Gujarat

The report prepared by Arid Communities and Technologies (ACT) Kutch, Gujarat on behalf of Sahajeevan Trust aims to prepare a guideline for groundwater legislation to protect drinking water sources in the taluka.

From Rohini Nilekani's "Uncommon Ground" column in Livemint

As always, the monsoon may or may not come in time and in adequate quantity across the country. As always, again, people who live in the dry areas of the country, especially in the western desert districts of Rajasthan and Gujarat, with less than 250mm of average annual rainfall, will have to cope with scarcity, as they do year on year. Last week, I was in the Kutch region, on work, with soaring temperatures and no promise of rain despite an unusual cloud cover. We travelled a couple of hundred kilometres in the clay desert, despairing at the spread of Prosopis juliflora which—like so many other foreign species brought in by the forest department with all good intentions—has now overpowered large tracts of the countryscape, to the detriment of useful, hardy local species. We also marvelled at the raw beauty of the dry landscape, which yielded sudden delights such as a male nilgai in his prime and slender green bee-eaters diving gracefully in search of prey. Arid districts such as Kutch in Gujarat, and Barmer and Jaisalmer in Rajasthan mainly have livestock economies and it is not unusual to see thousands of animals—goats, cows, sheep, buffaloes and camels—moving amiably along in search of the next watering hole. It seems counter-intuitive that areas with such low rainfall should provide neighbouring states with meat and milk. IWMI (the International Water Management Institute) has done unique research to show how there is a massive export of virtual water from dry regions to wet through the sale of these products, leaving open some interesting questions on policy.

Guest post on the Portal by Sunderrajan Krishnan, CAREWATER, (Center for Action, Research and Education on Water), www.carewater.org . === As a response to water stress in hard rock areas of the country, the Government of India has designed the Artificial Programme on Dug Well Recharge aimed at rejuvenating hard rock aquifers across the country. The idea is to divert rainfall runoff into open wells as a means of harvesting rainfall runoff and increasing recharge into aquifers. Currently as of April 2009, the program is underway in a couple of states, mainly in Gujarat and Tamil Nadu, and other states are following suit. The program is ambitious in the sense that it aims to bring in millions of dug well owning farmers towards recharging. How will such a program be implemented, monitored and channeled so that the results are achieved to satisfaction? CAREWATER has designed a network of partners and is conducting studies to understand Dug well recharge and providing feedbacks to this national programme on artificial dug well recharge. Towards this purpose, since September 2008 we have created a partner base of organizations who along with our expertise are carrying out ground studies and analysis. Some of these results are available now on our website http://www.carewater.org (Please click on the link at the bottom of the homepage). We hope to keep updating this page as the program continues and wish to have more partners join our endeavor. In particular we have published a study of dug well recharge. The study is summarized below. We would like a larger discussion of the results of the study. Your comments below will be very useful to take this project forward more effectively.

This report presents the findings of a study done by Pravah on the concurrent monitoring of the world's largest drinking water pipeline project, the Narmada project, which is supposed to cover 9633 villages an 131 towns of Saurashtra, Kutch and parts of North Gujarat.

This presentation provides information on the water conservation efforts made by Reliance industries Limited at water conservation.

This Whitman Direct Action water book examines the socio-political and technological obstacles to water development in India and has become a transparent resource for other NGOs, the government sector, academics, and interested individuals to glean the expertise of their contemporaries in the fields of water development and water purification technology.

This study by Carewater highlights the problem of increasing cases of Fluorosis through fluoride contaminated groundwater in North Gujarat and its misdiagnosis as Musculo-skeletal disea

This study from the coastal villages of Junagadh, Gujarat by Carewater aims at estimating the prevalence of kidney stones in the region and understand its varied socioeconomic impacts in terms o

This paper by Carewater highlights the emerging groundwater pollution problems and the increasing incidences of aquifer contamination in the state of Gujarat and describes the drinking water problems arising because of the conta

This chapter from the book 'The Agricultural Groundwater Revolution: opportunities a