Suggestions for a modified approach towards implementation and assessment of Ganga Action Plan

This paper is written by Vinod Tare, Purnendu Bose and Santosh Gupta of IIT Kanpur to examine the need for an alternative implementation and assessment methodology of River Action Plans in India. The paper illustrates of ‘Ganga Action Plan' (GAP) and its implementation near Kanpur, Uttar Pradesh, to assess the methodology.

In India, implementation of river cleaning operations through ‘River Action Plans' (RAPs) conventionally focus on reduction in concentrated or ‘point' sources of organic loading to the river, and is assessed by monitoring the consequent improvement in river water quality.

However, in case of Indian rivers or river stretches having substantial background pollution due to distributed or ‘non-point' loading of organic matter and nutrients, elimination of point sources of pollution may not substantially impact or improve river water quality. It is suggested that implementation of ‘River Action Plans' (RAPs) in India under such circumstances must be conducted using a multi-tier approach.

The initial emphasis in such cases should be on the selection of priority stretches of the river, where pollution control will have maximum beneficial impact on the citizens, and interception and diversion of all concentrated or point loads of pollution from these stretches. In addition, measures to minimize non-point pollution and visible pollution to the river and initiation of riverfront restoration and development projects are necessary in these priority stretches.

Such measures would result in aesthetic improvements, increase the beneficial uses of the river and its surroundings, and generate favorable public perception towards RAPs, though they may not be sufficient to enhance the river water quality to the desired levels. However, as a result of the above actions, public support for funding more expensive and longer-term river cleaning schemes, resulting in comprehensive reduction in organic and nutrient loading to the river from point and non-point sources all along its length, may be generated.

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