data: Rwanda Water_Balance daily Historical BushBeansWestSOND WB_BB_SOND

Rwanda Water_Balance daily Historical BushBeansWestSOND WB_BB_SOND_8314 Drain: water drained data

Rwanda Water_Balance daily Historical BushBeansWestSOND WB_BB_SOND_8314 water drained from SOURCES: the IRI/LDEO collection of climate data.

Independent Variables (Grids)

Time: grid: /T (days since 1980-01-01) ordered (7 Jan 1983) to (31 Dec 2014) by 1.0 N= 11682 pts :grid
Longitude (longitude): grid: /X (degree_east) ordered (28.5375E) to (30.3E) by 0.03750002 N= 48 pts :grid
Latitude (latitude): grid: /Y (degree_north) ordered (2.9625S) to (1.05S) by 0.0375 N= 52 pts :grid

Other Info

CE

null

colorscalename

prcp_0to1000_colors

CS

datatype

realarraytype

fnname

masklt

maxncolor

254

missing_value

NaN

pointwidth

1.0

scale_min

0.0

units

standard units*

0.001 meter

history

water_balance [ Peffective - ETcrop_red ]

water_balance Peffective

total [ ( Rwanda Daily precip ) / maskle ( { T_lag + 0. } , 0 ) ] * flagge [ ( Rwanda Daily precip ) , 12.5 ]

total [ ( Rwanda Daily precip ) / maskle ( { T_lag + 0. } , 0 ) ]

T_lag positive indicates Rwanda Daily precip lags
Averaged over T_lag[-6.5 days, 0.5 days] minimum 0.0% data present

total [ ( PPcoefs + 0. ) * eexp ( { PPn - 1. } * ln { Rwanda Daily precip } ) ]
Averaged over PPn[0.5, 3.5] minimum 0.0% data present

total [ ( total { [ Rwanda Daily precip ] / maskle [ ( T_lag + 0. ) , 0 ] } * flagge { [ Rwanda Daily precip ] , 12.5 } ) * total ( { PPcoefs + 0. } * eexp { [ PPn - 1. ] * ln [ Rwanda Daily precip ] } ) ]

Averaged over aprod[IPA0, IPA7] minimum 0.0% data present

water_balance ETcrop_red

min [ ( { water_balance SM } / { SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ wat_cap_abs * 0.49 ] } ) , 1 ]

water_balance SM

x = min [ max ( { [ ( { SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ wat_cap_abs * 0.33 ] } + { water_balance ETcrop [ 1 Jan 1983 * 0. ] } ) - ( min { [ ( { SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ wat_cap_abs * 0.33 ] } + { water_balance ETcrop [ 1 Jan 1983 * 0. ] } ) / ( SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD { 0.49 * wat_cap_abs } ) ] , 1 } * { water_balance ETcrop } ) ] + [ water_balance Peffective ] } , 0.0 ) , ( SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs ) ]

max [ ( { [ ( SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD { wat_cap_abs * 0.33 } ) + ( water_balance ETcrop { 1 Jan 1983 * 0. } ) ] - [ min ( { [ ( SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD { wat_cap_abs * 0.33 } ) + ( water_balance ETcrop { 1 Jan 1983 * 0. } ) ] / [ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( 0.49 * wat_cap_abs ) ] } , 1 ) * ( water_balance ETcrop ) ] } + { water_balance Peffective } ) , 0.0 ]

[ ( SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD { wat_cap_abs * 0.33 } ) + ( water_balance ETcrop { 1 Jan 1983 * 0. } ) ] - [ min ( { [ ( SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD { wat_cap_abs * 0.33 } ) + ( water_balance ETcrop { 1 Jan 1983 * 0. } ) ] / [ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( 0.49 * wat_cap_abs ) ] } , 1 ) * ( water_balance ETcrop ) ]

[ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ]

x[T=7 Jan 1983]: [ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ]

SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ wat_cap_abs * 0.33 ]

X regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Y regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Boxes with less than 0.0% dropped

water_balance ETcrop [ 1 Jan 1983 * 0. ]

mean [ T * ( 0. + 1. ) ]

Ss_lag positive indicates T * [ 0. + 1. ] lags
Averaged over Ss[1200 30 Dec 1981 - 1200 31 Dec 1981, 2400 30 Dec 2013] minimum 0.0% data present

