A Road Map for Bhutan Public Disclosure Authorized
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Bhutan Glacier Inventory 2018
BHUTAN GLACIER INVENTORY 2018 NATIONAL CENTER FOR HYDROLOGY AND METEOROLOGY NATIONAL CENTER FOR HYDROLOGY AND METEOROLOGY ROYAL GOVERNMENT OF BHUTAN ROYAL GOVERNMENT OF BHUTAN www.nchm.gov.bt 2019 ISBN: 978-99980-862-2-7 BHUTAN GLACIER INVENTORY 2018 NATIONAL CENTER FOR HYDROLOGY & METEOROLOGY ROYAL GOVERNMENT OF BHUTAN 2019 Prepared by: Cryosphere Services Division, NCHM Published by: National Center for Hydrology and Meteorology Royal Government of Bhutan PO Box: 2017 Thimphu, Bhutan ISBN#:978-99980-862-2-7 © National Center for Hydrology and Meteorology Printed @ United Printing Press, Thimphu Foreword Bhutan is highly vulnerable to the impacts of climate change. Bhutan is already facing the impacts of climate change such as extreme weather and changing rainfall patterns. The Royal Government of Bhutan (RGoB) recognizes the devastating impacts climate change can cause to the country’s natural resources, livelihood of the people and the economy. Bhutan is committed to addressing these challenges in the 12th Five Year Plan (2018-2023) through various commitments, mitigation and adaption plans and actions on climate change at the international, national, regional levels. Bhutan has also pledged to stay permanently carbon neutral at the Conference of Parties (COP) Summit on climate change in Copenhagen. Accurate, reliable and timely hydro-meteorological information underpins the understanding of weather and climate change. The National Center for Hydrology and Meteorology (NCHM) is the national focal agency responsible for studying, understanding and generating information and providing services on weather, climate, water, water resources and the cryosphere. The service provision of early warning information is one of the core mandates of NCHM that helps the nation to protect lives and properties from the impacts of climate change. -
Gross National Happiness Commission the Royal Government of Bhutan
STRATEGIC PROGRAMME FOR CLIMATE RESILIENCE (SPCR) UNDER THE PILOT PROGRAMME FOR CLIMATE RESILIENCE (PPCR) Climate-Resilient & Low-Carbon Sustainable Development Toward Maximizing the Royal Government of Bhutan’s Gross National Happiness GROSS NATIONAL HAPPINESS COMMISSION THE ROYAL GOVERNMENT OF BHUTAN FOREWORD The Royal Government of Bhutan (RGoB) recognizes the devastating impact that climate change is having on Bhutan’s economy and our vulnerable communities and biosphere, and we are committed to address these challenges and opportunities through the 12th Five Year Plan (2018-2023). In this context, during the 2009 Conference of the Parties 15 (COP 15) in Copenhagen, RGoB pledged to remain a carbon-neutral country, and has successfully done so. This was reaffirmed at the COP 21 in Paris in 2015. Despite being a negative-emission Least Developed Country (LDC), Bhutan continues to restrain its socioeconomic development to maintain more than 71% of its geographical area under forest cover,1 and currently more than 50% of the total land area is formally under protected areas2, biological corridors and natural reserves. In fact, our constitutional mandate declares that at least 60% of Bhutan’s total land areas shall remain under forest cover at all times. This Strategic Program for Climate Resilience (SPCR) represents a solid framework to build the climate- resilience of vulnerable sectors of the economy and at-risk communities across the country responding to the priorities of NDC. It also offers an integrated story line on Bhutan’s national -
6 Dzongs of Bhutan - Architecture and Significance of These Fortresses
