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Taral darpane samajer mukh – Bengali translation of the book on Kosi floods by Anupam Mishra

Kosi FloodsThis is the Bengali translation of Anupam Mishra’s book “Tairne wala samaj doob raha hai” written in the context of the floods in the Kosi river in Bihar in 2004. The second edition of the book came out in 2008 just after the devastating Bihar floods in the year when the river thundered down from the Himalayas on its way to the sea sweeping half of Bihar.

The book analyzes the behavior of rivers in northern Bihar, their impact on society, floods and their management. It argues against technical choices, as not feasible and stresses on living with rivers without building embankments. Joya Mitra, the translator notes in the preface that there is a need to live with floods, a message which comes across sharply in the book.

The Kosi river lived up to its reference as Bihar's 'river of sorrow' in the year 2008 by going back to a course it once followed many years ago and in the process inundated croplands and rendered nearly three million people homeless. The book refers to the desolate waterscape of flood-devastated Bihar and examines the causes behind the same.

The river's unstable nature has been attributed to the heavy silt it carries during the monsoon season. This meandering river is 20,000 years old and its seven currents cannot be tamed. The flood plains are elevated at the north along the Himalayas and slightly lifted in the east owing to silt deposition in flood plains. The river is prone to channel migration and it is believed that in the past 200 years, the river has shifted about 120 km because its original flow is eastward, before it merges with the Ganges. 

According to the author, floods are never sudden and yet on its arrival we consider it as unexpected. A closer analysis of the present flood and flood-related events suggests that floods can be anticipated with reasonable accuracy yet people fail as regards preparedness thereby magnifying its destructive impact.

The book argues against engineering solutions in particular the attempts in the last two hundred years to jacket the river withKosi Floods embankments and barrages and notes that this may lead to more devastation. The devastating floods river Kosi wreaked upon millions of people has ignited public debate on the necessity of embankment as they do not work because the river carries high amounts of silt. Usually these are designed without a proper understanding of the morphology of the river.

Enclosing the silt-laden river within an embankment that will force it to run in east-west course against the region's topography is a recipe for future disaster. More so because the river arises in the fragile Central Himalayas, the Siwaliks whose conditions cannot be compared with either the North Eastern or the Western Himalayas. Kosi emerges from the young mountains whose activities are unpredictable and is prone to having silt and rocks being carried off with the water. The book traces how embankments that were meant to mitigate floods have been reduced to structures over which people can take refuge during floods.

The author suggests that for relief works the government should have instead of spending over twenty four crore rupees on helicopters and fuel for dropping food packets, which anyway turns out to be inadequate for flood relief, used over twenty thousand boats owned by the locals prior to and during the floods. This way flood management would have proven to be more efficient and cost effective.

Also, the locals are familiar with the meandering waters, big or small, and with their collaboration, the impact of floods can be less destructive. People in this part of the country knew to live with floods. They did not try to hold the rivers in check but wove around them a life of boats, fisheries and appropriate crops. Reductionist assumptions and skewed development programs adopted by the Government have done enormous damage. There is a need for the authorities dealing with floods to understand flood management techniques adopted by local people in the past and adapt them for use in present days.

The Kosi basin had numerous natural and man-made depressions, which ran for 5 to 10 kilometers which become lakes during monsoons. These can be used as water holes during dry weathers. The state has in a rush to tap the agricultural potential of theKosi Floods soil, filled these depressions and converted them into cultivable lands. Now with no depressions left, the waters run helter-skelter wreaking havoc on the lives of people that worship it. Ironically all that agriculture is of no use any more.

In the final section of the book “Discourses on development and the use of language” the author deals with larger systemic issues. An analogy is drawn between us and brinjal fry lying on a plate that tends to roll with the movement of the plate. The tendency of common people to get influenced by dominant discourses be they of nationalization or liberalisation without any reflection and questioning is discussed here. The book ends with the message that it is high time to think about these issues.

Download the Bengali translation of the book below -

Image courtesy: drdivas.wordpress.com, flickrhivemind.net, srikanta.co.cc/blog/?p=338

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Groundwater - Understanding the basics - A comprehensive FAQ manual by Dr Mihir Kumar Maitra

WellThe India Water Portal is pleased to announce to its users, that a comprehensive FAQ Manual on Groundwater authored by Dr Mihir Kumar Maitra is now available on the portal. The objective of this document is to narrow down the existing knowledge gaps amongst the common groundwater users.

