Large scale Sewage Treatment Plants (STP) are being promoted as must have infrastructure to control Urban sewage pollution in rivers across the country. However, most of the Large Scale STPs are mired in controversies from planning to construction and during operational phase, often failing to achieve the basic objective for which they are built, investing crores of rupees. A case in point is Ramna STP of Kashi, Uttar Pradesh. Interestingly, this is a story from Varanasi, many also call it Banaras, the parliamentary constituency of Prime Minister Shri Narendra Modi.Continue reading “Uttar Pradesh: Curious Case of Ramna STP in Kashi”
Ganga river basin’s importance is well acknowledged. The World Bank, that is funding a currently ongoing USD 1 Billion project for Ganga Clean up says in its Project Appraisal Document[i]: It’s the most populous basin in the World. 50% of India’s poor are in the five states along the main stem of Ganga: Uttarakhand, Uttar Pradesh, Bihar, Jharkhand and W Bengal. The basin of the 2525 km long river spans four countries (China, Nepal, India, Bangladesh) and 11 Indian states. More than 60 million people came to the Ganga river in the city of Allahabad for pilgrimage in January 2007 during Kumbh Mela, making it the largest gathering in the world. It will again happen in January 2019. Continue reading “What ails Ganga: Why Namami Gange is spectacular failure”
Guest Blog by Ramya Swayamprakash (firstname.lastname@example.org)
BOOK REVIEW: Ganges Water Machine: Designing New India’s Ancient River. Anthony Acciavatti; Applied Research + Design Publishing, 402 pp, March 15, 2015. ISBN: 9780982622612
I stumbled upon The Ganges Water Machine while looking for literature on urbanization and rivers in India. Written by architectural historian Anthony Acciavatti, the book is the result of a decade long journey through the Ganges basin, “an atlas — a dynamic atlas — of the Ganges Machine: a collection of transects that expose the juxtaposing layers of infrastructure and adjoining landforms” (P8). At a time, when the Ganges is seeing a surge of talk (and perhaps activity) about cleaning the river, this book is a timely inquiry in to how the Ganges river basin came to be the vast agrarian landscape that it is. This is perhaps the first time, the spatial dimensions of the multifarious historical and material processes at play in the Ganges basin with regards to irrigation have been explored. Continue reading “Book Review: Why call Ganga a Machine?”
(Above: River Ganga at Rishikesh Photo with thanks from Ramesh Rawat, India Travelz)
– Guest Blog by: Manoj Misra (email@example.com. Author is the Convener of Yamuna Jiye Abhiyaan)
A ‘road map’ might be an inappropriate term for a ‘river’ rejuvenation plan. Thus I am using the term, a ‘river map’.
It is well known that despite the Ganga Action Plan (GAP) being in place since the year 1985 and the Supreme Court adjudicating public interest litigation on it since 1993 the river has become increasingly sick with some stretches notably in Kanpur deserving a biologically ‘dead’ status. So it came as a huge sign of hope when the Prime Minister Modi took upon Ganga rejuvenation as a personal mission and appointed Sushri Uma Bharti, a well known Ganga devotee and activist as the Union Minister of the renamed Ministry of Water resources, River development and Ganga rejuvenation. Soon the Finance Minister in the new government allocated financial resources to the tune of Rs 2037 Crores in the name of Nemami Gange (devotional bow to river Ganga) a flagship scheme of the new government, which is aimed at the rejuvenation of river Ganga.
Yet in recent days the Supreme Court time and again has chided the state on the lack of a sound action plan for its avowed objective of a rejuvenated river Ganga. So much so that it once, in an obvious exasperation on the state’s ‘business as usual’ approach to the issue, commented that “it might well be another 200 years before Ganga is actually rejuvenated”? Clearly notwithstanding its firm intent, the state continues to struggle with defining a ‘road (river) map’ that could while convincing the highest court in the land of its utility, set a clear and effective action plan on the ground for a rejuvenated Maa (mother) Ganga?
Let us try and see what does Ganga really require for its rejuvenation?
Term ‘rejuvenation’, which includes restoration, is a return of any living entity from what it is today to an agreed state of previous health and wellness. To unravel that we might first need to understand ‘what is’ and ‘where is’ river Ganga?
Most planners tend to view Ganga as a 2500 km long river from Gaumukh to Ganga Sagar, passing through the cities of Uttarkashi, Devprayag, Rishikesh and Hardwar in the state of Uttarakhand; Kanpur, Allahabad and Varanasi in the state of Uttar Pradesh; Patna in the state of Bihar and Kolkata in the state of West Bengal before merging with the sea in the Bay of Bengal.
Herein, we understand lay the first fundamental planning mistake. For if Ganga were a simple linear entity as planners hold, then King Bhagirath would have unnecessarily carried out tapasya (penance) placating Lord Shiva to hold Ganga in his jata (matted locks) as she descended with massive force from the Brahm Lok (abode of the gods) with a presumed potential to wreck absolute havoc on the mrityu lok (earth) unless its speed had been broken. This mythical tale translates itself into an earthly reality whereby Ganga actually resides in each and every spring, in every water fall and in every stream that together form the vast network of its tributaries spread over its vast basin. So Ganga rejuvenation plan to make sense and desired impact must encompass actions to revive and restore all these numerous streams and tributaries.
