  • Suggest new sites for aquifer recharge through borewells in Bagepalli cluster.

Location

Tumkur, KA, India
Latitude: 13.338581, Longitude: 77.101219

Community organisation in groundwater management – A presentation by ACWADAM

community organisationThis presentation by ACWADAM on community organization in groundwater management deals with the processes involved in people’s mobilization and participation. The requisites of groundwater management include: resource enhancement, demand management, equitable distribution, institutional mechanism and controlling of free riding. It deals with groundwater management at a local scale when compared to aquifer management.

Aquifer management involves:

  • Identification of aquifer on the basis of geology;
  • Identification of recharge and discharge areas;
  • Assessment of aquifer capacity and yield through aquifer mapping;
  • Protection of recharge area and increasing the groundwater level through artificial recharge in recharge area (based on the geology);
  • Treating groundwater as a common property resource;
  • Encouraging community use of groundwater and restricting individual use;
  • Putting in place an institutional mechanism and legal back up for community groundwater management;
  • Awareness generation regarding groundwater and science of hydrogeology.

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Community organisation in groundwater management by ACWADAM (2010)1.11 MB

Measurement of weather parameters: Data collection and analysis – A presentation by ACWADAM

The presentation by ACWADAM deals with measurement of weather parameters and outlines the methods used in weather related data collection and analysis. Weather information is necessary for the planning and implementation of watershed programmes, especially in understanding factors like groundwater recharge, the relationship between recharge & discharge and in aspects like irrigation planning.

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Measurement of weather parameters: Data collection and analysis - By ACWADAM (2010)5.34 MB

Location

Purandar, MM, India
Latitude: 18.187958, Longitude: 74.107209

Simulation of soil moisture movement in Barchi watershed in hard rock region of Karnataka using SWIM model – A research report by National Institute of Hydrology

The study by the National Institute of Hydrology deals with simulation of soil moisture movement and determination of groundwater recharge from rainfall in Barchi watershed in the hard rock region of Karnataka using the numerical model, Soil Water Infiltration and Movement (SWIM).

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SWIM Model Application in Barchi Watershed by NIH (2000-01)276.32 KB

Location

Haliyala, KA, India
Latitude: 15.327198, Longitude: 74.756564

Eswaran Committee Report on Training for Watershed Development - MoRAE (MoRD) (1997)

Based on the recommendations contained in the Report of the Technical Committee chaired by Dr. C. H. Hanumantha Rao released in 1994, the Common Guidelines (1994) were issued by the Ministry of Rural Areas & Employment (now Ministry of Rural Development) and the watershed approach was adopted for implementation of all Area Development Programmes viz. DPAP, DDP, IWDP and the watershed component of the EAS w.e.f. 1st April 1995. Taking the above into consideration, Government of India had constituted a Committee on Training under the Chairmanship of Shri V. B. Eswaran to go into all aspects of training under the Common Guidelines.

The report released in 1997, presents a review of the existing training arrangements for watershed development and suggests a system for organizing training for different level of functionaries. The need for detailed guidelines, to be prepared at the State level for this purpose is suggested. There is also a need for developing an institutional mechanism for providing training as soon as there are changes in the incumbent. Once a project is sanctioned, the Project Implementing Agency (PIA) should know the various tasks to be undertaken as regards training and the institutions to be approached for this purpose.  

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Eswaran Committee for Training for Watershed Development by MoRAE (MoRD) (1997)292.73 KB

Watershed Development Programme - Andhra Pradesh Process Guidelines (2002)

These guidelines drafted by Department of Rural Development (Andhra Pradesh) are conceptualized in the broad framework of the Hariyali guidelines and the experiences from Andhra Pradesh Rural Livelihoods Programme (APRLP), and are intended to strengthen the processes, and provide clarity and purposefulness in implementation of watershed development projects in Andhra Pradesh. They have been formulated on the basis of several process studies undertaken as well as through wide-ranging consultations with all stakeholders and experts.

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Process Guidelines on Watershed Development Programme by GoAP (2002)373.06 KB

GIS based rainfall-runoff modeling for Hemavathy catchment – A research report by National Institute of Hydrology

The report deals with Geographical Information Systems (GIS) based rainfall-runoff modeling using Topography Model (TOPMODEL) for the Hemavathy catchment of Cauvery basin in Western Ghats of Karnataka. The TOPMODEL is a variable contribution area model in which the predominant factors determining the formation of runoff are represented by the topography of the basin and a negative exponential law linking the transmissivity of the soil with the vertical distance from the ground level.

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GIS based rainfall-runoff modelling for Hemavathy catchment by NIH (1996-97)1.54 MB

Location

Sakleshpur, KA, India
Latitude: 12.939735, Longitude: 75.785777

Determination of SCS runoff Curve Number and land use changes for Hamidnagar sub-basin of Punpun basin – A research report by National Institute of Hydrology

The report deals with determination of SCS runoff Curve Number and land use changes for Hamidnagar sub-basin of Punpun basin. The design of any hydraulic structure calls for the estimation of runoff. The Soil Conservation Services model, developed by USDA, computes direct runoff through an empirical equation that requires the rainfall and watershed coefficient as inputs. The watershed coefficient is called the Curve Number (CN), which represents the runoff potential of the land cover-soil complex.

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Determination of SCS runoff curve number and land use changes for Hamidnagar sub basin of Punpun basin by NIH (1996-97)813.41 KB

Location

Hamidnagar, BR, India
Latitude: 25.198009, Longitude: 85.521896

Soil physio-chemical properties of Basantar catchment in Jammu and Kashmir – A research report by National Institute of Hydrology

The report presents the study on the physio-chemical properties of soil for Basantar catchment in Jammu and Kashmir. Soil physio-chemical properties are basic inputs for any hydrological modeling and are important for efficient management of irrigated agriculture. The most important soil properties influencing irrigation are its infiltration characteristics and water holding capacity. Other soil properties such as soil texture, soil structure, capillary conductivity, soil profile conditions, and depth of water table are also given consideration in the management of irrigation water.

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Soil physio-chemical properties of Basantar catchment of J&K by NIH (1996-97)872.25 KB

Location

Jammu, JK, India
Latitude: 32.709743, Longitude: 74.851969

Soil erosion studies for forested watersheds – A research report by National Institute of Hydrology

In the present study, an attempt has been made to estimate the soil erosion rate in Malaprabha representative basin by using WEPP model and Universal Soil Loss Equation. Soil erosion and sedimentation are the two important natural processes, which need immediate attention from the scientific community. Two major types of erosion are geological erosion and erosion from human or animal activities.

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Soil erosion studies for forested watersheds by NIH (1999-2000)1.42 MB

Location

Khanapur, KA, India
Latitude: 16.700000, Longitude: 77.016667

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