Assessment on Environmental Impacts of Gold Mining in Wetthe-Phatshe Area of Thabeikkyin Township
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Village Tract of Mandalay Region !
!. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. !. Myanmar Information Management Unit !. !. !. Village Tract of Mandalay Region !. !. !. !. 95° E 96° E Tigyaing !. !. !. / !. !. Inn Net Maing Daing Ta Gaung Taung Takaung Reserved Forest !. Reserved Forest Kyauk Aing Mabein !. !. !. !. Ma Gyi Kone Reserved !. Forest Thabeikkyin !. !. Reserved Forest !. Let Pan Kyunhla Kone !. Se Zin Kone !. Kyar Hnyat !. !. Kanbalu War Yon Kone !. !. !. Pauk Ta Pin Twin Nge Mongmit Kyauk Hpyu !. !. !. Kyauk Hpyar Yae Nyar U !. Kyauk Gyi Kyet Na !. Reserved Hpa Sa Bai Na Go Forest Bar Nat Li Shaw Kyauk Pon 23° N 23° Kyauk War N 23° Kyauk Gyi Li Shaw Ohn Dan Lel U !. Chaung Gyi !. Pein Pyit !. Kin Tha Dut !. Gway Pin Hmaw Kyauk Sin Sho !. Taze !. !. Than Lwin Taung Dun Taung Ah Shey Bawt Lone Gyi Pyaung Pyin !. Mogoke Kyauk Ka Paing Ka Thea Urban !. Hle Bee Shwe Ho Weik Win Ka Bar Nyaung Mogoke Ba Mun !. Pin Thabeikkyin Kyat Pyin !. War Yae Aye !. Hpyu Taung Hpyu Yaung Nyaung Nyaung Urban Htauk Kyauk Pin Ta Lone Pin Thar Tha Ohn Zone Laung Zin Pyay Lwe Ngin Monglon !. Ye-U Khin-U !. !. !. !. !. Reserved Forest Shwe Kyin !. !. Tabayin !. !. !. !. Shauk !. Pin Yoe Reserved !. Kyauk Myaung Nga Forest SAGAING !. Pyin Inn War Nat Taung Shwebo Yon !. Khu Lel Kone Mar Le REGION Singu Let Pan Hla !. Urban !. Koke Ko Singu Shwe Hlay Min !. Kyaung !. Seik Khet Thin Ngwe Taung MANDALAY Se Gyi !. Se Thei Nyaung Wun Taung Let Pan Kyar U Yin REGION Yae Taw Inn Kani Kone Thar !. !. Yar Shwe Pyi Wa Di Shwe Done !. Mya Sein Sin Htone Thay Gyi Shwe SHAN Budalin Hin Gon Taing Kha Tet !. Thar Nyaung Pin Chin Hpo Zee Pin Lel Wetlet Kyun Inn !. -
Health Impact Assessment of Artisanal and Small-Scale Gold Mining Area in Myanmar, Mandalay Region: Preliminary Research
International Journal of Environmental Research and Public Health Article Health Impact Assessment of Artisanal and Small-Scale Gold Mining Area in Myanmar, Mandalay Region: Preliminary Research Win Thiri Kyaw 1,* , Xiaoxu Kuang 1 and Masayuki Sakakibara 1,2,3 1 Research Institute for Humanity and Nature, 457-4 Motoyama, Kamigamo, Kita-ku, Kyoto 603-8047, Japan; [email protected] (X.K.); [email protected] (M.S.) 2 Graduate School of Science & Engineering, Ehime University, 2-5 Bunkyo-cho, Matsuyama City, Ehime Prefecture 790-8577, Japan 3 Faculty of Collaborative Regional Innovation, Ehime University, 3 Bunkyo-cho, Matsuyama City, Ehime Prefecture 790-8577, Japan * Correspondence: [email protected]; Tel.: +81-0757-072-443 Received: 31 August 2020; Accepted: 14 September 2020; Published: 16 September 2020 Abstract: Increasing artisanal and small-scale gold mining (ASGM) in developing countries has raised health concerns in mining communities. A preliminary health survey was conducted in Thabeikkyin Township, Mandalay Region, Myanmar, in February 2020 to assess the health conditions of an ASGM community. Respiratory function and other clinical assessments were evaluated in miners and non-miners, and participants’ hair was analyzed for heavy metals. Respiratory function of miners was similar to that of non-miners. However, miners’ respiratory function declined with longer mining activity duration. In total, 3 out of 18 miners showed neurological signs and symptoms of chronic mercury intoxication. The median concentration of the hair mercury was significantly higher in miners than non-miners (P = 0.01), and 9 out of 18 miners and 2 out of 11 non-miners showed the warning level of mercury. -
TRENDS in MANDALAY Photo Credits