Thus any rejuvenation plan that fails to look at and factor in the Ganga’s larger reality is destined to fail, a la all the previous Ganga Action Plans. All put together Ganga is no less than 25,000 km in length, with a basin spread of some 1,086,000 sq km. (see map) These include areas in the states of Himachal Pradesh, Uttarakhand, Haryana, UP, Rajasthan, Madhya Pradesh, Chhattisgarh, Bihar, Jharkhand and West Bengal within and China, Nepal and Bangladesh outside of India. With such a huge basin, the rejuvenational challenge might appear daunting, leading to an alluring thought that let us first try and rejuvenate the 2500 km of the main stem of the river and then may be tackle the rest. This we believe to be a fatal approach akin to fire fighting, without getting to the root cause, with the most immediate organ of a cancer afflicted human resulting ultimately organ by organ in the latter’s demise. Let us not forget that a healthy river system is like a multi-strand chain which is ‘as strong as its weakest link’. Hence as long as even one tributary remains sick, there can be no respite or rejuvenation of Maa Ganga!
In other words there is no single river Ganga. It is actually ‘Ganga Rivers’ spread all over its basin and carrying names like the Yamuna; Ramganga; Gomti; Mahakali (Ghaghara); Son; Gandak, Koshi etc with each in turn having their own network of rivers and their rejuvenational requirements, since over time majority of them have as well gone ‘sick’.
RIVER INHIBITING PROJECTS
Some might ask, but then what could be done with tributaries lying or originating in Nepal, Bangladesh or in China? A lot actually, beginning with not promoting or supporting river ‘inhibiting’ projects there and then taking lead in a common futures dialogue (an International Ganga Rivers Commission) program on Ganga as the Ganga rivers are in need of rejuvenation there as well.
Dwelling more on what are the river ‘inhibiting’ projects we are led to what constitutes a river’s integrity?
A ‘healthy’ river must ‘run’ freely and must ‘flood’ freely. (Floods in Indian rivers are natural monsoonal occurrence which could become devastating when obstructed).
That is its longitudinal and lateral connectivities must not be allowed to be compromised through manmade structures like dams, barrages and embankments. Such connectivities are essential for a river system to fulfill its ecological roles of transport of water, sediment and energy from source to the sea; recharge of ground water; provision of habitat to aquatic and riparian biota and completion of the water cycle.
In other words, a healthy river is essentially an ‘aviral’ (unbroken in its various dimensions) river. Thus the key challenge and objective of any Ganga rejuvenation plan has to be first and foremost its restoration back to a truly ‘aviral’ state.
Accordingly the following five steps are suggested as the ‘river map’ to a rejuvenated river Ganga.
Step 1 – Establish local level Ganga rejuvenation governance systems to ensure participatory bottom up planning and action plan execution. Support this with the establishment of a Ganga Rivers governance research centre.
Step 2 – Prioritise tributaries (Ganga Rivers) for restorative actions on the basis of their current level of threats and develop restorative action plans utilizing the governance systems as mentioned in step 1.
Step 3 – Establish through a participatory process a desired state of the rejuvenated Ganga; devise a national Ganga rivers policy and a Ganga rejuvenation law. Initiate dialogue with the Ganga nations for an International Ganga rivers Commission.
Step 4 – Review through independent experts, all past, present and planned river ‘inhibiting’ projects on the Ganga Rivers and then either re-design them to become river friendly or decommission / drop them. There should be a moratorium placed on any new structure (barrage, HEP, embankment) on Ganga Rivers till such time that all local level options of water harvesting and energy production (including solar and wind) have been exhausted with a policy that river waters and HEPs shall be the last resort for meeting such needs.
Step 5 – Set a time bound plan of action for ensuring aviral and wholesome Ganga ‘rivers’, with plans for ensuring their flows (water, sediment and energy) as well as the restoration of their catchment, flood plains and the associated biodiversity (aquatic, riparian and terrestrial).
The steps as suggested above are not sequential in nature and many could progress concurrently.
To a query “what then about the hydropower and water supply for fulfilling various human needs”, the response is twofold.
Firstly, this is the Ganga rejuvenation plan based on what Ganga Rivers need for the restoration of their health. Secondly, hydro-power generation and water diversion cannot be in excess of the thresholds as defined by the rejuvenational requirements of the healthy Ganga Rivers.
A rejuvenated Ganga has to be seen as a ‘provider within strict limits’ (as enunciated by the Prime Minister Modi on the banks of Maa Ganga in Varanasi, when he defined what a Maa (mother) is) and not what we in our flawed wisdom might wish to harness from her, with little concern for her deteriorating health and in disregard to the principle of inter-generational equity.
RIVER AND SEWER
The Indian state under the Ganga Action Plan had been investing time, money and efforts to restore the river Ganga through creation of pollution abatement infrastructure like the Sewage treatment plants (STPs) and the Effluent treatment plants (ETPs) in various cities and industries on the river in the name of ‘river cleaning’ with little ameliorative impact on the health of the river. In our understanding despite the poor maintenance being the cause of the failure of the created infrastructure, this approach to river restoration is fundamentally misplaced and hence wrong.
We believe that our rivers require restoration (based on the steps suggested before) of their ecological integrity in terms of their freedom to ‘flow’ and ‘flood’. Once thus freed, they possess all the power of self cleansing, subject to the observance of the fundamental principle of no mixing of ‘sewer’ with ‘river’. Here by ‘sewer’ we mean all kinds of grey water produced both by the cities and the industries.
Thus there is no mention of any river ‘cleaning’ or creation of STPs / ETPs as part of the suggested Ganga rejuvenation plan. The installation of such infrastructure is we believe to be an essential element of the process of urbanization and industrialization whereby the grey water from the cities and industries is converted into utilizable water for recycle and reuse to meet the non potable water needs both of the cities and the industries. But to do so in the name of river cleaning is in our understanding an ostrich like approach which takes away the attention and resource allocation from the real needs of river restoration based on the sound principles of river science.
Prime Minister Modi’s another oft quoted aphorism of “Zero defect and zero effect/ impact” should be made applicable not just to good manufacturing practices but also to good urban management practices with mandatory zero impact on any river that happens to pass by. AMEN!
–Manoj Misra (firstname.lastname@example.org)