ICONIC BRAHMAPUTRA RIVER CRUISE India 10 Nights / 11 Days
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Revised Master Plan and Zoning Regulations for Greater Tezpur -2031
REVISED MASTER PLAN AND ZONING REGULATIONS FOR GREATER TEZPUR -2031 PREPARED BY DISTRICT OFFICE TOWN AND COUNTRY PLANNING GOVERNMENT OF ASSAM TEZPUR: ASSAM SCHEDULE a) Situation of the Area : District : Sonitpur Sub Division : Tezpur Area : 12,659Hect. Or 126.60 Sq Km. TOWN & VILLAGES INCLUDED IN THE REVISED MASTER PLAN AREA FOR GREATER TEZPUR – 2031 MOUZA TOWN & VILLAGES Mahabhairab Tezpur Town & 1. Kalibarichuk, 2. Balichapari, 3. Barikachuburi, 4. Hazarapar Dekargaon, 5. Batamari, 6. Bhojkhowa Chapari, 7. Bhojkhowa Gaon, 8. Rajbharal, 9. Bhomoraguri Pahar, 10. Jorgarh, 11. Karaiyani Bengali, 12. Morisuti, 13. Chatai Chapari, 14. Kacharipam, 15. Bhomoraguri Gaon, 16. Purani Alimur, 17. Uriamguri, 18. Alichinga Uriamguri. Bhairabpad 19. Mazgaon, 20. Dekargaon, 21. Da-parbatia, 22. Parbatia, 23. Deurigaon, 24. Da-ati gaon, 25. Da-gaon pukhuria, 26. Bamun Chuburi, 27. Vitarsuti, 28. Khanamukh, 29. Dolabari No.1, 30. Dolabari No.2, 31. Gotlong, 32. Jahajghat 33. Kataki chuburi, 34. Sopora Chuburi, 35. Bebejia, 36. Kumar Gaon. Halleswar 37. Saikiachuburi Dekargaon, 38. Harigaon, 39. Puthikhati, 40. Dekachuburi Kundarbari, 41. Parowa gaon, 42. Parowa TE, 43. Saikia Chuburi Teleria, 44. Dipota Hatkhola, 45. Udmari Barjhar, 46. Nij Halleswar, 47. Halleswar Devalaya, 48. Betonijhar, 49. Goroimari Borpukhuri, 50. Na-pam, 51. Amolapam, 52. Borguri, 53. Gatonga Kahdol, 54. Dihingia Gaon, 55. Bhitar Parowa, 56. Paramaighuli, 57. Solmara, 58. Rupkuria, 59. Baghchung, 60. Kasakani, 61. Ahatguri, 62. Puniani Gaon, 63. Salanigaon, 64. Jagalani. Goroimari 65. Goroimari Gaon, 66. Goroimari RF 1 CHAPTER – I INTRODUCTION Tezpur town is the administrative H/Q of Sonitpur Dist. Over the years this town has emerged as on the few major important urban centers of Assam & the North Eastern Region of India. -
Entropy and Energy Dissipation of a Braided River System
Available online at www.sciencedirect.com ScienceDirect Procedia Engineering 144 ( 2016 ) 1175 – 1179 12th International Conference on Vibration Problems, ICOVP 2015 Entropy and Energy Dissipation of a Braided River System Vinay Chembolua, Subashisa Duttab* aDepartment of Civil Engineering, Indian Institute of Technology Guwahati, Guwahati,781039, India bDepartment of Civil Engineering, Indian Institute of Technology Guwahati, Guwahati, 781039, India Abstract The randomness in morphology of the Brahmaputra River is very common because of its high flow variability and erodible banks. The river is severely braided with no permanent bank line and varies its width by 1.2 km to 18 km. During the monsoon season it follows several tortuous braided paths to dissipate its enormous energy. The river changes its braided planform in response to seasonal water and sediment waves and makes its morphology extremely complex. This paper aims to link the braided planform disorderness as a measure of entropy with the energy dissipated by the braided river system to study the river behaviour for various flood waves. © 20162016 Published The Authors. by Elsevier Published Ltd. This by Elsevieris an open Ltd access. article under the CC BY-NC-ND license (Peerhttp://creativecommons.org/licenses/by-nc-nd/4.0/-review under responsibility of the organizing). committee of ICOVP 2015. Peer-review under responsibility of the organizing committee of ICOVP 2015 Keywords: Braided river system; entropy; energy dissipation 1. Introduction The Brahmaputra river one of the largest rivers in the world has its origin in the Himalayan glaciers traverses through Tibet (1628 km), India (918 km), Bangladesh (337 km) and finally flows into Bay of Bengal [1]. -
