Promising Value Chains in Three Townships of Chin State, Myanmar
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Hakha Chin Land and Resource Tenure Resource and Land Chin Hakha in Change and Persistence
PERSISTENCE AND CHANGE IN HAKHA CHIN LAND AND RESOURCETENURE PERSISTENCE AND CHANGE IN HAKHA CHIN LAND AND RESOURCE TENURE A STUDY ON LAND DYNAMICS IN THE PERIPHERY OF HAKHA M. Boutry, C. Allaverdian, Tin Myo Win, Khin Pyae Sone Of and Lives Land series Myanmar research Of Lives and Land Myanmar research series PERSISTENCE AND CHANGE IN HAKHA CHIN LAND AND RESOURCE TENURE A STUDY ON LAND DYNAMICS IN THE PERIPHERY OF HAKHA M. Boutry, C. Allaverdian, Tin Myo Win, Khin Pyae Sone Of Lives and Land Myanmar research series DISCLAIMER Persistence and change in Hakha Chin land and resource tenure: a study on land This document is supported with financial assistance from Australia, Denmark, dynamics in the periphery of Hakha. the European Union, France, Ireland, Italy, Luxembourg, the Netherlands, New Zealand, Sweden, Switzerland, the United Kingdom, the United States of America, and Published by GRET, 2018 the Mitsubishi Corporation. The views expressed herein are not to be taken to reflect the official opinion of any of the LIFT donors. Suggestion for citation: Boutry, M., Allaverdian, C. Tin Myo Win, Khin Pyae Sone. (2018). Persistence and change in Hakha Chin land and resource tenure: a study on land dynamics in the periphery of Hakha. Of lives of land Myanmar research series. GRET: Yangon. Written by: Maxime Boutry and Celine Allaverdian With the contributions of: Tin Myo Win, Khin Pyae Sone and Sung Chin Par Reviewed by: Paul Dewit, Olivier Evrard, Philip Hirsch and Mark Vicol Layout by: studio Turenne Of Lives and Land Myanmar research series The Of Lives and Land series emanates from in-depth socio-anthropological research on land and livelihood dynamics. -
School Facilities in Tonzang Township Chin State
Myanmar Information Management Unit School Facilities in Tonzang Township Chin State 93°20’E 93°30’E 93°40’E 93°50’E 94°0’E 94°10’E 94°20’E Bhutan India Kachin China Pangmual Bangladesh Sagaing Tualtel Shan Chin Vietnam Mandalay Magway Laos Kayah Rakhine Bago INDIA Yangon To ng ci in Kayin Ayeyarwady Thailand Tualkhiang Mon 24°0’N Cambodia 24°0’N Ta n in t h a ry i Aisih Suangbem Haicin Khenman Vanglai Thangsi Tuipialzang Phaisat Suangzang Khuaivum Sekpi Sihpek Tangsiat Suanghoih Linhnuat Cikha Lingthuk Selbung Cikha TAMU Sialmei Thuambual Khuadam Hiangzing Hawlkuam Tuimui Singpial Kansau A Senam Vaivet Mauvom Khuangkhan Bizang Kilometers 23°50’N 23°50’N Langphun Khiangkang 06123 Tuimang Tuilam Siallup Balbil Haipi Punpi Saipimual Khampat Legend Schools Sihtual TONZANG Taalzang Luangel Basic Education High School Singgial Madam Mualpi Basic Education High School (Branch) Mawngzang Basic Education Middle School Kampum Basic Education Middle School (Branch) Bapi Anlun Tuikhiang Khumnuai Basic Education Primary School Buangmual Basic Education Primary School (Branch) Suangpek Hangken Basic Education Primary School (Post) Zampi Khuabem Sopi Other Villages Mualkawi Khianglam Darkhai B Gelmual Main Town Township Boundary Darkhai B Tuitanzang Lihkhan Other Town District Boundary 23°40’N Khuamun 23°40’N Nakzang Stream State Boundary Seksih Ta lek Major Roads MAWLAIKInternational Boundary Aulun Phaidim Keltal Siabok Darkhai (A) Lungtak Minor Roads River/Water Body Tuitum Thauthe Khuavung Tonzang Khamzang Map ID: MIMU629v01 Tonzang Phaitu Creation -
Determination of Rainwater Harvesting System in Mindat District
