It’s a strange situation in Gujarat. While everyone is talking about unprecedented drought and the drought hit are suffering due to lack of water for irrigation and even water supply, the Sardar Sarovar Dam today (April 16) is at 119.14 m, and has 1095 Million Cubic Meters (MCM) in Live storage, in addition to about 3700 MCM of water in what is called dead storage. The Dam has received much more water this year compared to last year. SSP Water level on April 16, 2019 is up from 115.55 m, the lowest level it reached this water year[i] on March 3, 2019, since 2018 monsoon.
A pond dug a few years ago in Jignanda village of Hamirpur district still holds plenty of water despite scanty rainfall (Photo by Soumya Sarkar)
In a remarkable campaign during the ongoing general elections, Bundelkhand villages have demanded PONDs for Votes. This is exactly what is required for Bundelkhand, and not the destructive, costly and contractor driven Ken Betwa link that BJP has been trying to push here. Congratulations to the Bundelkhand people and People’s Science Institute that has led this campaign.
SYNOPSIS: Everyone concerned agrees that India is facing unprecedented and worsening water crisis. Some of the key aspects of water sector challenges include: Lack of reliable water information, need for restructuring of institutions, groundwater lifeline in distress, politicians and institutions pushing more large dams when evidence shows they do not work, the need for attention to maintenance of massive water infrastructure, the increasing footprint of Urban water sector, State of our rivers in general and Ganga in particular, water management for agriculture, governance and changing climate, among others. Unfortunately, these challenges do not seem to get reflected as electoral issues and all parties are equally to be blamed for this. The current Union government has very poor report card on almost every one of the water sector challenges, and its seems like a series of missed opportunities.
(Feature image by Nishant Panwar, Vikas Nagar, shows Yamuna River in upper reaches in Jan. 2019)
On April 11, 2019, is the birthday of Yamuna river. The Yamuna Jayanti comes every year on the sixth day of ‘Chaitra’ (summer) Navratra. The Kapat (door) of famous Yamnotri shrine would be opened this year on May 7 for Char Dham Yatra.
In April-May 2019 India will vote to elect 17th Lok Sabha or Parliament. On April 11, the 1st of the 7 polling days, the home state of Yamuna river, Uttrakhand and the districts of Western Uttar Pradesh through which Yamuna river flows, will vote.
The two other states heavily dependent and Yamuna river, Haryana and Delhi will see voting on May 12. The district Mathura, Agra, Etawa, Kanpur, Hamirpur, Fatehpur and Allahabad of Uttar Pradesh located along Yamuna river will witness voting from second (April 18) to sixth phase on May 12.
The NDA government come to power in May 2014 promising clean Ganga and Yamuna. The thousands of devotees of Mathura and residents of Agra were especially convinced of a promise of clean flowing Yamuna river. People were also hopeful that the government of the same party, BJP, in centre and in key basin states of Yamuna (Uttarakhand, Haryana and Uttar Pradesh) would bring a change in the situation. But over the five years, things have only deteriorated further. In fact, under the present government apart from dams and pollution a illegal sand mining has emerged as equally dangerous threat for the Yamuna rivers from upper reaches through middle and lower stretches.
On the occasion of Yamuna Jayanti, the Yamuna Nadi Mitra Mandli (YNMM) a voluntary group of villagers and concerned; established along the length of Yamuna by Yamuna Jiye Abhiyan is highlighting the issues affecting the Yamuna river and riparian communities which have remained unaddressed during past five years and none of the political parties even now have remotely focused on these. They also warn that ignoring the problems of Yamuna and dependent community will soon affect every state and dependent people in a significant way apart from endangering the river itself.
Prime Minister Shri Narendra Modi, has possibly inadvertently, started a debate that really needs to be honestly looked at: ARE BIG DAMS ATM MACHINES FOR POLITICIANS? He may have raised the issue only in the context of Polavaram Dam and Andhra Government, but the question is equally valid for all big dams across the country. Including for Sardar Sarovar Dam, as Andhra Water Resource Minister has possibly only rhetorically asked.
As analysis by SANDRP and others including by numerous CAG reports have shown, dams are not adding to Net National Irrigated area since over 25 years. They in fact worsen the groundwater recharge and sustainability situation, directly and indirectly. And groundwater remains our water lifeline since several decades and will remain so. And yet, thousands of crores get spent on big dam every year, while such resources are not available for sustenance of groundwater, India’s water lifeline. This election, we wont have that honest debate, since both the initiator and responder are not particularly serious about it. Nor the media seems to have the stomach for such a debate. WHEN WILL WE HAVE AN HONEST DEBATE THAT WILL ANSWER THIS QUESTION: ARE DAMS ATM MACHINES FOR POLITICIANS?