Preprint 06-041
SME Annual Meeting Mar. 27-Mar.29, 2006, St. Louis, MO Preprint 06-041 A MEANDER CUTOFF INTO A GRAVEL EXTRACTION POND, CLACKAMAS RIVER, OREGON P. J. Wampler, Grand Valley State Univ., Allendale, MI E. F. Schnitzer, Dept. of Geology and Mineral Industries, Albany, OR D. Cramer, Portland General Electric, Estacada, OR C. Lidstone, Lidstone and Assoc(s)., Fort Collins, CO Abstract Introduction The River Island mining site is located at approximately river mile The River Island site provides a unique opportunity to examine (RM) 15 on the Clackamas River, a large gravel-bed river in northwest the physical changes to a river channel resulting from avulsion into a Oregon. During major flooding in February 1996, rapid channel gravel extraction pond. Data from before and after the meander cutoff change occurred. The natural process of meander cutoff, slowed for allow evaluation of changes to river geometry, sediment transport, several years by dike construction, was accelerated by erosion into temperature, habitat, and channel form. gravel extraction ponds on the inside of a meander bend during the An avulsion is defined as a lateral migration or cutoff of a river. It flood. involves the diversion of water from the primary channel into a new In a matter of hours, the river cut off a meander and began flowing channel that is either created during the event or reoccupied. through a series of gravel pits located on the inside of the meander Avulsions may be rapid or take many years to complete (Slingerland bend. The cutoff resulted in a reduction in reach length of and Smith, 2004). -
Three-Decadal Dynamics of Mid-Channel Bars in Downstream Of
Hydrol. Earth Syst. Sci. Discuss., https://doi.org/10.5194/hess-2019-69 Manuscript under review for journal Hydrol. Earth Syst. Sci. Discussion started: 14 March 2019 c Author(s) 2019. CC BY 4.0 License. Three-decadal dynamics of mid-channel bars in downstream of the Three Gorges Dam, China Zhaofei Wen1,2, Hong Yang3,4, Changhong Ding5, Ce Zhang6, Guofan Shao2, Jilong Chen1, Mingquan Lv1, Shengjun Wu1, Zhenfeng Shao7 5 1Key Laboratory of Reservoir Aquatic Environment, Chongqing Institute of Green and Intelligent Technology, Chinese Academy of Sciences, Chongqing, 400714, China 2Department of Forestry and Natural Resources, Purdue University, West Lafayette, 47906, USA 3State Key Laboratory of Lake Science and Environment, Nanjing Institute of Geography and Limnology, Chinese Academy of Sciences, Beijing East Road 73, Nanjing, 210008, China 10 4epartment of Geography and Environmental Science, University of Reading, Whiteknights, Reading RG6 6AB, UK 5Aviation University Air Force, Changchun, 130022, China 6Lancaster Environment Centre, Lancaster University, Lancaster, LA1 4YQ, UK 7State Key Laboratory of Information Engineering in Surveying, Mapping and Remote Sensing, Wuhan University, Wuhan, 430079, China 15 Correspondence to: Zhaofei Wen ([email protected]) Abstract. The downstream of the world’s largest Three Gorges Dam (TGD) along Yangtze River (1560 km) hosts numerous mid-channel bars (MCBs). The morphodynamics of these MCBs are crucial to the river’s hydrological processing, local ecological functioning and socioeconomic development. However, a systematic understanding of such dynamics and their 20 linkages to the TGD across the entire downstream reach remain largely unknown. Using Landsat archive images and a thematic extracting scheme, the work presents comprehensive monitoring of MCB dynamics in terms of number, area, and shape, in the downstream of the TGD during 1985–2018. -
District Disaster Management Plan, 2011-12 Golaghat