6 Dzongs of Bhutan - Architecture and Significance of These Fortresses Nestled in the great Himalayas, Bhutan has long been the significance of happiness and peace. The first things that come to one's mind when talking about Bhutan are probably the architectures, the closeness to nature and its strong association with the Buddhist culture. And it is just to say that a huge part of the country's architecture has a strong Buddhist influence. One such distinctive architecture that you will see all around Bhutan are the Dzongs, they are beautiful and hold a very important religious position in the country. Let's talk more about the Dzongs in Bhutan. What are the Bhutanese Dzongs? Wangdue Phodrang Dzong in Bhutan (Source) Dzongs can be literally translated to fortress and they represent the majestic fortresses that adorn every corner of Bhutan. Dzong are generally a representation of victory and power when they were built in ancient times to represent the stronghold of Buddhism. They also represent the principal seat for Buddhist school responsible for propagating the ideas of the religion. Importance of Dzongs in Bhutan Rinpung Dzong in Paro, home to the government administrative offices and monastic body of the district (Source) The dzongs in Bhutan serve several purposes. The two main purposes that these dzongs serve are administrative and religious purposes. A part of the building is dedicated for the administrative purposes and a part of the building to the monks for religious purposes. Generally, this distinction is made within the same room from where both administrative and religious activities are conducted. -
Environmental Impact Assessment
Environmental Impact Assessment December 2013 IND: SASEC Road Connectivity Investment Program (formerly SASEC Road Connectivity Sector Project) Asian Highway 2 (India /Nepal Border to India/Bangladesh Border) Asian Highway 48 (India/Bhutan Border to India/Bangladesh Border) Prepared by Ministry of Roads Transport and Highways, Government of India and Public Works Department, Government of West Bengal for the Asian Development Bank. This is a revised version of the draft originally posted in July 2013 available on http://www.adb.org/projects/47341- 001/documents/. CURRENCY EQUIVALENTS (As of 30 April 2013) Currency unit – Indian rupee (INR) INR1.00 = $ 0.01818 $1.00 = INR 55.00 ABBREVIATION AADT Annual Average Daily Traffic AAQ Ambient air quality AAQM Ambient air quality monitoring ADB Asian Development Bank AH Asian Highway ASI Archaeological Survey of India BDL Below detectable limit BGL Below ground level BOD Biochemical oxygen demand BOQ Bill of quantity CCE Chief Controller of Explosives CGWA Central Ground Water Authority CITES Convention on International Trade in Endangered Species CO Carbon monoxide COD Chemical oxygen demand CPCB Central Pollution Control Board CSC Construction Supervision Consultant DFO Divisional Forest Officer DG Diesel generating set DO Dissolved oxygen DPR Detailed project report E&S Environment and social EA Executing agency EAC Expert Appraisal Committee EFP Environmental Focal Person EHS Environment Health and Safety EIA Environmental impact assessment EMOP Environmental monitoring plan EMP Environmental -
International Journal of Sciences & Applied Research Decay of The
IJSAR, 2(7), 2015; 105-114 International Journal of Sciences & Applied Research www.ijsar.in Decay of the river Baniadaha and its impact on the surrounding environment Sourav Dey* Department of Geography, North Bengal University, India. Correspondence Address: * C/O- Bijoy Dey (Bishu), Bang Chatra Road (Near Five Star Club), Guriahati, Cooch Behar, Pin- 736170, State- West Bengal, India. _____________________________________________________________________________________________ Abstract Cooch Behar district is a land of many perennial rivers. According to the Kochbihar Royal history „Baniadaha‟ river is a distributary of river Torsa and this channel was the navigational route between Bhetaguri and Bangladesh. But at present, like all other rivers of foothills of North Bengal, it is in critical stage of decay. On the basis of field investigation it has been found that the consequent decay of the channel is due mainly to unscientific discharge of domestic waste, construction of unauthorized culverts and bridges across the river, damping of garbage by the encroachers, rapid sedimentation at the off-take point and the embankments construction activities have finally tolled death knell of the „Baniadaha‟. It ultimately turned into a paleo channel for the south-eastern part of Cooch Behar district. At many places the course has totally dried up. The decay of Baniadaha is now considered to be the main cause for water logging and various types of water borne diseases in the surrounding area of this river. The waterway is already gasping for life with the continuous interruption of human beings causing almost total degeneration of the channel. The present study endeavors to examine the different causes and consequences of the decay of the Baniadaha channel from its off-take at Boro Atharokotha (26⁰18‟39.08” N, 89⁰ 25‟22.77” E) from the parent river Torsa to confluence at the Dharla River in Bangladesh (25⁰56‟11.44” N, 89⁰31‟49.77” E) and suggests suitable remedial measures for its revival. -