Local Governance Mapping THE STATE OF LOCAL GOVERNANCE: TRENDS IN MANDALAY Photo credits Paul van Hoof Mithulina Chatterjee Myanmar Survey Research The views expressed in this publication are those of the author, and do not necessarily represent the views of UNDP. Local Governance Mapping THE STATE OF LOCAL GOVERNANCE: TRENDS IN MANDALAY UNDP MYANMAR Table of Contents Acknowledgements II Acronyms III Executive Summary 1 1. Introduction 11 2. Methodology 14 2.1 Objectives 15 2.2 Research tools 15 3. Introduction to Mandalay region and participating townships 18 3.1 Socio-economic context 20 3.2 Demographics 22 3.3 Historical context 23 3.4 Governance institutions 26 3.5 Introduction to the three townships participating in the mapping 33 4. Governance at the frontline: Participation in planning, responsiveness for local service provision and accountability 38 4.1 Recent developments in Mandalay region from a citizen’s perspective 39 4.1.1 Citizens views on improvements in their village tract or ward 39 4.1.2 Citizens views on challenges in their village tract or ward 40 4.1.3 Perceptions on safety and security in Mandalay Region 43 4.2 Development planning and citizen participation 46 4.2.1 Planning, implementation and monitoring of development fund projects 48 4.2.2 Participation of citizens in decision-making regarding the utilisation of the development funds 52 4.3 Access to services 58 4.3.1 Basic healthcare service 62 4.3.2 Primary education 74 4.3.3 Drinking water 83 4.4 Information, transparency and accountability 94 4.4.1 Aspects of institutional and social accountability 95 4.4.2 Transparency and access to information 102 4.4.3 Civil society’s role in enhancing transparency and accountability 106 5. -
Mandalay Region Census Report Volume 3 – L
THE REPUBLIC OF THE UNION OF MYANMAR The 2014 Myanmar Population and Housing Census Mandalay Region Census Report Volume 3 – l Department of Population Ministry of Immigration and Population May 2015 The 2014 Myanmar Population and Housing Census Mandalay Region Report Census Report Volume 3 – I For more information contact: Department of Population Ministry of Immigration and Population Office No. 48 Nay Pyi Taw Tel: +95 67 431 062 www.dop.gov.mm May, 2015 Figure 2: Map of Mandalay Region, Districts and Townships ii Census Report Volume 3–I (Mandalay) Foreword The 2014 Myanmar Population and Housing Census (2014 MPHC) was conducted from 29th March to 10th April 2014 on a de facto basis. The successful planning and implementation of the census activities, followed by the timely release of the provisional results in August 2014 and now the main results in May 2015, is a clear testimony of the Government’s resolve to publish all information collected from respondents in accordance with the Population and Housing Census Law No. 19 of 2013. It is now my hope that the main results both Union and each of the State and Region reports will be interpreted correctly and will effectively inform the planning and decision-making processes in our quest for national and sub-national development. The census structures put in place, including the Central Census Commission, Census Committees and officers at the State/Region, District and Township levels and the International Technical Advisory Board (ITAB), a group of 15 experts from different countries and institutions involved in censuses and statistics internationally, provided the requisite administrative and technical inputs for the implementation of the census. -
Title Precious and Base Metal Mineralization in Kwinthonze-Nweyon Area, Singu and Thabeikkyin Townships, Mandalay Region, Myanmar
Title Precious and Base Metal Mineralization in Kwinthonze-Nweyon area, Singu and Thabeikkyin Townships, Mandalay Region, Myanmar All Authors Tin Aung Myint1*, Than Than Nu1 , Min Aung2 Publication Type International Publication Publisher (Journal name, PROCEEDINGS OF SUNDALAND RESOURCES 2014 MGEI ANNUAL issue no., page no CONVENTIONMasyarakat Geologi Ekonomi Indonesia (Indonesian Society of etc.) Economic Geologists) Gold-silver and associated base metal mineralization occurs in the Kwinthonze- Nweyon area within the Mogok Metamorphic Belt (MMB) in Myanmar. The area is mainly underlain by high-grade metamorphic units and intrusive rocks. Gold-sulphide bearing quartz veins are predominantly hosted in gneisses and marbles. Numerous faults striking N, NNE, ENE and E to ESE with moderate to steep dips occurred in the area. The veins are characterized by banded, colloform, cockcade, breccia and some vuggy textures. The vein-related alteration is characterized by silicification, sericitization and chloritization from the inner to the outer zones. Principal metallic minerals are pyrite, chalcopyrite, sphalerite, galena, arsenopyrite in addition to electrum. The mineralogy of the vein is recognized into three paragenetic stages. Stage 1 is pre-mineralization stage. Stage 2 is main mineralization stage and stage 3 is post-ore carbonate Abstract stage. Quartz with minor sulfide, mainly pyrite was deposited during stage 1. Precious and base metals were precipitated during stage 2. In this stage, adularia is common. Gold and silver are more enriched in the veins containing abundant adularia than virtually quartz rich veins. In stage 3, the veins are barren. Bullion fineness data of the whole area display a wide range of fineness (416-875). -