ISSN 2319-8885 Vol.03,Issue.10 May-2014, Pages:1905-1911 www.semargroup.org, www.ijsetr.com Determination of Rainwater Harvesting System in Mindat District 1 2 JUE JUE , TIN TIN HTWE 1Dept of Civil Engineering, Mandalay Technological University, Mandalay, Myanmar, Email: [email protected]. 2Dept of Civil Engineering, Mandalay Technological University, Mandalay, Myanmar, Email: [email protected]. Abstract: This study is described about the determination of rainwater harvesting system in Mindat district, Chin State of Myanmar. Firstly, rainfall volume collected from the rooftop catchment is calculated using rational method and the existing roof catchment areas; 400 sq ft, 840 sq ft and 1200 sq ft are used to collect rain. Two types of roofing materials such as GI sheet and thatch are considered. The data length is ten years period from 2003 to 2012 and these data are recorded from department of Metrology and Hydrology. To calculate monthly water use (demand), daily water consumption for one person is taken as 15 gallons and six household members are considered in a family. 30 days in a month and 30 gallons of wastage as example for roof washing or for flushing out are considered. Comparing the demand and rainfall collected, 1200 sq ft roof catchment area with GI sheet roof in Mindat can give reliable rainwater storage. In Matupi, Kanpetlet and Paletwa, surplus rainwater is collected from GI sheet roofs of 840 sq ft and 1200 sq ft roof catchment areas. Rainfall runoff collected from the roof catchment of 400 sq ft does not meet to satisfy the demand. Secondly, surface runoff harvesting is considered to collect the rains on every catchment area where the rain falls. -
Heisa 2 46 Final.Pmd
Weekly News ang Township, Chin state &mtuya'omudk urÇmudkcsjy&ef &nf&G,fcsufjzifY pDpOfonf[k g g Township, Chin State od&Sd&ygonf/ Lom 2, Hawm 46 g Township, Chin State Cing Khawl Nuam Lai Lo Village, town, Chin Cultural Show vufrSwfrsm;udk oufqdkif&m Community BID Contact ngah lo Nang Sum Mung Tidim Town town, Lian Za Kap KalayTown Ciin Lam Dim Hai Ciin Village town, (17) ck&Sd wm0ef&Sdolrsm;xHwGif wpfapmifvQif &if;*pf 10 rQjzifY Mung Khan Tuan Tui Thang Village Hau Lam Tuang Khuadai Villag Town, Chin State 0,f,l&&dSEdkifaMumif; owif;aumif;yg;vdkufygonf/ Cin Ngaih Thawn Tui Sanzang Village, Suan Sian Lian An Laang Villa Cin Lian Mang Hei Lei Village, Tedim Township, Chin State Khup Suan Thang An Laang Villag Township, Chin State Zam Lian Khual Huapi Village, Tiddim Township, Chin State, Cin Sian Mung Thalmual village Township, Chin State Pum Uk Lian Kodam village, Tonzang township, Chin state, Zam Sum Lian Tunzang village Township, Chin State UN zum ah Interpreter ding mi ki deih Zo Pu Tuizang Village, Tiddim Township, Chin State Thang Leei Mung Suang Pi Village Township, Chin State Thang Mu Mung Se Zang Village, Teddim Township, Chin State Pau Mun Sang Lai Lo Village, T Township, Chin State Khup Sian Khai Tung Zang Village, Tedim Township, Chin State Kham Sian Khai Gor Village, Tidd Township, Chin State UN zum ah Interpreter a sem ding mi kisam a hih Thang Sian Khai Suang Hoih Village, Tiddim Township, Chin Kap Langh Sung Lai Lo Village, T , Tedim, Chin State man in a lunglut te in ACR zum ah sazian a man Bawi Pi Teklui Village, Tedim Township, Chin State Sian Khen Mung Lai Lo Village, T ng village, Tonzang Township, Pau Sang Teak Lui Village, Tiddim Town, Chin State Joseph Tui Khiang Villa g Village, Ton Zang Township lang in hong pia ta un. -
Schools in Chin State
Myanmar Information Management Unit Schools in Chin State 92°20'E 92°40'E 93°0'E 93°20'E 93°40'E 94°0'E TAMU Pangmual Tualtel Tongciin 24°0'N Tualkhiang 24°0'N Suangbem Legend Vanglai Haicin Phaisat Tuipialzang Khenman Khuaivum Suangzang Schools Sekpi Suanghoih Sihpek Lingthuk Cikha Selbung Khuadam KYIKHA Thuambual Basic Education High School Hiangzing Kansau A Tuimui Singpial Senam Khuangkhan Mauvom Basic Education High School (Branch) Vaivet Tuimang Siallup Tuilam Saipimual Balbil KHAMPAT Basic Education Middle School Luangel Madam Singgial Mualpi Mawngzang Tuikhiang Bapi Anlun Khumnuai Buangmual Basic Education Middle School (Branch) Suangpek Zampi Hangken Sopi Khuabem Khianglam Mualkawi Darkhai B Gelmual Darkhai B Lihkhan 23°40'N Tuitanzang 23°40'N Basic Education Primary School Nakzang Khuamun Seksih Talek Keltal Lungtak INDIA Tuitum Siabok Tonzang Thauthe Khuavung Khamzang Basic Education Primary School (Branch) Lalta Pangzang Tonzang Phaitu Poe Zar Chan TONZANG Tuipi Tuigel Tungtuang Cauleng Suangsang Salzang Buangzawl Basic Education Primary School (Post) Gamlai Takzang Tuikhingzang Ngente Lamthang Ngalbual Vialcian Lomzang Buanli Gelzang Sialthawzang Tungzang Pharthlang Anlangh Dampi Kamngai Tuithang Dimzang Bukphil Tualmu Taaklam Tuisanzang Phaiza Tuithang Lezang Mawngken Aipha Khiangzang Bumzang Thinglei Thenzang Thalmual (Old) Khuadai Zozang (Upper) Mawnglang Zimte Tualzang Kahgen Muallum Tongsial Thangzang Zimpi Kimlai Tuilangh Gawsing Lailui Haupi Vongmual Cingpikot Lailo Tuicinlui Mualnuam A Mualnuam B Teeklui Haupi (New) -
