- Aqueduct Atlas - Access to Water
- Aqueduct Atlas - Available Blue Water
- Aqueduct Atlas - Baseline Water Stress
- Aqueduct Atlas - Consumptive Use
- Aqueduct Atlas - Flood Occurence
- Aqueduct Atlas - Total blue Water
- Aqueduct Atlas - Upstream Protected Lands
- Aqueduct Atlas - Withdrawal Rates
- Freshwater Ecoregions
- Hydro-Basins (Level 3)
Aqueduct Atlas – Flood Occurence
Flood Occurrence is the number of floods recorded from 1985 to 2011.
This is a geospatial dataset of polygons describing administrative boundaries in the Greater Mekong Subregion. It has been trimmed to the area of interest by Open Development Mekong from the World Countries dataset published by DeLorne. World Countries represents the boundaries for the countries of the world. The level of detail for each feature is generally better than what is traditionally utilized in a 1:500,000 scale product. The positional accuracy is typical of a 1:100,000 scale map, or +/-50 meters 90% of the time. It has been clipped to the area of Myanmar by Open Development Mekong but otherwise not modified in any way.
Myanmar District Boundaries
|Description||District boundaries for Myanmar (polygons). Place names from GAD with transliteration by Myanmar Information Management Unit (MIMU) Boundaries by Myanmar Information Management Unit (MIMU)|
|Source(s)||The MIMU: Myanmar District Boundaries http://geonode.themimu.info/layers/geonode%3Amyanmar_district_boundaries#more Date accessed: (5/12/2016)|
|Date of data||04/01/2014|
|Completeness||There are no known issues with completeness.|
Transboundary roads declared Greater Mekiong Subregion transport corridors (existing, planned, potential).
Freshwater species and habitats are, on average around the world, more imperiled than their terrestrial counterparts. Yet, large-scale conservation planning efforts have rarely targeted freshwater biodiversity. This inattention is due in part to the fact that, compared to better-studied terrestrial taxa, there has been a severe lack of comprehensive, synthesized data on the distributions of freshwater species. Existing worldwide species-level data have covered only the largest river basins or select hotspots, rather than all inland waters. Additionally, these data syntheses have made little attempt to describe biogeographic patterns.
Lower Oder Valley National Park, Brandenburg, Germany. (c) WWF-Canon / Chris MartinFreshwater Ecoregions of the World (FEOW) is a collaborative project providing the first global biogeographic regionalization of the Earth's freshwater biodiversity, and synthesizing biodiversity and threat data for the resulting ecoregions. We define a freshwater ecoregion as a large area encompassing one or more freshwater systems that contains a distinct assemblage of natural freshwater communities and species. The freshwater species, dynamics, and environmental conditions within a given ecoregion are more similar to each other than to those of surrounding ecoregions and together form a conservation unit.
The freshwater ecoregion map serves as a complement to the global terrestrial and marine ecoregion maps and differs from them in that freshwater species (primarily fish) and freshwater processes drove the map delineation. A detailed description of the delineation methodology is available in Abell et al. (2008).
A subset of data containing known operational and planned hydropower dams in the Greater Mekong Subregion, for Myanmar, compiled by International Rivers and published in June 2014. Dams data are compiled from various sources, including: the Global Reservoir and Dam (GRanD) Database, the Consultative Group on International Agricultural Research (CGIAR) Challenge Program on Water and Food - Mekong (for Mekong Basin dams only), the United States National Inventory of Dams (NID), other government dam inventories, and original data collection by International Rivers.
Main Tourist Sites
Locations of major tourism sites of Myanmar. Attributes include; site name, country, type of asset UNSECO WHS.
Major Urban Areas
This dataset is derived from World Urban Areas and represents the major urban areas (polygons), with populations greater than 10,000 for Myanmar.
Mangroves of Myanmar
This dataset shows the distribution of mangrove forests in Myanmar, derived from earth observation satellite imagery.
Airports Myanmar including attributes (name, type, ICAO and IATA code).
Myanmar Oil and Gas blocks
|Description||Details of the licenses of onshore and offshore oil and gas blocks as of 2015|
|Source(s)||1) Myanmar EITI Report 2015 2) Global Witness Report (The Shell Starts to Crack?) 2014 and 3) Myanmar Oil and Gas Sector-Wide Impact Assessment 2015|
|Date of data||11/05/2016|
|Completeness||Completeness of information on Areas was stated above. Some information that were not found in the references were stated as "not found".|
Myanmar Population Density
|Description||Myanmar population density (polygons) based on 2014 Census. Boundaries by MIMU.|
|Source(s)||UNFPA for Census data. MIMU for boundaries.|
|Date of data||11/07/2016|
Protected areas and heritage sites
The World Database on Protected Areas (WDPA) is the most comprehensive global spatial dataset on marine and terrestrial protected areas available. Protected areas are internationally recognised as a critical means of conserving species and ecosystems. Up to date information on protected areas is essential to enable a wide range of conservation and development activities. Since 1981 UNEP-WCMC, through its Protected Areas Programme, has been compiling this information and making it available to the global community. The WDPA is a joint project of UNEP and IUCN, produced by UNEP-WCMC and the IUCN World Commission on Protected Areas working with governments and collaborating NGOs.
