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 Even with its questionable merit, the superbug study has identified the need for us to question the focus that we have on finding  narrow solutions to health issues .It has also highlighted the urgent need to address the broader infrastructural needs of the country such as access to safe drinking water and sanitation

Image source: Wikimedia Commons  

The superbug study

New Delhi and the world was hit by panic last week because of a recent study published in the journal The Lancet Infectious Diseases  , which found a high level of water contamination acquired from drains and public taps across India's capital city. The water was allegedly contaminated with superbugs, or what has been referred to as bacteria carrying the NDM 1 gene. Four percent of drinking water samples (2 of 50 samples) and 30 percent of drain samples (51 out of 171 samples) were found to be contaminated with superbugs [1, 2].

 As the concrete jungle of Greater Mumbai reaches Bhuigaon and overuse of groundwater sucks in the sea water, the traditional wells are under threat.

Groundwater has been used for domestic and irrigation needs from time immemorial. It is a component of the hydrological cycle, vital for human sustenance. Unlike surface water, groundwater cannot be readily observed. Consequently, it was long considered to be mysterious or even occult in nature, influencing legal decisions relating to groundwater ownership and use.

The global groundwater crisis centers on withdrawals notably exceeding short term renewable storage. The current global groundwater crisis reflects the fact that over the past century, groundwater withdrawal has grown to exceed natural renewable groundwater storage. The single most important cause is the deep well turbine pump. Groundwater depletion is very high in both the United States and India.

 Releasing Long Range Forecast for coming June to September period, Union Minister for Science and Technology and Earth Sciences, Shri Pawan Kumar Bansal said, “The rainfall for the country as a whole is most likely to be normal i.e. 96-104% of Long Period Average (LPA).  Quantitatively, monsoon season rainfall is likely to be 98% of the LPA with a model error of + 5%.

A Water Safety Plan (WSP) is an improved risk management tool designed to ensure the delivery of safe drinking water. It identifies hazards, means to control them, means and actions to identify loss of control and its restoration. It comprises system assessment and design, operational monitoring and management plans (including documentation and communication). Water quality guidelines have been issued by the WHO.

Delivery of safe drinking water is vital for protecting public health and of promoting more secure livelihoods.

The traditional approach to water quality and safety management has relied on the testing of drinking water, as it leaves the treatment works or at selected points, either within the distribution system or at consumer taps. It is referred to as ‘end‐product testing’.

The goal of safe and affordable drinking water and sanitation has not yet been achieved. The current practices of water purification are inadequate to produce secured water supply. Maintaining health protection at water supply systems has become more challenging with resistance of some pathogens to disinfection using chlorination and an increase in the immuno-compromised population (e.g., people with HIV, organ transplant patients, the elderly).

In this context, it has become essential to develop various tools such as Composite Correction Programme (CCP) and Water Safety Plans (WSP) to improve water purification and distribution systems, to achieve the goal of providing safe drinking water.

This EPW paper studies the various forms of resistance against the construction of Polavaram dam, and notes that the main feature of the struggles has been the involvement of people’s organisations due to the failure of traditional as well as statutory bodies, representatives and regional leadership of mainstream political parties.

This happened following a thunder burst on April 5.

According to Mahammad Ashlam of KBK Samachar, the local news agency, the downpour lasted 45 minutes and resulted in a huge run-off of the toxic waste into nearby water bodies from a crack in the pond wall of the one-million-tone refinery. Red mud or bauxite residue is a waste product of the alumina manufacturing process.