[ T * ( 0. + 1. ) ] * 0.
Ss_lag positive indicates T * [ 0. + 1. ] lags

pad0 [ T * ( 0. + 1. ) ]

Ss: 1 Jan 1983 to 31 Dec 2014 appended from T * [ 0. + 1. ]
Ss: 1 Jan 2015 to 1 Jan 2016 appended from mean [ T * ( 0. + 1. ) ] + [ ( T * { 0. + 1. } ) * 0. ] -366.0 days

water_balance Kc

Boxes with less than 0.0% dropped

min [ ( { [ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ] } / { SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ 0.49 * wat_cap_abs ] } ) , 1 ] * [ water_balance ETcrop ]

[ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ]

x[T=7 Jan 1983]: [ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ]

SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ wat_cap_abs * 0.33 ]

X regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Y regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Boxes with less than 0.0% dropped

water_balance ETcrop [ 1 Jan 1983 * 0. ]

mean [ T * ( 0. + 1. ) ]

Ss_lag positive indicates T * [ 0. + 1. ] lags
Averaged over Ss[1200 30 Dec 1981 - 1200 31 Dec 1981, 2400 30 Dec 2013] minimum 0.0% data present

[ T * ( 0. + 1. ) ] * 0.
Ss_lag positive indicates T * [ 0. + 1. ] lags

pad0 [ T * ( 0. + 1. ) ]

Ss: 1 Jan 1983 to 31 Dec 2014 appended from T * [ 0. + 1. ]
Ss: 1 Jan 2015 to 1 Jan 2016 appended from mean [ T * ( 0. + 1. ) ] + [ ( T * { 0. + 1. } ) * 0. ] -366.0 days

water_balance Kc

Boxes with less than 0.0% dropped

SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ 0.49 * wat_cap_abs ]

X regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Y regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Boxes with less than 0.0% dropped

water_balance ETcrop

mean [ T * ( 0. + 1. ) ]

Ss_lag positive indicates T * [ 0. + 1. ] lags
Averaged over Ss[1200 30 Dec 1981 - 1200 31 Dec 1981, 2400 30 Dec 2013] minimum 0.0% data present

[ T * ( 0. + 1. ) ] * 0.
Ss_lag positive indicates T * [ 0. + 1. ] lags

pad0 [ T * ( 0. + 1. ) ]

Ss: 1 Jan 1983 to 31 Dec 2014 appended from T * [ 0. + 1. ]
Ss: 1 Jan 2015 to 1 Jan 2016 appended from mean [ T * ( 0. + 1. ) ] + [ ( T * { 0. + 1. } ) * 0. ] -366.0 days

water_balance Kc

Boxes with less than 0.0% dropped

water_balance Peffective

total [ ( Rwanda Daily precip ) / maskle ( { T_lag + 0. } , 0 ) ] * flagge [ ( Rwanda Daily precip ) , 12.5 ]

total [ ( Rwanda Daily precip ) / maskle ( { T_lag + 0. } , 0 ) ]

T_lag positive indicates Rwanda Daily precip lags
Averaged over T_lag[-6.5 days, 0.5 days] minimum 0.0% data present

total [ ( PPcoefs + 0. ) * eexp ( { PPn - 1. } * ln { Rwanda Daily precip } ) ]
Averaged over PPn[0.5, 3.5] minimum 0.0% data present

Averaged over aprod[IPA0, IPA7] minimum 0.0% data present

SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs

X regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Y regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Boxes with less than 0.0% dropped

x = [ ( { x = min [ max ( { [ ( { SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ wat_cap_abs * 0.33 ] } + { water_balance ETcrop [ 1 Jan 1983 * 0. ] } ) - ( min { [ ( { SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ wat_cap_abs * 0.33 ] } + { water_balance ETcrop [ 1 Jan 1983 * 0. ] } ) / ( SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD { 0.49 * wat_cap_abs } ) ] , 1 } * { water_balance ETcrop } ) ] + [ water_balance Peffective ] } , 0.0 ) , ( SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs ) ] } * 0. ) + water_balance ( ETcrop * 0. ) ] + water_balance [ Peffective * 0. ]

[ ( x = min { max [ ( { [ ( SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD { wat_cap_abs * 0.33 } ) + ( water_balance ETcrop { 1 Jan 1983 * 0. } ) ] - [ min ( { [ ( SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD { wat_cap_abs * 0.33 } ) + ( water_balance ETcrop { 1 Jan 1983 * 0. } ) ] / [ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( 0.49 * wat_cap_abs ) ] } , 1 ) * ( water_balance ETcrop ) ] } + { water_balance Peffective } ) , 0.0 ] , [ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs ] } ) * 0. ] + water_balance [ ETcrop * 0. ]

