Deep Aquifers

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July 2, 2024 Community governance for groundwater management
Jasmine on the fields as part of the groundwater collectivisation agreement at Kummara Vandla Palli village, Sri Satya Sai District. (Images: WASSAN/Swaran)
June 13, 2024 The rising trend of abandoning open wells for borewells in Chikkaballapur and Annamayya districts, and the potential negative consequences of this shift.
Borewell proliferation may dry up open wells (Image: FES)
May 12, 2024 Rethinking community engagement in the Atal Bhujal Yojana
Towards sustainable groundwater management (Image: IWMI)
July 11, 2022 The Chauka system of Rajasthan can not only provide a sustainable way to manage water resources in water stressed regions, but also support livelihoods through development of pastures.
Can greening of barren lands happen? (Image Source: India Water Portal Flickr photos)
July 29, 2021 Experiences from participatory groundwater management efforts in Maharashtra
Unless work on managing the demand is undertaken, the notion of ‘infinite’ groundwater will be hard to address. (Image: Rucha Deshmukh, ACWADAM)
December 4, 2019 The 2015­-2018 drought, the longest, but less severe of droughts experienced by India raises alarm on the negative effects of future droughts on water security in the country.
India will see more droughts in the future. (Image Source: Wikimedia Commons)
National Environmental Engineering Research Institute seeks opinion from the public on the concept of groundwater recharge with treated municipal wastewater
The Ministry of Water Resources, Government of India, New Delhi, has entrusted National Environmental Engineering Research Institute (NEERI) to undertake a feasibility study on "Artificial groundwater recharge using treated municipal wastewater". Artificial groundwater recharge is a process of augmenting the natural purification processes occurring within the soil aquifer in the vadose zone. This treatment technique is known as Soil aquifer treatment (SAT). Posted on 09 Mar, 2012 02:24 PM

Guest post by: Anisha Nijhawan

Internal diameters for HDPE pipes
HDPE pipes are used to handle the flow of water, liquid chemicals, underground pipelines etc., These pipes are also used in drip, sprinkler, landscape irrigation systems, lift irrigation etc. Posted on 04 Mar, 2012 09:30 AM

Author : B.Rajeshwar Rao

Internal diameters for HDPE pipes are given here below.

Water resource accounting as a tool for urban water management - An illustration in NCT- Delhi - Journal of Indian Water Works Association
This paper published in the Journal of Indian Water Works Association demonstrates how urban water management can be based on policies with the goals of effective water allocation, and its quality and quantity management, by making use of a water resource accounting framework and focuses on illustrating how urban water management can be achieved through water accounting through a case study of NCT-Delhi. Posted on 24 Feb, 2012 10:41 PM

The paper discusses the natural resources accounting in the context of national/regional policy first, and then places water resource accounting within it. Subsequently, the methodology as well as study framework adopted for resource accounting are discussed.

Quantitative data on water quality: A compilation of papers that present physico-chemical analyses of various water sources in India
This post presents five papers that were recently published on the physico-chemical properties of water. These papers present the water quality data and analyse these figures. Locations in Madhya Pradesh, Maharashtra, Assam and Gujarat are studied. Download the papers by clicking on the titles. Posted on 24 Feb, 2012 08:31 AM

Assessment of physico-chemical quality of groundwater in rural area nearby Sagar city, Madhya Pradesh

This paper presents the results of forty groundwater samples collected from June 2007 to July 2010 in Gambhira and Baheria villages in Madhya Pradesh. The authors conclude that the ground water quality is degraded due to anthropogenic causes.

Prevalence of dental fluorosis and associated risk factors in school children from Kanyakumari district, Tamil Nadu - Paper published in the Indian Journal of Dental Research
This paper published in the Indian Journal of Dental Research describes the findings of a study that aimed at assessing the oral health status of 11-15 year old school children from Kanyakumari district. The survey focused on determining the prevalence and severity of dental fluorosis along with assessing the various risk factors involved. Nearly 12 million of the 85 million tons of fluoride deposits are found in India. It is therefore not surprising that dental fluorosis is endemic in 15 states of India. The highest rates of endemicity have been reported from Andhra Pradesh, Haryana, Karnataka, Punjab and Tamil Nadu. Posted on 22 Feb, 2012 01:51 PM

A total of 1800 children  from all the nine blocks of Kanyakumari district from 6th to 10th standard were examined using type III examination. Dental fluorosis was present 15.8% of the study population and varied from as low as 1.4% to as high as 29.4% in different areas. There was a significant difference in dental fluorosis levels between rural and urban residents.

Evaluation of physico-chemical characteristics in groundwater using GIS – A case study of Chinnar sub-basin, Cauvery River, Tamil Nadu, India
This study uses GIS to assess the potability of groundwater and the spatial variation of groundwater parameters in Chinnar sub-basin, Tamil Nadu. Posted on 20 Jan, 2012 04:26 PM

The study found that the groundwater of the basin is extremely hard with total hardness, magnesium and potassium contents being above the permissible limits. Thirty nine out of 57 samples exceed the allowable limits for fluoride.

location map of Chinnar sub-basin and spatial distribution of ground water

Groundwater hydrology and groundwater quality in and around Bangalore city - Department of Mines and Geology (2011)
This report by the Department of Mines and Geology describes the findings of a study on urban groundwater hydrology and groundwater quality in and around Bangalore city. Posted on 19 Jan, 2012 11:04 AM

Earlier studies carried out by the Department of Mines and Geology during 1994, 1995 and 2003 on the groundwater quality of Bangalore Metropolis had found that the groundwater pollution in the city has mainly been due to sewage disposal and recommendations have been made to prevent pollution from sewage and industrial wastes.

Dynamic groundwater resources of Karnataka (2009)
This report by the Department of Mines and Geology, Government of Karnataka and the CGWB provides information on groundwater resource available. Posted on 16 Jan, 2012 11:05 PM

It also presents the status of utilisation of groundwater in Karnataka as on March 2009, both on watershed (sub catchment) and taluk wise areas having 2008-2009 as the base year. The methodology is improved as the estimations are carried out on watershed basis for both command and non command separately than apportioned to taluks.

Sustainable groundwater management – Report of the Working Group of the Planning Commission for the 12th Five Year Plan
This is the report on “Sustainable Groundwater Management” by the Working Group set up by the Planning Commission as a part of the process to prepare the 12th Five Year Plan. Posted on 06 Jan, 2012 04:27 PM

The existing methodology of groundwater resources assessment is appropriate and suitable for country-wide groundwater resources estimation, considering the present status of database available with the Central and State agencies.

Status of groundwater quality in India - Report of the survey conducted in metropolitan areas by the CPCB
The report presents the results of a detailed survey of groundwater quality in metropolitan areas (population >100,000) in India. Posted on 24 Nov, 2011 05:36 PM

The report recognises that most groundwater quality problems are anthropogenic in origin, caused by a combination of over-exploitation and infiltration of wastes. Inadequate infrastructure and resources mean that waste generated by cities and industrial areas is not properly collected, treated and disposed, thus leading to grondwater contamination.