Entomological Fieldwork Bhutan May-June 2017
Mission Report Entomological fieldwork Bhutan May-June 2017 Jan van Tol for C. Gielis, F.K. Gielis, W.F. Klein, J. van Tol & O. Vorst (the Netherlands), and Ch. Dorji, P. Dorji, T. Gyeltshen, T. Nidup & K. Wangdi (Bhutan) December 2017 Team Klein in Phuentshogthang From left to right: (standing) Thinley Gyeltshen, Phurpa Dorji, Cheten Dorji, Wim Klein, Oscar Vorst, Tshering Nidup; (sitting) Jan van Tol and Kuenzang Choeda. Internal report of Naturalis Biodiversity Center, Leiden, The Netherlands December 2017 |2 Mission Report Entomological fieldwork Bhutan May-June 2017 Contents 1. Introduction 1. Introduction .................................1 Three years ago, the National Biodiversity Centre 2. Participants and contacts ......................2 (Bhutan) and Naturalis Biodiversity Center signed 3. Itinerary, meetings ...........................3 a Memorandum of Understanding for scientific 4. Sampling stations ............................5 cooperation. An important partner for the scientific 5. Costs estimate, visa etc .......................17 and outreach activities was the Bhutan Trust Fund 6. Observations and suggestions for future for Environmental Conservation (Thimphu), which fieldwork ...................................19 provided a grant of USD 150,000 for the period 2014-2016. Although the grant ended by the end of Appendices 2016, but it was decided that further entomological fieldwork was needed, for instance to prepare for the 1. Photographs of localities aquatic insects .......21 next phase which will focus on applied entomology 2. Maps .......................................35 and water quality assessment. Costs of the Bhutanese 3. Permits .....................................41 counterparts for this fieldwork were covered by a grant 4. Memorandum of Understanding ..............49 of Naturalis. 5. Research proposal 2017 .......................55 We would like to thank for support our colleagues in Naturalis (Prof. -
Chapter II: River System and Drainage
Chapter II: River System and Drainage 2.11ntroduction The sub-Himalayan Jalpaiguri district is endowed with intricate river systems originating from the Sikkim, Darjeeling, Bhutan and Tibetan Himalayas draining across the Himalayas (figure 2.1 ). The piedmont zone is dissected by mountain streams of various sizes. The proportion of river length and catchment area between zone of erosion and deposition in various types differ considerably (Starkel, L & Sarkar, S, 2002). The river systems of sub Himalayan Jalpaiguri district have been genetically classified in following 7 types by Starkel et.al, in 2008. (i) Large transit river originated in high Himalaya. This group is represented by three rivers Tista. Torsa and Sankosh, with perennial discharge, feed both by rain and melt waters. Deep canyons in marginal part and mega-fans in the foreland indicate very high water discharge and high sediment load. Great alluvial fans and braided channels with frequent avulsions extend far up to the river Brahmaputra. (ii Rivers dissecting Lesser Hm1alaya. Only river .laldhaka under this group dwin·, catchment. Jeeply mctsed also in the Duars. \Vhere it is draining the active rismg blocks. As a result. its tan surface is developing farther dcnvnstream. Other nvers dissecting southern part of Lesser Himalaya with catchments between 50-l 00 km) are located in the belt of higher precipitation (Clish. CheL DaimL Chmnurchi. Ret!.. \. ;abur Basra. Jainti etc. land form targe allm1al lims. :\ggradations tollow upstream mto the hills and farther downstream braided channels change to the meandering ones. (iii) Seasonal or episodic rivers draining only frontal zone of the Himalaya with highly 2 dissected catchments with an area between 10-30 km . -
Initial Environmental Examination: Bhutan, Wind Power Pilot Project