[ x = min ( max { [ ( { [ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ] } - { min [ ( { [ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ] } / { SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ 0.49 * wat_cap_abs ] } ) , 1 ] * [ water_balance ETcrop ] } ) + ( water_balance Peffective ) ] , 0.0 } , { SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs } ) ] * 0.

x[T=7 Jan 1983]: [ x = min ( max { [ ( { [ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ] } - { min [ ( { [ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ] } / { SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ 0.49 * wat_cap_abs ] } ) , 1 ] * [ water_balance ETcrop ] } ) + ( water_balance Peffective ) ] , 0.0 } , { SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs } ) ] * 0. 7 Jan 1983

[ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ]

x[T=7 Jan 1983]: [ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ]

SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ wat_cap_abs * 0.33 ]

X regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Y regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Boxes with less than 0.0% dropped

water_balance ETcrop [ 1 Jan 1983 * 0. ]

mean [ T * ( 0. + 1. ) ]

Ss_lag positive indicates T * [ 0. + 1. ] lags
Averaged over Ss[1200 30 Dec 1981 - 1200 31 Dec 1981, 2400 30 Dec 2013] minimum 0.0% data present

[ T * ( 0. + 1. ) ] * 0.
Ss_lag positive indicates T * [ 0. + 1. ] lags

pad0 [ T * ( 0. + 1. ) ]

Ss: 1 Jan 1983 to 31 Dec 2014 appended from T * [ 0. + 1. ]
Ss: 1 Jan 2015 to 1 Jan 2016 appended from mean [ T * ( 0. + 1. ) ] + [ ( T * { 0. + 1. } ) * 0. ] -366.0 days

water_balance Kc

Boxes with less than 0.0% dropped

[ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ]

x[T=7 Jan 1983]: [ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ]

SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ wat_cap_abs * 0.33 ]

X regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Y regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Boxes with less than 0.0% dropped

water_balance ETcrop [ 1 Jan 1983 * 0. ]

mean [ T * ( 0. + 1. ) ]

Ss_lag positive indicates T * [ 0. + 1. ] lags
Averaged over Ss[1200 30 Dec 1981 - 1200 31 Dec 1981, 2400 30 Dec 2013] minimum 0.0% data present

[ T * ( 0. + 1. ) ] * 0.
Ss_lag positive indicates T * [ 0. + 1. ] lags

pad0 [ T * ( 0. + 1. ) ]

Ss: 1 Jan 1983 to 31 Dec 2014 appended from T * [ 0. + 1. ]
Ss: 1 Jan 2015 to 1 Jan 2016 appended from mean [ T * ( 0. + 1. ) ] + [ ( T * { 0. + 1. } ) * 0. ] -366.0 days

water_balance Kc

Boxes with less than 0.0% dropped

SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ 0.49 * wat_cap_abs ]

X regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Y regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Boxes with less than 0.0% dropped

water_balance ETcrop

mean [ T * ( 0. + 1. ) ]

Ss_lag positive indicates T * [ 0. + 1. ] lags
Averaged over Ss[1200 30 Dec 1981 - 1200 31 Dec 1981, 2400 30 Dec 2013] minimum 0.0% data present

[ T * ( 0. + 1. ) ] * 0.
Ss_lag positive indicates T * [ 0. + 1. ] lags

pad0 [ T * ( 0. + 1. ) ]

Ss: 1 Jan 1983 to 31 Dec 2014 appended from T * [ 0. + 1. ]
Ss: 1 Jan 2015 to 1 Jan 2016 appended from mean [ T * ( 0. + 1. ) ] + [ ( T * { 0. + 1. } ) * 0. ] -366.0 days

water_balance Kc

Boxes with less than 0.0% dropped

water_balance Peffective

total [ ( Rwanda Daily precip ) / maskle ( { T_lag + 0. } , 0 ) ] * flagge [ ( Rwanda Daily precip ) , 12.5 ]

total [ ( Rwanda Daily precip ) / maskle ( { T_lag + 0. } , 0 ) ]