Soil Quality of the Tea and Apple-Growing Sites in Mindat District, Chin State, Myanmar: a Preliminary Study
Soil quality of tea and apple plantations in Myanmar Kwee and Soe ZEMLJISTE I BILJKA 70(1):27-40, 2021 Original paper DOI: 10.5937/ZemBilj2101027K Soil quality of the tea and apple-growing sites in Mindat District, Chin state, Myanmar: A preliminary study Yaung Kwee 1, 2, 3*, Khin Maw Maw Soe1 1Departments of Chemistry, Pakokku Univesity, Myaing Road, Pakokku 90401, Myanmar 2Department of Chemistry, University of Mandalay, University Drive, 73rd Mandalay, Myanmar 3Department of Chemistry, Universitas Airlangga, Surabaya 60115, Indonesia *Corresponding author: [email protected], Mobile: +959401513453 Abstract In this study, two sites from tea and apple growing sites were collected from Pyay village and Nine Mile village, Mindat district, Chin state of west Myanmar under a humid subtropical climate. The results of physicochemical properties of observed soils were neutral pH, favorable moisture, silty clay loam texture, very high content of organic carbon, organic matter and total nitrogen. However, the tea growing soil was very poor in phosphorus and potassium content. Moreover, both soils lack of available potassium. The content of heavy metals in both soils was not varied from each other and followed the order: Fe (iron) > Cu (copper) >Zn (zinc) > Pb (lead) > Cr (chromium) and was below the maximum allowed concentrations (MAC). Therefore, the studied soils are generally favorable for cultivation under the condition of application of phosphorus and potassium fertilizers. However, due to the regular application of fertilizers and pesticides, it is necessary to monitor these soils for PTE levels. Further research is recommended, which must include analyses of the physicochemical properties of soils to a two depths of 0-30 and 30-60 cm, especially for the area where fruit plants are grown. -
Southern Chin State Rapid Assessment Report Sept
First Rapid Assessment in Southern Chin State (30 th August 2010 to 9 th September 2010) Final Report Table of contents 1 Assessment rationale, objectives and methodology .................................................3 1.1 Context: worrying trends in Southern Chin State..............................................3 1.2 Objectives of the rapid assessment .................................................................4 1.3 Assessment methodology and constraints .......................................................4 2 Background information on the two townships: difficult access, few INGOs .............4 2.1 Mindat Township..............................................................................................4 2.2 Kanpetlet Township .........................................................................................5 3 Overview of local farming systems ...........................................................................6 3.1 Main crops and cropping systems....................................................................6 3.1.1 Slash-and-burn system ................................................................................6 3.1.2 Home gardens .............................................................................................7 3.1.3 Winter crops.................................................................................................7 3.1.4 Permanent crops..........................................................................................7 3.2 Farming calendar.............................................................................................8 -
Corners of Chinland – Discovery of Heart-Shaped Lake