Pike Law Geology Report by Colin Fowler
Geology of the Pike Law area. The Pike law mine site lies astride the Newbiggin to Westgate road, bounded on the east by Flushiemere beck and on the west by Westerbeck, with Broadley Hill at the NE corner being the highest point at 530m. Dunham describes the area: “The outcrop of the beds between the base of the Great Limestone and the Firestone on Pike Law, between Wester Beck and Flushiemere Beck, is traversed by a remarkable complex of veins.” (PP 243) Details of the geology have been given by Dunham, (1948 &1990); Bridges and Young, (2007); Bevins et al, (2010). Geological Survey of England and Wales 1:63,360/1:50,000 geological map series, New Series, sheet 25, Alston. The area has been worked by shaft, adit and hush, with 3 named areas of hush to the East of the road, Leonard’s Hush; Pikelaw Hush and Flask Hushes. To the West of the road, West End Hushes. There are a complex of leats and old dams forming reservoirs on both sides of the road, though non of them seem to have been able to hold sufficient water to enable hydraulic flushing alone to have created the hushes that we see. It is most likely to have been quarried and the water used for washing the mineral. “The production of lead concentrates from 1852 to 1891, when all work ceased was only 1725 tons.” (Dunham) “Surface evidence suggests that the area had been heavily worked prior to 1852, and what is recorded is the last gleanings of an old mining field” (Fairburn, A 2009) The figure given in Dunham may be optimistic, J. -
Highlights Situation Overview
Myanmar: Sagaing/Mandalay earthquake Situation Report No. 3 This report is produced by OCHA on behalf of the Humanitarian Coordinator. It covers the period from 13 to 16 November 2012. Highlights • The Government indicates at least 16 people were killed and 52 other injured in the earthquake, registering 6.8 on the Richter scale that struck Sagaing and Mandalay Regions on 11 November. Unofficial reports suggest the number of casualties and injured may be higher. • The Government reports that over 400 houses, 65 schools and 100 religious buildings were damaged. • Out of 22 Townships affected across Sagaing and Mandalay Regions, initial information indicates that Singu and Thabeikkyin Townships in Mandalay and Kyaukmyaung sub-township in Sagaing were most affected. • The Government at Union and Region level has been the first responder. The UN Humanitarian Co-ordinator has been in regular contact with the Government to offer assistance of the international humanitarian community should this be needed. • An inter-agency rapid assessment team, comprising CARE, Save the Children, UNICEF and the Myanmar Nurses and Midwife Association, has been undertaking assessments across four townships, including Singu, Shwebo, Kyauk Myaung and Thabeikkyin, since 13 November. Myanmar Red Cross Society (MRCS) deployed three emergency response teams for assessments in the affected villages in Singu Township. • Needs identified preliminarily include temporary schools, and temporary shelters and non-food items for the families whose houses were destroyed in the earthquake. 16 52 400 65 22 deaths injuries houses schools townships destroyed damaged affected Situation Overview At least 16 people were killed and 52 injured, according to the Government as of 16 November, in the earthquake of 6.8 on the Richter scale in Sagaing and Mandalay Regions on 11 November, also causing damages to public buildings, residential houses and infrastructures. -
An Issue Dedicated to Solutions for the Modern Mining Industry