Environmental Assessment Report Initial Environmental Examination Project Number: 42252 August 2010 BHU: Rural Renewable Energy Development Project Prepared by the Department of Energy, Government of Bhutan for the Asian Development Bank (ADB). The initial environmental examination is a document of the borrower. The views expressed herein do not necessarily represent those of ADB’s Board of Directors, Management, or staff, and may be preliminary in nature. INITIAL ENVIRONMENTAL EXAMINATION FOR WIND POWER PILOT PROJECT IN BHUTAN Table of Contents ABBREVIATIONS .................................................................................................................. vi 0.0 Executive Summary - Initial Environmental Examination (IEE)...................................... ii 0.1 Need for the Project ....................................................................................................... ii 0.2 Basic Objective .............................................................................................................. ii 0.3 Location of the Project ................................................................................................... ii 0.4 Initial Environmental Examination (IEE)......................................................................... ii 0.5 Category of Project ........................................................................................................ ii 0.6 Project Brief Details ...................................................................................................... -
Water Quality and the Fate of Aquatic Life in Torsa River, North Bengal, India: an Analytical Study
Journal of Environment and Life Sciences J Environ Life Sci. November 2018; Vol. 3 (Issue 3): 25-31. www.imedpharm.com/journals/index.php/jels ISSN 2456-6179 Research Article Water quality and the fate of aquatic life in Torsa river, North Bengal, India: an analytical study Krishnajyoti Goswami1, Ipsita Mazumdar2*, Debashis Das3 1Department of Biochemistry, Lincoln University College, Kuala Lumpur, Malaysia 2Department of Biochemistry, KPC Medical College and Hospital, Kolkata, West Bengal, India 3Department of Zoology, Tufanganj Mahavidyalaya, Cooch Behar, West Bengal, India *For correspondence ABSTRACT Dr. Ipsita Mazumdar, Department of Biochemistry, Objective: Rivers that play an important role in sustenance of aquatic KPC Medical College and lifeline are getting polluted by rapid urbanisation and industrialization, Hospital, Kolkata, India. impacting the state of health in fishes. Heavy metal, like lead (Pb) Email: mazumdaripsita@ contamination from industrial effluent and pesticides may have gmail.com distressing effects on the ecological balance. Though water has some self-purification capacity, the toxic load is simply too high for it. Torsa river in North Bengal is an International river flowing through China, Bhutan, India and Bangladesh. It is very important to check the health of it’s aquatic life, from the perspective of knowledge about biodiversity, because this river traverses a vast territory through different countries, and is home to various types of Boroli fish consumed by locals. Methods: Water samples collected from 6 different sites, in acid washed sterile polythene bottles, in the early morning hours, were tested en-site for pH, turbidity and electrical conductivity by respective instruments. Pb was measured in both water and Boroli fish found in Torsa river through Atomic Absorption Spectrophotometry in flame photometer; water sample in triplicate and fish sample in duplicate through 4 step microwave dry digestion process using nitric acid. -
TA-6598 BHU: Renewable Energy for Climate Resilience
Climate Risk and Adaptation Assessment TA-6598 BHU: Renewable Energy for Climate Resilience REPORT 222 CLIENT Asian Development Bank AUTHORS Dr Corjan Nolet Dr Arthur Lutz DATE April 2021 1 TA-6598 BHU: Renewable Energy for Climate Resilience Climate Risk and Adaptation Assessment FutureWater Report 222 Client Asian Development Bank Authors Dr Corjan Nolet – Remote Sensing and GIS expert ([email protected]) Dr Arthur Lutz – Senior Hydrologist & Climate Change Expert ([email protected]) Date April 2021 ADDRESS FutureWater B.V. Costerweg 1V 6702 AA Wageningen The Netherlands TELEPHONE +31 317 460 050 WEBSITE www.futurewater.eu 2 WEBSITE Executive Summary Bhutan's power sector almost exclusively relies on hydropower generation. Hydropower, however, is vulnerable to