VARIABLE:	SR_PCODE
DESCRIPTION:	State/Region P-Code
NOTE:	
UNIT:	text
YEAR:	2015
LEVEL:	TS
SOURCE:	MIMU
RECONFIG.:	TAF
	
VARIABLE:	SR_NAME
DESCRIPTION:	State/Region Name
NOTE:	
UNIT:	text
YEAR:	2015
LEVEL:	TS
SOURCE:	GAD
RECONFIG.:	TAF
	
VARIABLE:	SR_MM_NAME
DESCRIPTION:	State/Region Myanmar Name
NOTE:	
UNIT:	text
YEAR:	2015
LEVEL:	TS
SOURCE:	GAD
RECONFIG.:	TAF
	
VARIABLE:	TS_PCODE
DESCRIPTION:	Township P-Code
NOTE:	
UNIT:	text
YEAR:	2015
LEVEL:	TS
SOURCE:	MIMU
RECONFIG.:	TAF
	
VARIABLE:	TS_NAME
DESCRIPTION:	Township Name
NOTE:	
UNIT:	text
YEAR:	2015
LEVEL:	TS
SOURCE:	GAD
RECONFIG.:	TAF
	
VARIABLE:	TS_MM_NAME
DESCRIPTION:	Township Myanmar Name
NOTE:	
UNIT:	text
YEAR:	2015
LEVEL:	TS
SOURCE:	GAD
RECONFIG.:	TAF
	
VARIABLE:	DT_2050R45
DESCRIPTION:	Temperature change by 2050 over 1970-2000 baseline under RCP45
NOTE:	Projected annual average temperature change for mid-century under Representative Concentration Pathway 4.5 (optimistic scenario) as modeled by The Community Climate System Model Version 4 (CCSM4) included in the IPCC 5ar and included in the Computer Model Intercomparision Project version 5. Data are dynamically downscalled to 30-arcsecond resolution, approximately 900m2 resolution at the equator.
UNIT:	degree celsius
YEAR:	1970-2000
LEVEL:	TS
SOURCE:	World Clim Downscaled IPPC5 (CMIP5)
RECONFIG.:	TAF
	
VARIABLE:	DP_2050R45
DESCRIPTION:	Precipitation change by 2050 over 1970-2000 baseline under RCP45
NOTE:	Projected annual average precipitation change for mid-century under Representative Concentration Pathway 4.5 (optimistic scenario) as modeled by The Community Climate System Model Version 4 (CCSM4) included in the IPCC 5ar and included in the Computer Model Intercomparision Project version 5. Data are dynamically downscalled to 30-arcsecond resolution, approximately 900m2 resolution at the equator.
UNIT:	millimeter
YEAR:	1970-2000
LEVEL:	TS
SOURCE:	World Clim Downscaled IPPC5 (CMIP5)
RECONFIG.:	TAF
	
VARIABLE:	DT_2050R85
DESCRIPTION:	Temperature change by 2050 over 1970-2000 baseline under RCP85
NOTE:	Projected annual average temperature change for mid-century under Representative Concentration Pathway 8.5 (pessimistic/ best fit with current data scenario) as modeled by The Community Climate System Model Version 4 (CCSM4) included in the IPCC 5ar and included in the Computer Model Intercomparision Project version 5. Data are dynamically downscalled to 30-arcsecond resolution, approximately 900m2 resolution at the equator.
UNIT:	degree celsius
YEAR:	1970-2000
LEVEL:	TS
SOURCE:	World Clim Downscaled IPPC5 (CMIP5)
RECONFIG.:	TAF
	
VARIABLE:	DP_2050R85
DESCRIPTION:	Precipitation change by 2050 over 1970-2000 baseline under RCP85
NOTE:	Projected annual average precipitation change for mid-century under Representative Concentration Pathway 8.5 (pessimistic/ best fit with current data scenario) as modeled by The Community Climate System Model Version 4 (CCSM4) included in the IPCC 5ar and included in the Computer Model Intercomparision Project version 5. Data are dynamically downscalled to 30-arcsecond resolution, approximately 900m2 resolution at the equator.
UNIT:	millimeter
YEAR:	1970-2000
LEVEL:	TS
SOURCE:	World Clim Downscaled IPPC5 (CMIP5)
RECONFIG.:	TAF
	
VARIABLE:	T_10Y_ROC
DESCRIPTION:	Historical decadal temperature change from 1970-2018
NOTE:	Average change (in degree celsius) experienced per decade over the last ~48 years (e.g. Total change over 48 year period divided by 4.8. GHCN CAMS is a high resolution (0.5x0.5) analyzed global land surface temperatures from 1948 to near present. Monthly temperatures were used to calculate annual mean temperatures for every year between 1970 and 2018. Trend analysis was conducted on line of best fit through annual means, from which the slope was used to calculate the decadal rate of change.
UNIT:	degree celsius per 10 year
YEAR:	1970-2018
LEVEL:	TS
SOURCE:	NOAA GHCN_CAMS Land Temperature Analysis, Cite: Fan, Y., and H. van den Dool (2008), A global monthly land surface air temperature analysis for 1948-present, J. Geophys. Res., 113, D01103, doi:10.1029/2007JD008470.
RECONFIG.:	TAF
	
VARIABLE:	P_10Y_ROC
DESCRIPTION:	Historical decadal precipitation change from 1979-2018
NOTE:	Average change (in milimeter) experienced per decade over the last ~48 years (e.g. Total change over 48 year period divided by 4.8. Monthly global gridded precipitation means, from 1979 to near the present. Monthly precipitation data were used to calculate annual mean precipitation for every year between 1979 and 2018. Trend analysis was conducted on line of best fit through annual means, from which the slope was used to calculate the decadal rate of change. 
UNIT:	millimeter per 10 year
YEAR:	1979-2918
LEVEL:	TS
SOURCE:	NOAA NCEP CPC Merged Analysis of Precipitation (CMAP), Cite: Xie, P., and P.A. Arkin, 1997: Global precipitation: A 17-year monthly analysis based on gauge observations, satellite estimates, and numerical model outputs. Bull. Amer. Meteor. Soc., 78, 2539 - 2558.
RECONFIG.:	TAF