DISTRICT DISASTER MANAGEMENT PLAN, GOLAGHAT DISTRICT DISASTER MANAGEMENT AUTHORITY, GOLAGHAT. Ph: 03774-283282 [1] DISTRICT DISASTER MANAGEMENT PLAN, GOLAGHAT Table of Contents 1-4 Foreword 5 Chapter-I Multi Hazard Disaster Management Plan 1.1 Introduction ` 6 1.2 Why DDMP 6 1.3 Objective 6 1.4 Disasters 7 1.5 Vision 7 Chapter-II Administrative Arrangement for Disaster Management 2.1 District Disaster Management Authority, Golaghat 8 2.2 District level Crisis management Group 8 2.3 District Disaster Management Teams, Golaghat 8 2.3.1. Early Warning and Information Management Team 8 2.3.2 Quick Response Team 9-11 2.3.4 Rescue and Evacuation Team: 12 2.3.5 Emergency Health Management Team: 12 2.3.6 Shelter Management Team: 13 2.3.7 Water and Sanitation Team: 13 2.3.8 Relief and Co-ordination Team: 13 2.3.9 Damage Assessment Team: 14 2.3.10 Trauma Counselling Team: 15 2.3.11 Carcass Disposal Team: 15 2.3.12 Patrolling Team: 15 2.3.13 Incident Response Team (IRT) 16-17 Chapter-III Overview of the District 3.1 Location, Area and Administrative Division 18 3.2 Health Institutions 19 3.3 Fire Services 19 3.4 Accessibility 20 Chapter-IV Risk Assessment and Vulnerability Analysis 4.1. Risk Assessment: 21 4.2. Vulnerability of various elements to different hazards 21 4.3. Disaster Probability: 22 4.4 Flood Prone Villages in the district: 23 4.5. Embankments,Roads & Bridges likely to be affected 23-27 4.6. Agricultural Crops likely to be affected: 28 4.7. -
Detailed Project Report National Adaptation Fund
DETAILED PROJECT REPORT ON MANAGEMENT OF ECOSYSTEM OF KAZIRANGA NATIONAL PARK BY CREATING CLIMATE RESILIENT LIVELIHOOD FOR VULNERABLE COMMUNITIES THROUGH ORGANIC FARMING AND POND BASED PISCICULTURE for NATIONAL ADAPTATION FUND ON CLIMATE CHANGE SUBMITTED TO MINISTRY OF ENVIRONMENT, FOREST & CLIMATE CHANGE, GOVERNMENT OF INDIA Indira Paryavaran Bhavan, Jorbagh Road, New Delhi - 110003 Page | 1 Title of Project/Programme: Management of ecosystem of Kaziranga National Park by creating climate resilient livelihood for vulnerable communities through organic farming and pond based pisciculture Project/Programme Objective/s: The proposed project entails the following broad objectives: ► Rejuvenating selected beels which are presently completely dry and doesn’t hold any water, which includes de-siltation of the beel to increase the depth and thus the augment the water holding capacity of the beel. ► Increase in livelihood option for vulnerable communities living in vicinity of Kaziranga National Park through organic farming and pond based fisheries ► Management of watersheds through check dams and ponds Organic farming is envisaged for the vulnerable communities within the southern periphery of the national park. A focused livelihood generation from fisheries is also envisaged for the fishing communities living in the in the north bank of Brahmaputra. Project/ Programme Sector: ► Forestry, agriculture, fisheries and ecosystem Name of Executing Entity/ies/Department: ► Kaziranga National Park (KNP) under Department of Environment & Forests (DoEF), Government of Assam. Beneficiaries: ► Vulnerable communities living in the periphery of Kaziranga National Park (KNP), Assam Project Duration: 3 years Start Date: October 2016 End Date: September 2019 Amount of Financing Requested (INR.): 2,473.08 Lakhs Project Location: The list of finalised project sites are as under. -
Water Resource Competition in the Brahmaputra River Basin: China, India, and Bangladesh Nilanthi Samaranayake, Satu Limaye, and Joel Wuthnow