climate change and natural disasters caused by climate change. The first deployment of non-hydro renewables at utility scale in Bhutan will be the first step to diversify the power generation portfolio, increase the resilience against severe weather events such as droughts, and complement the hydropower generation profile during the dry season. Other renewable energy resources such as solar photovoltaic (PV) and wind can complement hydropower in forming a more diversified electricity generation portfolio, which is, in healthy mix, resilient to changes in seasonal weather patterns and weather extremes that can adversely affect power supply. For this project ADB develops 2 solar and one wind plant. The objectives of this Climate Risk and Adaptation assessment (CRA) are two-fold: 1) Validate the underlying rationale for diversification of Bhutan’s energy generation portfolio. The rationale is that more unreliable flows under climate change adversely affect the hydropower generation, in particular in the low flow season outside the monsoon season. -
Chapter 5 Spatial Pattern and Environmental Conditions of Bhutan
The Project for Formulation of Comprehensive Development Plan for Bhutan 2030 Final Report CHAPTER 5 SPATIAL PATTERN AND ENVIRONMENTAL CONDITIONS OF BHUTAN 5.1 Existing Land Cover 5.1.1 Land Cover in 2010 Collected existing land cover data from the Ministry of Agriculture and Forestry (MoAF) was generated by a supervised classification method using satellite images from ALOS AVNIR-2, acquired between 2006 and 2009. The collected land cover data can be broken down into 11 main classes and 15 sub-classes. A list and map of the land cover classes are shown below. Table 5.1.1 List of Land Cover Classes (1) Class Sub-Class Category Symbol Area (ha) % Forests Conifer Forest Fir Forest FCf 183,944 4.74 Mixed Conifer Forest FCm 614,545 15.85 Blue Pine Forest FCb 77,398 2.00 Chir Pine Forest FCc 107,353 2.77 Broadleaf Forest Broadleaf Forest FB 1,688,832 43.56 Broadleaf and Conifer Forest FBc 31,463 0.81 Shrubs - - SH 419,128 10.81 Meadows - - GP 157,238 4.06 Cultivated Chhuzhing Land - AC 31,127 0.80 Agricultural Land Kamzhing Land - AK 69,487 1.79 Horticultural Apple Orchard HA 2,039 0.05 Land Citrus Orchard HC 5,086 0.13 Areca Nut Plantation HAa 984 0.03 Cardamom Plantation HCo 3,398 0.09 Others HO 17 0.00 Built-Up Area - - BA 6,194 0.16 Non-Built Up Area - - NB 330 0.01 Snow Cover - - OS 299,339 7.72 Bare Areas Rocky Outcrops - RR 107,539 2.77 Scree - RS 23,263 0.60 Bare Soils - BS 27 0.00 Water Bodies Lakes - WL 4,751 0.12 Reservoirs - WRe 131 0.00 Rivers - WR 22,563 0.58 Marshy Areas - - MA 319 0.01 Degraded Areas Landslides - DL 6,999 0.18 -
Life Zone Ecology of the Bhutan Himalaya
LIFE ZONE ECOLOGY OF THE BHUTAN HIMALAYA Edited by M. OHSAWA Laboratory of Ecology, Chiba University 1987 Scanned from original by ISRIC - World Soil Information, as ICSU World Data Centre for Soils. The purpose is to make a safe depository for endangered documents and to make the accrued information available for consultation, following Fair Use Guidelines. Every effort is taken to respect Copyright of the materials within the archives where the identification of the Copyright holder is clear and, where feasible, to contact the originators. For questions please contact soil.isrictawur.nl indicating the item reference number concerned. Life Zone Ecology of the Bhutan Himalaya Published March 1987 Editor: Dr. M. Ohsawa, Associate Professor of Ecology Laboratory of Ecology, Faculty of Science, Chiba University 1-33, Yayoicho, Chiba 260, Japan Published with The financial support of the Grant-in-Aid for Scientific Research(Grant-in- Aid for Overseas Scientific Survey) of the Ministry of Education, Science and Culture of Japan. Project No. 60041009 and 61043007. CORRECTION 193 16-17 "To the contrary" should read "On the contrary". OHSAWA, M. VEGETATION ZONES IN THE BHUTAN HIMALAYA ITINERARY Page Line Fig. 2: in climate diagram below left, place name 312 6 "24: Dali( 1 500m;U:30)" should read "SHRBHANG" should read "SARBHANG". "24.: Nagor(7:45)-Dali(1500m;14:30)". 16-17 "Abies densa (in 52 plots) and Quercus griffithii (4.8)" should read: Abies densa (in 48 plots) and Quercus griffithii (46). Fig. 5: legend line 3, "upper(shaded) or lower limit" should read "upper or lower(shaded) limit". 19 Fig.