netcdf classic (CDF-1) {
dimensions:
	X = 90 ;
	T = 36 ;
	Y = 213 ;
variables:
	float X(X) ;
		X:standard_name = "longitude" ;
		X:gridtype = 0 ;
		X:units = "degree_east" ;
	float T(T) ;
		T:calendar = "360" ;
		T:modulo = 12.0000048 ;
		T:modulus = 12.0000048 ;
		T:gridtype = 1 ;
		T:units = "months since 1960-01-01" ;
	float Y(Y) ;
		Y:pointwidth = 0.0375000052 ;
		Y:long_name = "Latitude" ;
		Y:standard_name = "latitude" ;
		Y:gridtype = 0 ;
		Y:units = "degree_north" ;
	double int_dY(T, Y, X) ;
		int_dY:file_missing_value = -99.0 ;
		int_dY:ncolor = 254 ;
		int_dY:maxncolor = 254 ;
		int_dY:colormap = "[6908265 2970272 2970272 2970272 [2970272 23] 4163021 [4163021 31] 8894686 [8894686 20] 11788021 [11788021 15] 14745599 [14745599 8] 16777184 [16777184 16] 15658671 [15658671 39] 11193702 [11193702 58] 10526303 [10526303 40] 10526303]" ;
		int_dY:history = "[[($partialdiff sub Y$ [ Malawi dekadal rainfall rfe_mergeddiff ] climatology) [(Averaged over T2[0.5, 1080.5] minimum 0.0% data present) (Averaged over T2[1981, 2357 30 Dec 2019 - 2357 30 Dec 2020] minimum 0.0% data present)]] [($partialdiff sub Y$ [ Malawi dekadal rainfall rfe_mergeddiff ] climatology climatology) [($partialdiff sub Y$ [ Malawi dekadal rainfall rfe_mergeddiff ] climatology) [(Averaged over T2[0.5, 1080.5] minimum 0.0% data present) (Averaged over T2[1981, 2357 30 Dec 2019 - 2357 30 Dec 2020] minimum 0.0% data present)] (Averaged over T2=0000 1 Jan 1960 - 0000 1 Jan 1961 minimum 0.0% data present)]]]" ;
		int_dY:missing_value = nan ;
		int_dY:expires = 1699660800 ;
		int_dY:long_name = "$partialdiff sub T$ $partialdiff sub Y$ Rainfall Anomaly" ;
		int_dY:units = "mm/month" ;
// X: first 32.6437492, last 35.9812508, count 90
// T: first 5.03659248e-06, last 12.0000095, count 36
// Y: first -17.2875004, last -9.33749962, count 213
}