The document has been prepared in a simple question and answer format as Frequently Asked Questions (FAQs). In order to keep the subject easy to comprehend, many technical concepts have been explained in simple language.

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Coastal Regulation Zone Notification 2011: Not the end of the road - An EPW paper

This article from the Economic and Political Weekly (EPW) shows how the recent Coastal Regulation Zone (CRZ) Notification 2011 fails to meet the demands of the fishing community and environmentalist groups. It falls short of offering greater protection to the coastal ecosystem, recognising the inalienable right of fisherfolk to their habitats and providing them with representation in decision-making. However, the prior consultations on the notification have led to a higher level of awareness about coastal issues among the fishing communities, government officials and the general public, all auguring well for its enforcement.  

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Introduction to Integrated Water Resource Management (IWRM) - Open courseware from the United Nations University (UNU)

Introduction to IWRM (UNU)This introductory course on Integrated Water Resource Management (IWRM), from the United Nations University (UNU), provides a brief historical background and overview of IWRM and gives an overview of the various aspects of IWRM, from integration, capacity building to applications and case studies.

IWRM has been defined by the Global Water Partnership (2000) as a process, which promotes the coordinated development and management of water, land and related resources in order to maximize the resultant economic and social welfare in an equitable manner without compromising the sustainability of vital ecosystems. An important aspect of any IWRM program is therefore, research, planning and action at the river basin level. Read More

Renukaji Dilli Ke Nalon Mein - A documentary about the movement against the proposed Renukaji Dam Project

The Renuka Dam Project proposed over the river Giri Ganga (a tributary of the Yamuna) located some 300km away from Delhi, is a joint project of the governments of Himachal Pradesh (HP) and Delhi, to be constructed by the Himachal Pradesh Power Corporation Limited (HPPCL) in Sirmaur district of HP. While HP hopes to generate 40MW of power from this project, Delhi hopes to meet 1250 MLD of its total 3500 MLD requirement from this project.

While Delhi stands to benefit from the project, Renuka Valley is to suffer a high social and environmental cost. 550 families in 17 panchayats will be displaced and 1630 hectares of land, including 49 hectares of Reserve Sanctuary will be submerged. Most of the affected are farmers, who point to the many crops they grow and from which they make a decent living, exposing the false claims of government officials who claim this is a barren and desolate area. Despite local opposition, the project has been granted environmental clearance by the Ministry of Environment and Forests (MoEF), and forcible land acquisition by the HPPCL is underway.

All this, while Delhi continues to waste water at the rate of 1300 MLD (40% of the total 3500 MLD supplied to city never reaches its people) and make its own rivers, ponds and lakes disappear, to meet its greedy urban expansion plans. Delhi, in fact does not suffer from shortage of water but from unequal distribution, with sarkari areas of Delhi getting supply of 300 LPCD, 10 times the amount of water received in other areas like Mehrauli. And already, Delhi sources water from the Bhakra Nangal Project, Tehri Dam Project and directly from the rivers Yamuna and Ganga, and Renukaji is its next but certainly not last stop.

While the government justifies the dam in the ‘national interest’, the video attempts to brings out the perspective of citizens of Delhi and Renuka Valley, and leaves one wondering just how Delhi is in the national interest and Renuka valley is not.

To support or follow this movement, contact members of the Ma Renukaji Sangarsh Samiti: Puranchand Sharma at +91-9318879228 or Manshi Asher at +91-9816345198, or email Manshi at manshi.asher@gmail.com.

 

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Goa, Goa, Gone - A documentary that explores the impact of mining on Goa's environment

Goa is the second smallest state in India, with a total land mass of 3702 sq kms, and is one of the world's 12 bio-diversity hot-spots. While the largest industry is Tourism, conversely the second largest is mining. 8% of this state’s land is already under mining, mostly for iron ore, which is largely exported to China. Iron ore exports from Goa increased from 229,42,000 tons (Rs. 4645 crores) to 247,17,000 tons (Rs. 6117 crores) in 2004-05, and to 253,14,000 tons (Rs. 17719 crores) in 2005-06.

Illegal and environmentally immoral mining for iron ore is ravaging Goa, and neo-liberal economic policy and global trade is guaranteeing its destruction. A draft mining policy that has been introduced in the Goa Legislative Assembly in 2008,  gives lifelong leases to some of the mining companies, and slowly but surely, paves way for the complete destruction of Goa.