Water Resource Competition in the Brahmaputra River Basin: China, India, and Bangladesh Nilanthi Samaranayake, Satu Limaye, and Joel Wuthnow May 2016 Distribution unlimited This document represents the best opinion of CNA at the time of issue. Distribution Distribution unlimited. Specific authority contracting number: 14-106755-000-INP. For questions or comments about this study, contact Nilanthi Samaranayake at [email protected] Cover Photography: Brahmaputra River, India: people crossing the Brahmaputra River at six in the morning. Credit: Encyclopædia Britannica ImageQuest, "Brahmaputra River, India," Maria Stenzel / National Geographic Society / Universal Images Group Rights Managed / For Education Use Only, http://quest.eb.com/search/137_3139899/1/137_3139899/cite. Approved by: May 2016 Ken E Gause, Director International Affairs Group Center for Strategic Studies Copyright © 2016 CNA Abstract The Brahmaputra River originates in China and runs through India and Bangladesh. China and India have fought a war over contested territory through which the river flows, and Bangladesh faces human security pressures in this basin that will be magnified by upstream river practices. Controversial dam-building activities and water diversion plans could threaten regional stability; yet, no bilateral or multilateral water management accord exists in the Brahmaputra basin. This project, sponsored by the MacArthur Foundation, provides greater understanding of the equities and drivers fueling water insecurity in the Brahmaputra River basin. After conducting research in Dhaka, New Delhi, and Beijing, CNA offers recommendations for key stakeholders to consider at the subnational, bilateral, and multilateral levels to increase cooperation in the basin. These findings lay the foundation for policymakers in China, India, and Bangladesh to discuss steps that help manage and resolve Brahmaputra resource competition, thereby strengthening regional security. -
1. This Tribunal Vide the Order Dated 24.08.2016, Dealt with The
BEFORE THE NATIONAL GREEN TRIBUNAL PRINCIPAL BENCH, NEW DELHI Review Application No. 29/2016 In O.A. No. 38/2011 And Execution Application No. 43/2017 in M.A. No. 787/2015 & M.A. No. 1006/2015 In O.A. No. 38/2011 IN THE MATTER OF :- Numaligarh Refinery Ltd. Vs. Rohit Choudhary & Ors. And Rohit Choudhary Vs. Union of India & Ors. CORAM : HON’BLE MR. JUSTICE ADARSH KUMAR GOEL, CHAIRPERSON HON’BLE DR. JUSTICE JAWAD RAHIM, JUDICIAL MEMBER HON’BLE MR. JUSTICE S.P. WANGDI, JUDICIAL MEMBER HON’BLE DR. NAGIN NANDA, EXPERT MEMBER Review Application No. 29 of 2016 Present: Review Applicant: Mr. A.D.N. Rao, Adv. Respondent no. 1: Mr. Ritwick Dutta, Mr. Saurabh Sharam and Mr. Utkarsh Jain, Advs. Mr. Mukul Singh, Adv. for Ministry of Environment, Forest and Climate Change Mr. Shuvodeep Roy and Mr. Vinayak Gupta, Advs. for State of Assam Execution Application No. 43 of 2017 Present: Applicant: Mr. Ritwick Dutta, Mr. Utkarsh Jain and Ms. Meera Gopal, Advs. Respondents: Mr. Divya Prakash Pandey, Adv. Mr. Balendu Shekhar, Mr. Sriansh Prakash and Mr. Rajkumar Maurya, Advs. for Ministry of Environment, Forest and Climate Change Mr. Shuvodeep Roy and Mr. Vinayak Gupta, Advs. for State of Assam Date and Orders of the Tribunal Remarks Item Nos. 13 & 14 1. This Tribunal vide the order dated 24.08.2016, dealt August 03, with the allegation that the Township extension area of 2018 Numaligarh Refinery Limited covered a part of elephant R corridor which interfered with the environment. Following facts were noticed: “19. From the above mentioned letters of DFO st th Golaghat dated 21 February 2011 and 27 May, 2015, the video clipping where an elephant has died after hitting against the said wall and the applicant’s affidavit referring to 12 elephants having died due to construction of said wall, it is clear that the ‘NRL’ has constructed the boundary wall in 2011 for the proposed expansion of Phase-3 of their residential complex and the said wall is coming in the way of the elephant corridor. -