Metso’s customer magazine » ISSUE 1/2017 Mining minds An issue dedicated to solutions for the modern mining industry More efficiency Six-fold reduction Longer wear life and with less energy in moisture content fewer liner changes 06 and water 18 at Olenegorsky GOK 28 reduce costs “Metso has gone beyond combining and re-releasing technology based on prior designs. Its solution is more efficient, lasts longer and reduces operating costs.” mining Results mining is PUBLISHED BY EDITOR-IN-CHIEF © Copyright 2017 PRINTING Metso’s customer magazine Metso Corporation Inka Törmä, Metso Corporation. Hämeen Kirjapaino Oy, showcasing our work and [email protected] All rights reserved. February 2017 Töölönlahdenkatu 2, the success of our customers. P.O. Box 1220, DESIGN AND LAYOUT Reproduction permitted ISSN SUBSCRIPTIONS FI-00101 Helsinki, Brandkind, brandkind.fi quoting “Results mining” 2343-3590 To receive your personal Finland as source. ENGLISH LANGUAGE ADDRESSES 4041 0209 copy, please contact your Printed matter tel. +358 20 484 100 Kathleen Kuosmanen All product names used Metso customer data nearest Metso office or HÄMEEN KIRJAPAINO OY www.metso.com are trademarks of their the e-mail provided. respective owners. This magazine, including all claims regarding operational performance, is intended for sharing information on successful customer cases. Metso makes no warranty or representation whatsoever, either express or implied, that similar or any performance levels or improvements are achievable for all sites or for any particular site. Metso assumes no legal liability for any use of information contained in this presentation. If requested, Metso can execute a site specific survey to provide an estimate of performance or performance improvement for a specific site and operation. -
Georgius Agricola and Vannoccio Biringuccio, Long Deceased, Without Whose Work This Project Could Not Have Been Undertaken
TC0/61-- Project Number: 48-EMP-HGMW Mining and Metallurgy to the Renaissance An Interactive Qualifying Project Report submitted to the Faculty of the WORCESTER POLYTECHNIC INSTITUTE in partial fulfillment of the requirements for the Degree of Bachelor of Science by Matt Skinner Lenny Frank Michael Galvin r Advisor: Prof. E. Malc Parkinson E: Date: July 22, 1999 E Project Abstract The Higgins Armory staff are interested in the processing of metals before they reach the hands of the armor-maker. This project is a collection of some of the information available on mining, metal-working, and the early metal industry of Europe up to the Renaissance. It is intended to serve as an introduction for staff, and to provide information that they can incorporate into their guided tours of the museum. ii Acknowledgements The project team would like to thank the following people for their assistance and efforts. Professor E. Malcolm Parkinson, our project advisor, for his guidance, patience, and instruction on this project. Linda Honan, the former Director of Instruction, and Kent dur Russell, the Director of the Higgins Armory Museum, Worcester, for their support and interest in this project. Georgius Agricola and Vannoccio Biringuccio, long deceased, without whose work this project could not have been undertaken. iii Table of Contents List of Illustrations v Introduction 1 Ancient Times Ancient Sources 3 Ancient and Roman Mining Technique 4 Processing and Refining 14 Roman Mineral Sources 23 Medieval Times Medieval Mining 34 The Renaissance Introduction 36 Georgius Agricola 37 Vannoccio Biringuccio 41 De Re Metallica 43 Pirotechnia 77 Conclusion and Recommendations 92 Appendix I: Properties of Metals 94 Appendix II: Annotated Bibliography 98 iv List of Illustrations Ancient Fig. -
Notes on Mining Leats” British Mining No.37, NMRS, Pp.19-45