T_lag positive indicates Rwanda Daily precip lags
Averaged over T_lag[-6.5 days, 0.5 days] minimum 0.0% data present

total [ ( PPcoefs + 0. ) * eexp ( { PPn - 1. } * ln { Rwanda Daily precip } ) ]
Averaged over PPn[0.5, 3.5] minimum 0.0% data present

Averaged over aprod[IPA0, IPA7] minimum 0.0% data present

SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs

X regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Y regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Boxes with less than 0.0% dropped

water_balance [ ETcrop * 0. ]

mean [ T * ( 0. + 1. ) ]

Ss_lag positive indicates T * [ 0. + 1. ] lags
Averaged over Ss[1200 30 Dec 1981 - 1200 31 Dec 1981, 2400 30 Dec 2013] minimum 0.0% data present

[ T * ( 0. + 1. ) ] * 0.
Ss_lag positive indicates T * [ 0. + 1. ] lags

pad0 [ T * ( 0. + 1. ) ]

Ss: 1 Jan 1983 to 31 Dec 2014 appended from T * [ 0. + 1. ]
Ss: 1 Jan 2015 to 1 Jan 2016 appended from mean [ T * ( 0. + 1. ) ] + [ ( T * { 0. + 1. } ) * 0. ] -366.0 days

water_balance Kc

Boxes with less than 0.0% dropped

water_balance [ Peffective * 0. ]

total [ ( Rwanda Daily precip ) / maskle ( { T_lag + 0. } , 0 ) ] * flagge [ ( Rwanda Daily precip ) , 12.5 ]

total [ ( Rwanda Daily precip ) / maskle ( { T_lag + 0. } , 0 ) ]

T_lag positive indicates Rwanda Daily precip lags
Averaged over T_lag[-6.5 days, 0.5 days] minimum 0.0% data present

total [ ( PPcoefs + 0. ) * eexp ( { PPn - 1. } * ln { Rwanda Daily precip } ) ]
Averaged over PPn[0.5, 3.5] minimum 0.0% data present

Averaged over aprod[IPA0, IPA7] minimum 0.0% data present

SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ wat_cap_abs * 0.49 ]

X regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Y regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Boxes with less than 0.0% dropped

water_balance ETcrop

mean [ T * ( 0. + 1. ) ]

Ss_lag positive indicates T * [ 0. + 1. ] lags
Averaged over Ss[1200 30 Dec 1981 - 1200 31 Dec 1981, 2400 30 Dec 2013] minimum 0.0% data present

[ T * ( 0. + 1. ) ] * 0.
Ss_lag positive indicates T * [ 0. + 1. ] lags

pad0 [ T * ( 0. + 1. ) ]

Ss: 1 Jan 1983 to 31 Dec 2014 appended from T * [ 0. + 1. ]
Ss: 1 Jan 2015 to 1 Jan 2016 appended from mean [ T * ( 0. + 1. ) ] + [ ( T * { 0. + 1. } ) * 0. ] -366.0 days

water_balance Kc

Boxes with less than 0.0% dropped

water_balance SM

[ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ]

x[T=7 Jan 1983]: [ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ]

SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ wat_cap_abs * 0.33 ]

X regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Y regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Boxes with less than 0.0% dropped

water_balance ETcrop [ 1 Jan 1983 * 0. ]

mean [ T * ( 0. + 1. ) ]

Ss_lag positive indicates T * [ 0. + 1. ] lags
Averaged over Ss[1200 30 Dec 1981 - 1200 31 Dec 1981, 2400 30 Dec 2013] minimum 0.0% data present

[ T * ( 0. + 1. ) ] * 0.
Ss_lag positive indicates T * [ 0. + 1. ] lags

pad0 [ T * ( 0. + 1. ) ]

Ss: 1 Jan 1983 to 31 Dec 2014 appended from T * [ 0. + 1. ]
Ss: 1 Jan 2015 to 1 Jan 2016 appended from mean [ T * ( 0. + 1. ) ] + [ ( T * { 0. + 1. } ) * 0. ] -366.0 days

water_balance Kc

Boxes with less than 0.0% dropped

[ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ]

x[T=7 Jan 1983]: [ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ]

SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ wat_cap_abs * 0.33 ]

X regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Y regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Boxes with less than 0.0% dropped

water_balance ETcrop [ 1 Jan 1983 * 0. ]

mean [ T * ( 0. + 1. ) ]