Opposition from citizens to this unregulated industry is increasing, and clashes between locals, police and security officers of the mining companies are on the rise.

This documentary explores the impact of mining on Goa’s environment from the perspective of its citizens.

To follow and support this anti-mining agitation, please visit the website of MAND Adivasi Rights Research and Resource Centre, or email Kurush at kurush.canteenwala@gmail.com.

 

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Silviculture of Indian Trees by Robert Scott Troup

TreeSilviculture, in other words the agriculture of trees, pertains to the establishment, development, care and reproduction of forest/tree crops. 

The Silviculture of Indian Trees, is a seminal reference work in three volumes, that contains in-depth information (from a silvicultural point of view) about nearly all tree species of India, covering some 63 botanical orders. It is the outcome of twenty years of field-based research by Robert Scott Troup, a British forestry expert who spent much of his career in India, and is considered a classic landmark work on the subject.

The book starts with an introduction, followed by information organised by the botanical order, genera and finally, species. Each sub-section on a specific species, contains details such as the botanical name, vernacular names, distribution and habitat, silvicultural characters (climatic, temperature, soil conditions that help the tree grow), botanical descriptions as well as silhoutte drawings of the seed seedling leaf trunk root flower fruit bark and other plant parts, uses, flowering fruiting and leaf-shedding process as well as season, natural and artificial reproduction methods and rate of growth, germination process and role of animals birds insects wind and water, and botanically allied species. Read More

Geology of India - DN Wadia - Macmillan publishers (1919)

Geology of India - Book CoverGeology is the science and study of the composition, structure, physical properties, dynamics and history of the liquid and solid materials/matter that constitutes the Earth, and the processes by which they are formed, moved or changed.

The Geology of India by DN Wadia, a geologist with the Geological Survey of India, is considered to be one of the most important and complete reference works available today on the subject.

Contents
1. Physical features, 2. Stratigraphy of India, 3. The Archaean System, 4. The Dharwar System, 5. The Cuddapah System, 6. The Vindhyan System, 7. The Cambrian System, 8. The Silurian, Devonian and Lower Carboniferous Systems, 9, 10. The Gondwana System, 11. The Upper Carboniferous and Permian Systems, 12. The Triassic System, 13. The Jurassic System, 14, 15. The Cretaceous System, 16. The Deccan Trap, 17. The Tertiary Systems, 18. The Eocene System, 19. The Oligocene and Lower Miocene Systems, 20. The Siwalik System - Middle Miocene and Lower Pliocene, 21-24. The Pleistocene System, 25. Physiography, 26. Economic Geology, 27. Geology and Stratigraphy of Kashmir; Index. Total contents - 398 pages.

The book divides India into three main geological divisions - the triangular plateau of the peninsula, the mountainous or the extra-peninsular region bordering India on the west north and east, and the Indo-gangetic plain extending from the valley of the Indus to the valley of the Brahmaputra in Assam. The desert region of western Rajasthan is considered to be a unique fourth category, as it combines characteristics of two of the three main divisions. Read More

Groundwater Quality Scenario in Karnataka State - District-wise reports (single file) (2004)

As part of its committment to provide safe drinking water to its rural communities, the Karnataka State Government as part of its World Bank-assisted Jal Nirmal Yojana program, implemented through the Karnataka Rural Water Supply and Sanitation Agency, took an initiative to adopt a Geographical Information System (GIS) approach to develop a Spatial Information and Knowledge base on groundwater quality of Karnataka.

As part of this effort, a comprehensive study of the quality of groundwater being supplied in rural areas has been taken up and water quality mapping, building of GIS database and profiles have been generated for 27 districts and 175 taluks. For this the chemical analytical data of water samples collected from bore wells in different villages by the Rural Development and Engineering Department (RDED) have been used. In all about 1,54,491 groundwater samples have been collected and analysed for 14 major parameters covering 33,647 villages out of the total 56,682 villages in the state.

This section contains individual district-wise profile files. Each district profile contains district and taluk level information across various study parameters, followed by representation of the analysis of the data through district level GIS maps.

All the district profiles can be downloaded as one single file below.

We acknowledge the support of S Vishwanath (Rainwater Club Bangalore) and Anand Kumar Naidu (Bangalore) in making this publication available on India Water Portal.

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Arghyam

6.22-2011.07.01-06