Corners of Chinland – Discovery of Heart-shaped Lake Hidden Heart-shaped Lake Tour - 0313 2013 Outline Itinerary Brief About Rih Lake Day 1 Yangon Arrive “Rih Lake lies between the border of Burma (Myanmar) and India, western part Day 2 Kalay of Falam Township. It is one of the most Day 3 Tedim magnificent and beautiful lakes in Burma (Myanmar). The lake is about one mile in Day 4 Tedim – Tonzang –Tedim length and half a mile (four furlongs) in width. It is about 3 miles in diameter and the depth is Day 5 Rih about 60 feet. Rih Lake is well known for its shape which is heart. You can enjoy and enjoy Day 6 Kalay the marvelous landscape with Rih Lake by boat (only 5pax). We sure it will give you the most Day 7 Yangon remarkable experience in your life.” Day 8 Yangon Depart Healthy Forest between Kalay and Tedim Memmorial Stone Slabs at Tonzang Beauty of Rih Lake Red Rhododendron Friends of Nature Travels and Tours No. 618, Nanta Gone Street, Insein Tsp. Yangon, Myanmar. Tel: + 95-1-641456, +95-9-5048059 Fax: +95-1-641456. W: www.myanmarnature.com, E-mail: [email protected], [email protected] Corners of Chinland Tour – Discovery of Heart-shaped Lake 2013 Dates and Costs October - April 2013 US $ - 2561/Pax According to local exchange rate and local situation, the tour programe and tour price may change. Grading This is a cultural and natural photography tour, with little walking except for a long walk at . Grading is B (soft trekking). -
Infrastructure and Urban Development Plans P in Chin State
Chin State Investment and Product Fair 16th March 2019 Myanmar Convention Center, Yangon Infrastructure and Urban Development Plans in Chin State Daw Aye Aye Myint Deputy Director General Department of Urban and Housing Development Ministry of Construction Contents • Business opportunities to invest in road infrastructure in Chin State • National Spppatial Development Framework Plan • Urban and Regional Planning • Hierarchy of Urban Development Planning • Urbanization, Population and Potential in Chin State • Town Development Concept Plans in Chin State • Urban System, Urban Transformation and the Role of Cities in Chin State Overview of Chin State Area 36000 Square kilometer (5. 3%) of the whole Myanmar Population 518,614 (1.02%) of the whole Myanmar Total length of Road in Chin State -10770.76 kilometer Total Length of Roads in Chin State Under DOH -2119.329 km (1316 miles 7.25 Furlong) Total Length of Union Roads in Chin State Under DOH -(8) Roads 687. 0 km (426 mile 7 Furlong) Total Length of Provisional Roads in Chin State Under DOH-(25) Roads (1432.35km) (ill)(890 mil 0.12 Furlong) Government Budgets (2018-2019) - Union Budget - 16296.589 million (MMK) - Chin State Budget - 71541.493 million (MMK) Total - 87838.082 million (()MMK) Road Density - 0.059 km/km² - 4.09 km per 1000 people Per Capita Financing - 169370/- MMK Per Capita Annual Income -737636 MMK(2017-2018) Connectivity Dominant - Transport Linkage Objective - Movement of Peopp()le and Goods/ Tourism and Business(Trade)etc., Mode - (6) modes . Railway . Road -
'Threats to Our Existence'
Threats to Our Existence: Persecution of Ethnic Chin Christians in Burma Chin Human Rights OrganizaƟ on Threats to Our Existence: Persecution of Ethnic Chin Christians in Burma September, 2012 © Chin Human Rights OrganizaƟ on 2 Montavista Avenue Nepean ON K2J 2L3 Canada www.chro.ca Photos © CHRO Front cover: Chin ChrisƟ ans praying over a cross they were ordered to destroy by the Chin State authoriƟ es, Mindat township, July 2010. Back cover: Chin ChrisƟ an revival group in Kanpetlet township, May 2010. Design & PrinƟ ng: Wanida Press, Thailand ISBN: 978-616-305-461-6 Threats to Our Existence: PersecuƟ on of ethnic Chin ChrisƟ ans in Burma i Contents CONTENTS ......................................................................................................................... i Figures and appendices .................................................................................................. iv Acronyms ....................................................................................................................... v DedicaƟ on ...................................................................................................................... vii Acknowledgements ........................................................................................................ viii About the Chin Human Rights OrganizaƟ on................................................................... ix RaƟ onale and methodology ........................................................................................... ix Foreword ....................................................................................................................... -