BRITISH MINING No.37 BRITISH MINING No.37 MEMOIRS 1988 Bird, R.H. 1988 “Notes on Mining Leats” British Mining No.37, NMRS, pp.19-45 Published by the THE NORTHERN MINE RESEARCH SOCIETY SHEFFIELD U.K. © N.M.R.S. & The Author(s) 1988. ISSN 0309-2199 NOTES ON MINING LEATS R.H. Bird “.... the means of putting to work many mines that would otherwise remain unworked, or if worked, could not be worked with profitable results.” Absalom Francis. 1874. SYNOPSIS Watercourses supplying mining works have been in use for centuries but their complexity increased during the 19th century, particularly in mining districts which were remote from coal supplies used for steam engines but which had sufficient river systems (or streams) of a dependable nature. Their role in Britain’s mining areas is discussed, with examples from overseas locations. An attempt is made to outline their construction methods and costs. In an age when water power reigned supreme and, indeed, for some time thereafter, mills and manufacturing industries were dependant on a steady supply of water to drive that prime mover, the water wheel. Flour mills, fulling mills and the early ferrous metal industries were sited next to reliable river or stream courses and could thus utilise this water source with little difficulty. Sometimes, the configuration of the stream was inconveniently placed for the mill site and the miller was forced to construct a ditch, from a dam upstream of his mill, and by this, lead the water to his wheel. After driving the wheel, the water was returned to the stream directly or through another ditch, the tailrace. -
Patterns of Anti-Muslim Violence in Burma: a Call for Accountability and Prevention
City University of New York (CUNY) CUNY Academic Works Publications and Research City College of New York 2013 Patterns of Anti-Muslim Violence in Burma: A Call for Accountability and Prevention Andrea Gittleman Physicians for Human Rights Marissa Brodney Physicians for Human Rights Holly G. Atkinson CUNY City College How does access to this work benefit ou?y Let us know! More information about this work at: https://academicworks.cuny.edu/cc_pubs/408 Discover additional works at: https://academicworks.cuny.edu This work is made publicly available by the City University of New York (CUNY). Contact: [email protected] Physicians for Patterns of Anti-Muslim Human Rights Violence in Burma: A Call for Accountability August 2013 and Prevention A mother looks out from her tent alongside physiciansforhumanrights.org her children at a camp for internally displaced persons on the outskirts of Sittwe, Burma. Photo: Paula Bronstein/Getty Images About Physicians for Human Rights For more than 25 years, PHR’s use of science and medicine has been on the cutting edge of human rights work. 1986 2003 Led investigations of torture in Warned U.S. policymakers on health Chile, gaining freedom for heroic and human rights conditions prior doctors there to and during the invasion of Iraq 1988 2004 First to document the Iraqi use Documented genocide and sexual of chemical weapons on Kurds, violence in Darfur in support of providing evidence for prosecution international prosecutions of war criminals 2010 1996 Investigated the epidemic of Exhumed mass graves -
Diversity of Fish Species in Nat Min Chaung In, Singu Township
Diversity of Fish Species in Nat Min Chaung In, Singu Township Cho Sin Win1, Than Htwe2, Thant Zin3 Abstract The study was carried out in Nat Min Chaung In from July, 2015 to January 2016 to evaluate the species richness and diversity of fish fauna related to water physiochemical parameters. Collection of data was performed bimonthly. Data were analyzed by Margalef (1958), Simpson (1949), Shannon-Wiener (1949) and Hill (1973). A total of 39 species belonging to 27 genera, 16 families and eight orders were recorded in the study area. The order Cypriniformes (38.46%) was found to be the highest inspecies composition. Among the species recorded, Corica soborna was dominant species. The value of Marglef's richness index, d (3.8165) was the highest in August. The values of Simposon's index D (0.0815), Shannon-Weiner's index H' (2.7879), Hill diversity indices N1 (16.0995), N2 (12.2727) were recorded during November. The highest evenness value E (0.8046) was found in January. According to the value of physiochemical parameter of water in the study area, the maximum depth of water 13.5 m in July and the minimum 4.5 m in January were found. The highest value of water temperature (32.5°C) was observed in July and the lowest value of water temperature (21.4°C) was recorded in December. pH ranged from 7.4 in August to 8.2 in November. Dissolved oxygen ranged from 3.8 mg/L in September to 6.8 mg/L in November. The monthly variation of physiochemical parameters of water quality in the study area directly influenced on the composition, richness and diversity of fish fauna.