Conservation of Gangetic Dolphin in Brahmaputra River System, India
CONSERVATION OF GANGETIC DOLPHIN IN BRAHMAPUTRA RIVER SYSTEM, INDIA Final Technical Report A. Wakid Project Leader, Gangetic Dolphin Conservation Project Assam, India Email: [email protected] 2 ACKNOWLEDGEMENT There was no comprehensive data on the conservation status of Gangetic dolphin in Brahmaputra river system for last 12 years. Therefore, it was very important to undertake a detail study on the species from the conservation point of view in the entire river system within Assam, based on which site and factor specific conservation actions would be worthwhile. However, getting the sponsorship to conduct this task in a huge geographical area of about 56,000 sq. km. itself was a great problem. The support from the BP Conservation Programme (BPCP) and the Rufford Small Grant for Nature Conservation (RSG) made it possible for me. I am hereby expressing my sincere thanks to both of these Funding Agencies for their great support to save this endangered species. Besides their enormous workload, Marianne Dunn, Dalgen Robyn, Kate Stoke and Jaimye Bartake of BPCP spent a lot of time for my Project and for me through advise, network and capacity building, which helped me in successful completion of this project. I am very much grateful to all of them. Josh Cole, the Programme Manager of RSG encouraged me through his visit to my field area in April, 2005. I am thankful to him for this encouragement. Simon Mickleburgh and Dr. Martin Fisher (Flora & Fauna International), Rosey Travellan (Tropical Biology Association), Gill Braulik (IUCN), Brian Smith (IUCN), Rundall Reeves (IUCN), Dr. A. R. Rahmani (BNHS), Prof. -
Effects of Hydrological Connectivity on the Benthos of a Large River (Lower Mississippi River, USA)
University of Mississippi eGrove Electronic Theses and Dissertations Graduate School 1-1-2018 Effects of Hydrological Connectivity on the Benthos of a Large River (Lower Mississippi River, USA) Audrey B. Harrison University of Mississippi Follow this and additional works at: https://egrove.olemiss.edu/etd Part of the Biology Commons Recommended Citation Harrison, Audrey B., "Effects of Hydrological Connectivity on the Benthos of a Large River (Lower Mississippi River, USA)" (2018). Electronic Theses and Dissertations. 1352. https://egrove.olemiss.edu/etd/1352 This Dissertation is brought to you for free and open access by the Graduate School at eGrove. It has been accepted for inclusion in Electronic Theses and Dissertations by an authorized administrator of eGrove. For more information, please contact [email protected]. EFFECTS OF HYDROLOGICAL CONNECTIVITY ON THE BENTHOS OF A LARGE RIVER (LOWER MISSISSIPPI RIVER, USA) A Dissertation presented in partial fulfillment of requirements for the degree of Doctor of Philosophy in the Department of Biological Sciences The University of Mississippi by AUDREY B. HARRISON May 2018 Copyright © 2018 by Audrey B. Harrison All rights reserved. ABSTRACT The effects of hydrological connectivity between the Mississippi River main channel and adjacent secondary channel and floodplain habitats on macroinvertebrate community structure, water chemistry, and sediment makeup and chemistry are analyzed. In river-floodplain systems, connectivity between the main channel and the surrounding floodplain is critical in maintaining ecosystem processes. Floodplains comprise a variety of aquatic habitat types, including frequently connected secondary channels and oxbows, as well as rarely connected backwater lakes and pools. Herein, the effects of connectivity on riverine and floodplain biota, as well as the impacts of connectivity on the physiochemical makeup of both the water and sediments in secondary channels are examined. -
On the Formation of Fluvial Islands