Wetlands are critical part of hydrological systems. They provide multiple ecological services to people living in proximal areas. The invisible contribution of wetlands in saturating aquifers and checking groundwater depletion is essential given the growing water scarcity. Additionally, wetlands are home to a variety of plants and animals species making them fully functional and self-sustaining eco-system. Despite the environmental significance and associated support services, wetlands have been subjected to degradation for past many decades.
As part of annual exercise, SANDRP is presenting overview on the status of wetlands over past one year. The overview focuses on incidents of abuse and threats to wetlands across the country. The report also highlights the details of central and state governments’ initiatives and administration actions taken aiming at wetlands protection. Apart from this, there is attempt to throw some light on judicial intervention and ongoing court cases regarding wetlands conservation.
As joint monitoring report by Paryavaran Surakhsha Samiti (PSS) and Gujarat Pollution Control Board (GPCB) shows, Sabarmati is severely polluted river, downstream of Ahmedabad and is practically a dead river. Upstream of Ahmedabad, the once perennial river has no water of its own and is stealing the Narmada water meant for drought prone areas.
This incidentally is supposed to be model river rejuvenation as told to SANDRP coordinator on a television channel by no less than Executive Director (Technical) of National Mission on Clean Ganga. In fact posters during the 2014 Parliamentary elections in Varanasi, where Mr Modi fought from, said exactly that. So is the National Ganga river going down that path? Narmada itself is in same situation downstream of the dam in Gujarat as another report here shows. Gujarat model has many examples to show, it seems.
Hiroshima Hiroshima’s moral grip on our consciousness extends, beyond the Hiroshima Peace Dome, straight to the heart of India’s most urgent problem. The problem of balancing urbanization, growth, floods, and droughts in the face of climate change.
In the summer of 2018 devastating floods and landslides (blamed upon climate change) ravaged western Japan. With an unusually high death toll, for a nation that is used to counting the collateral damage more in terms of economic loss, than in terms of human lives, this one left a tragic number of people dead. Floods washed away large parts of Hiroshima, Kyoto, Okayama and Ehime. I joined Prof. Moe Nakazora, an anthropologist with the University of Hiroshima on a study tour of two of the worst affected villages in the eastern part of Hiroshima. These were the villages of Hachihonmatsu and Kouchi. Both the villages are located in Higashihiroshima which had more than 2000 landslides.[i]Continue reading “Western Japan floods 2018: Hiroshima and the Summer of the Deluge”→
A report of groundwater pollution in Luna village accessed by Paryavaran Suraksha Samiti (PSS) has once again pointed to the alarming rate of groundwater contamination in the industrial belt in Padra in Vadodara. The report accessed through RTI found that that the Chemical Oxygen Demand (COD) level in groundwater was an alarming 2225mg/I and 27222mg/I in October and December 2018.
It should be noted that even in treated effluent water the accepted levels of COD is 250 mg/I. For ground water the level should be nil. The report was a result of joint investigation carried out by the Gujarat Pollution Control Board (GPCB), Paryavaran Suraksha Samiti (PSS), Farmers Action Group (FAG) and affected farmers in October and December 2018.
Today is World Water Day. Thetheme for this year is ‘Leaving No One Behind’. In India it’s onset of summer. As usual, many parts of country have started facing water scarcity. After deficient monsoon, half of the country is in drought grip. The drought is further compounding the already stressed situation. Cauvery river has started drying. The monsoon failure and drying of surface water sources have severely affect the ground water resource, which is depleting across the country.
Presently groundwater is lifeline of India. It caters to meet 85 per cent of drinking water supply in rural parts. About 65 per cent of urban potable water supply is also based on ground water. Similarly 65 per cent of agricultural area is irrigated by water below the ground and it is meeting about 55 per cent of industrial demand.
The Water Aid report titled Beneath the Surface: State of the World’s Water 2019 released in this month, draws grim picture of ground water depletion in India. It says that about 24 per cent of all India’s water use is extracted ground water. With about 250 cubic km of extraction, India draws out more groundwater than any other in the world — more than that of China and the US combined. Because of this, the rate of groundwater depletion has increased by 23% between 2000 and 2010.