Ss_lag positive indicates T * [ 0. + 1. ] lags
Averaged over Ss[1200 30 Dec 1981 - 1200 31 Dec 1981, 2400 30 Dec 2013] minimum 0.0% data present

[ T * ( 0. + 1. ) ] * 0.
Ss_lag positive indicates T * [ 0. + 1. ] lags

pad0 [ T * ( 0. + 1. ) ]

Ss: 1 Jan 1983 to 31 Dec 2014 appended from T * [ 0. + 1. ]
Ss: 1 Jan 2015 to 1 Jan 2016 appended from mean [ T * ( 0. + 1. ) ] + [ ( T * { 0. + 1. } ) * 0. ] -366.0 days

water_balance Kc

Boxes with less than 0.0% dropped

SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ 0.49 * wat_cap_abs ]

X regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Y regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Boxes with less than 0.0% dropped

water_balance ETcrop

mean [ T * ( 0. + 1. ) ]

Ss_lag positive indicates T * [ 0. + 1. ] lags
Averaged over Ss[1200 30 Dec 1981 - 1200 31 Dec 1981, 2400 30 Dec 2013] minimum 0.0% data present

[ T * ( 0. + 1. ) ] * 0.
Ss_lag positive indicates T * [ 0. + 1. ] lags

pad0 [ T * ( 0. + 1. ) ]

Ss: 1 Jan 1983 to 31 Dec 2014 appended from T * [ 0. + 1. ]
Ss: 1 Jan 2015 to 1 Jan 2016 appended from mean [ T * ( 0. + 1. ) ] + [ ( T * { 0. + 1. } ) * 0. ] -366.0 days

water_balance Kc

Boxes with less than 0.0% dropped

water_balance Peffective

total [ ( Rwanda Daily precip ) / maskle ( { T_lag + 0. } , 0 ) ] * flagge [ ( Rwanda Daily precip ) , 12.5 ]

total [ ( Rwanda Daily precip ) / maskle ( { T_lag + 0. } , 0 ) ]

T_lag positive indicates Rwanda Daily precip lags
Averaged over T_lag[-6.5 days, 0.5 days] minimum 0.0% data present

total [ ( PPcoefs + 0. ) * eexp ( { PPn - 1. } * ln { Rwanda Daily precip } ) ]
Averaged over PPn[0.5, 3.5] minimum 0.0% data present

Averaged over aprod[IPA0, IPA7] minimum 0.0% data present

SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs

X regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Y regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Boxes with less than 0.0% dropped

[ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ]

x[T=7 Jan 1983]: [ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ]

SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ wat_cap_abs * 0.33 ]

X regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Y regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Boxes with less than 0.0% dropped

water_balance ETcrop [ 1 Jan 1983 * 0. ]

mean [ T * ( 0. + 1. ) ]

Ss_lag positive indicates T * [ 0. + 1. ] lags
Averaged over Ss[1200 30 Dec 1981 - 1200 31 Dec 1981, 2400 30 Dec 2013] minimum 0.0% data present

[ T * ( 0. + 1. ) ] * 0.
Ss_lag positive indicates T * [ 0. + 1. ] lags

pad0 [ T * ( 0. + 1. ) ]

Ss: 1 Jan 1983 to 31 Dec 2014 appended from T * [ 0. + 1. ]
Ss: 1 Jan 2015 to 1 Jan 2016 appended from mean [ T * ( 0. + 1. ) ] + [ ( T * { 0. + 1. } ) * 0. ] -366.0 days

water_balance Kc

Boxes with less than 0.0% dropped

[ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ]

x[T=7 Jan 1983]: [ SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD ( wat_cap_abs * 0.33 ) ] + [ water_balance ETcrop ( 1 Jan 1983 * 0. ) ]

SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ wat_cap_abs * 0.33 ]

X regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Y regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Boxes with less than 0.0% dropped

water_balance ETcrop [ 1 Jan 1983 * 0. ]

mean [ T * ( 0. + 1. ) ]

Ss_lag positive indicates T * [ 0. + 1. ] lags
Averaged over Ss[1200 30 Dec 1981 - 1200 31 Dec 1981, 2400 30 Dec 2013] minimum 0.0% data present

[ T * ( 0. + 1. ) ] * 0.
Ss_lag positive indicates T * [ 0. + 1. ] lags

pad0 [ T * ( 0. + 1. ) ]