AN ABSTRACT OF THE DISSERTATION OF Joshua R. Wyrick for the degree of Doctor of Philosophy in Civil Engineering presented on March 31, 2005. Title: On the Formation of Fluvial Islands Abstract approved: Signature redacted for privacy. Peter C. Klingeman This research analyzes the effects of islands on river process and the effects river processes have on island formation. A fluvial island is defined herein as a land mass within a river channel that is separated from the floodplain by water on all sides, exhibits some stability, and remains exposed during bankfull flow. Fluvial islands are present in nearly all major rivers. They must therefore have some impact on the fluid mechanics of the system, and yet there has never been a detailed study on fluvial islands.Islands represent a more natural state of a river system and have been shown to provide hydrologic variability and biotic diversity for the river. This research describes the formation of fluvial islands, investigates the formation of fluvial islands experimentally, determines the main relations between fluvial islands and river processes, compares and describes relationships between fluvial islands and residual islands found in megaflood outwash plains, and reaches conclusions regarding island shape evolution and flow energy loss optimization. Fluvial islands are known to form by at least nine separate processes: avulsion, gradual degradation of channel branches, lateral shifts in channel position, stabilization of a bar or riffle, isolation of structural features, rapid incision of flood deposits, sediment deposition in the lee of an obstacle, isolation of material deposited by mass movement, and isolation of riparian topography after the installation of a dam. -
The Mirror (Vol-3) ISSN – 2348-9596
The Mirror (Vol-3) ISSN – 2348-9596 1 The Mirror (Vol-3) ISSN – 2348-9596 Edited by Dr. Anjan Saikia Cinnamara College Publication 2 The Mirror (Vol-3) ISSN – 2348-9596 The Mirror Vol-III: A Bilingual Annual Journal of Department of History, Cinnamara College in collaboration with Assam State Archive, Guwahati, edited by Dr. Anjan Saikia, Principal, Cinnamara College, published by Cinnamara College Publication, Kavyakshetra, Cinnamara, Jorhat-8 (Assam). International Advisor Dr. Olivier Chiron Bordeaux III University, France Chief Advisor Dr. Arun Bandopadhyay Nurul Hassan Professor of History University of Calcutta, West Bengal Advisors Prof. Ananda Saikia Indrajit Kumar Barua Founder Principal President, Governing Body Cinnamara College Cinnamara College Dr. Om Prakash Dr. Girish Baruah School of Policy Sciences Ex-Professor, DKD College National Law University, Jodhpur Dergaon, Assam Dr. Daljit Singh Dr. Yogambar Singh Farswan Department of Punjab Historical Deparment of History & Archaeology Studies Punjabi University, Patiala H.N. Bahuguna Garhwal University Dr. Ramchandra Prasad Yadav Dr. Vasudev Badiger Associate Professor, Satyawati Professor, and Department of studies College University of Delhi in Ancient History & Archaeology Dr. Rupam Saikia, Director Kannada University, Karnataka College Development Council Dr. Rup Kumar Barman Dibrugarh University Professor, Department of History Dr. K. Mavali Rajan Jadavpur University, West Bengal Department of Ancient Indian Dr. Suresh Chand History Culture & Archeology Special Officer & Deputy Registrar copyrights Santiniketan Incharge-ISBN Agency Dr. Rahul Raj Ministry of Human Resource Development Department of Ancient Indian Government of India, New Delhi History Culture & Archaeology Dr. Devendra Kumar Singh Banaras Hindu University Department of History Dr. Uma Shanker Singh Indira Gandhi National Tribal University Department of History Madhya Pradesh Dyal Singh College Dr.