Polygons of known existing, planned and potential railway links of Myanmar.
This point layer (GRanD_Reservoirs_v1_1) represents the locations and attribute information of reservoirs contained in the GRanD database, version 1.1. For details please refer to the Technical Documentation.
The Global Reservoir and Dam (GRanD) database contains the world's largest dams and their associated reservoirs. The database consists of two shapefiles: a point (dam) and a polygon (reservoir) layer. For details please refer to the Technical Documentation which accompanies the data.
River systems Myanmar. Attributes include: name of river, name of basin, name of sub-basin, Strahler number.
Myanmar national road network (lines).
Place names from GAD with transliteration by MIMU.
Lines by MIMU using 250k Topo sheet as a reference.
Seaports of Myanmar including attribute names and location.
Soils of Myanmar
Polygons of soil types of Myanmar according to FAO classifications.
Special Economic Zones and Cross Border Economic Zones
SEZ and CBEZ including attributes (name, type, country and code).
State and Region Boundaries
This file is the highest level administrative unit polygon for Myanmar.
Polygon of Myanmar state and regions.
Place names from GAD with transliteration by MIMU.
Boundaries by MIMU with WFP input.
Terrestrial Ecoregions of the World (TEOW) is a biogeographic regionalization of the Earth's terrestrial biodiversity. Our biogeographic units are ecoregions, which are defined as relatively large units of land or water containing a distinct assemblage of natural communities sharing a large majority of species, dynamics, and environmental conditions. There are 867 terrestrial ecoregions, classified into 14 different biomes such as forests, grasslands, or deserts. Ecoregions represent the original distribution of distinct assemblages of species and communities. There are multiple uses for TEOW in our efforts to conserve biodiversity around the world.
Myanmar Towns. Towns are urban areas divided into wards distinct from villages and village tracts.
Place names from GAD with transliteration by MIMU.
Coordinates by MIMU with WFP input.
Myanmar national township boundaries (polygons). Place names from GAD with transliteration by MIMU. Boundaries by MIMU.
The zonation is based on three factors, each reflecting physical constraints on agriculture: altitude, slope, rainfall, and nutrient availability. The Ago-Ecological Zones are the intersection of the inputs and broken up into categories. The Regions are the simplified version of the Zones and represent more general Land Systems. Four regions and 18 zones were delineated as follows.
The zonation is based on three factors, each reflecting physical constraints on agriculture: altitude, slope, rainfall, and nutrient availability. The Ago-Ecological Zones are the intersection of the inputs and broken up into categories. The Regions are the simplified version of the Zones and represent more general Land Systems. Four regions and 18 zones were delineated.
Aqueduct Atlas – Access to Water
Access to water measures the percentage of population without access to improved drinking-water sources. Higher values indicate areas where people have less access to safe drinking water, and consequently higher reputational risks to those not using water in an equitable way.
Aqueduct Atlas – Available Blue Water
Available blue water (Ba) is the total amount of water available to a catchment before any uses are satisfied. It is calculated as all water flowing into the catchment from upstream catchments minus upstream consumptive use plus runoff in the catchment.
Aqueduct Atlas – Baseline Water Stress
Baseline water stress measures total annual water withdrawals (municipal, industrial, and agricultural) expressed as a percent of the total annual available flow. Higher values indicate more competition among users.
Aqueduct Atlas – Consumptive Use
Consumptive use is the portion of all water withdrawn that is consumed through evaporation, incorporation into a product, or pollution, such that it is no longer available for reuse. Non-consumptive use is the remainder of withdrawals that is not consumed and instead returns to ground or surface water bodies.
Aqueduct Atlas – Total blue Water
Total blue water (Bt) for each catchment is the accumulated runoff upstream of the catchment plus the runoff in the catchment.
Aqueduct Atlas – Upstream Protected Lands
Upstream protected land measures the percentage of total water supply that originates from protected ecosystems. Modified land use can affect the health of freshwater ecosystems and have severe downstream impacts on both water quality and quantity.
Aqueduct Atlas – Withdrawal Rates
Total withdrawal is the total amount of water removed from freshwater sources for human use.
Hydro-Basins (Level 3)
Hydro-basins provide hydrographic data layers that allow for the derivation of watershed boundaries for any given location based on the near-global, high-resolution SRTM digital elevation model. Watersheds were delineated in a consistent manner at different scales, and a hierarchical sub-basin breakdown was created following the topological concept of the Pfafstetter coding system (Verdin & Verdin 1999). The resulting polygon layers are termed HydroBASINS and represent a subset of the HydroSHEDS database. There are 12 levels. Level 3 represent major river systems from headwaters to coast.