Ss: 1 Jan 1983 to 31 Dec 2014 appended from T * [ 0. + 1. ]
Ss: 1 Jan 2015 to 1 Jan 2016 appended from mean [ T * ( 0. + 1. ) ] + [ ( T * { 0. + 1. } ) * 0. ] -366.0 days

water_balance Kc

Boxes with less than 0.0% dropped

SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD [ 0.49 * wat_cap_abs ]

X regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Y regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Boxes with less than 0.0% dropped

water_balance ETcrop

mean [ T * ( 0. + 1. ) ]

Ss_lag positive indicates T * [ 0. + 1. ] lags
Averaged over Ss[1200 30 Dec 1981 - 1200 31 Dec 1981, 2400 30 Dec 2013] minimum 0.0% data present

[ T * ( 0. + 1. ) ] * 0.
Ss_lag positive indicates T * [ 0. + 1. ] lags

pad0 [ T * ( 0. + 1. ) ]

Ss: 1 Jan 1983 to 31 Dec 2014 appended from T * [ 0. + 1. ]
Ss: 1 Jan 2015 to 1 Jan 2016 appended from mean [ T * ( 0. + 1. ) ] + [ ( T * { 0. + 1. } ) * 0. ] -366.0 days

water_balance Kc

Boxes with less than 0.0% dropped

water_balance Peffective

total [ ( Rwanda Daily precip ) / maskle ( { T_lag + 0. } , 0 ) ] * flagge [ ( Rwanda Daily precip ) , 12.5 ]

total [ ( Rwanda Daily precip ) / maskle ( { T_lag + 0. } , 0 ) ]

T_lag positive indicates Rwanda Daily precip lags
Averaged over T_lag[-6.5 days, 0.5 days] minimum 0.0% data present

total [ ( PPcoefs + 0. ) * eexp ( { PPn - 1. } * ln { Rwanda Daily precip } ) ]
Averaged over PPn[0.5, 3.5] minimum 0.0% data present

Averaged over aprod[IPA0, IPA7] minimum 0.0% data present

SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs

X regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Y regridded on SoilGrids Rwanda GYGA_Results_ll Aggregated_overERZD wat_cap_abs
Boxes with less than 0.0% dropped

water_balance [ ETcrop * 0. ]

mean [ T * ( 0. + 1. ) ]

Ss_lag positive indicates T * [ 0. + 1. ] lags
Averaged over Ss[1200 30 Dec 1981 - 1200 31 Dec 1981, 2400 30 Dec 2013] minimum 0.0% data present

[ T * ( 0. + 1. ) ] * 0.
Ss_lag positive indicates T * [ 0. + 1. ] lags

pad0 [ T * ( 0. + 1. ) ]

Ss: 1 Jan 1983 to 31 Dec 2014 appended from T * [ 0. + 1. ]
Ss: 1 Jan 2015 to 1 Jan 2016 appended from mean [ T * ( 0. + 1. ) ] + [ ( T * { 0. + 1. } ) * 0. ] -366.0 days

water_balance Kc

Boxes with less than 0.0% dropped

water_balance [ Peffective * 0. ]

total [ ( Rwanda Daily precip ) / maskle ( { T_lag + 0. } , 0 ) ] * flagge [ ( Rwanda Daily precip ) , 12.5 ]

total [ ( Rwanda Daily precip ) / maskle ( { T_lag + 0. } , 0 ) ]

T_lag positive indicates Rwanda Daily precip lags
Averaged over T_lag[-6.5 days, 0.5 days] minimum 0.0% data present

total [ ( PPcoefs + 0. ) * eexp ( { PPn - 1. } * ln { Rwanda Daily precip } ) ]
Averaged over PPn[0.5, 3.5] minimum 0.0% data present

Averaged over aprod[IPA0, IPA7] minimum 0.0% data present

Last updated: Mon, 09 May 2022 12:12:55 GMT

Data Views

	T	X	Y
Rwanda Water_Balance daily Historical BushBeansWestSOND WB_BB_SOND_8314 Drain[ X Y \| T]	M	M	M

Filters

Here are some filters that are useful for manipulating data. There are actually many more available, but they have to be entered manually. See Ingrid Function Documentation for more information.

Monthly Climatology calculates a monthly climatology by averaging over all years.
anomalies calculates the difference between the (above) monthly climatology and the original data.
Integrate along X Y T
Differentiate along X Y T
Take differences along X Y T