Beyond Labor History's Comfort Zone? Labor Regimes in Northeast
Chapter 9 Beyond Labor History’s Comfort Zone? Labor Regimes in Northeast India, from the Nineteenth to the Twenty-First Century Willem van Schendel 1 Introduction What is global labor history about? The turn toward a world-historical under- standing of labor relations has upset the traditional toolbox of labor histori- ans. Conventional concepts turn out to be insufficient to grasp the dizzying array and transmutations of labor relations beyond the North Atlantic region and the industrial world. Attempts to force these historical complexities into a conceptual straitjacket based on methodological nationalism and Eurocentric schemas typically fail.1 A truly “global” labor history needs to feel its way toward new perspectives and concepts. In his Workers of the World (2008), Marcel van der Linden pro- vides us with an excellent account of the theoretical and methodological chal- lenges ahead. He makes it very clear that labor historians need to leave their comfort zone. The task at hand is not to retreat into a further tightening of the theoretical rigging: “we should resist the temptation of an ‘empirically empty Grand Theory’ (to borrow C. Wright Mills’s expression); instead, we need to de- rive more accurate typologies from careful empirical study of labor relations.”2 This requires us to place “all historical processes in a larger context, no matter how geographically ‘small’ these processes are.”3 This chapter seeks to contribute to a more globalized labor history by con- sidering such “small” labor processes in a mountainous region of Asia. My aim is to show how these processes challenge us to explore beyond the comfort zone of “labor history,” and perhaps even beyond that of “global labor history” * International Institute of Social History and University of Amsterdam. -
Geological and Tectonic Evolution of the Indo‑Myanmar Ranges (IMR) in the Myanmar Region
This document is downloaded from DR‑NTU (https://dr.ntu.edu.sg) Nanyang Technological University, Singapore. Geological and tectonic evolution of the Indo‑Myanmar Ranges (IMR) in the Myanmar region Khin, Kyi; Zaw, Khin; Aung, Lin Thu 2017 Khin, K., Zaw, K., & Aung, L. T. (2017). Geological and tectonic evolution of the Indo‑Myanmar Ranges (IMR) in the Myanmar region. Geological Society Memoir, 48(1), 65‑79. doi:10.1144/M48.4 https://hdl.handle.net/10356/144426 https://doi.org/10.1144/M48.4 © 2017 The Author(s). All rights reserved. This paper was published by The Geological Society of London in Geological Society Memoir and is made available with permission of The Author(s). Downloaded on 10 Oct 2021 10:59:28 SGT Geological and tectonic evolution of the Indo-Myanmar Ranges (IMR) in the Myanmar region KYI KHIN1*, KHIN ZAW2 & LIN THU AUNG3 1SK Engineering and Construction, Singapore Branch, 415979, Singapore 2CODES ARC Centre of Excellence in Ore Deposits, University of Tasmania, Private Bag 126, Hobart, Tasmania 7001, Australia 3Earth Observatory of Singapore, Nanyang Technological University, 50 Nanyang Avenue, N2-01a-14, 639798, Singapore *Correspondence: [email protected] The Indo-Myanmar Ranges (IMR) of Myanmar, also known as of studies in the IMR of Myanmar aiming to understand the the Indo-Burman Ranges (IBR) or the Western Ranges, extend nature and origin of the continental crust beneath Myanmar, from the East Himalayan Syntaxis (EHS) southwards along the significant for Mesozoic and Cenozoic plate tectonic recon- eastern side of the Bay of Bengal to the Andaman Sea, compris- structions of Southeast Asia.