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Created at: November 27, 2018 Updated at: January 20, 2022
Seasonal SON (Sept-Oct-Nov) Maximum Evaporation Soil Surface 1970 - 2096
Seasonal SON (Sept-Oct-Nov) Maximum Evaporation Soil Surface 1970 - 2096
Dataset Publisher: Institut Penyelidikan Air Kebangsaan Malaysia (NAHRIM) -
Created at: November 27, 2018 Updated at: January 20, 2022
Seasonal (Dec-Feb) Variance Evaporation From Canopy for Malaysia 1970-2096 PR...
Seasonal (Dec-Feb) Variance Evaporation From Canopy for Malaysia 1970-2096 PRECIS Model
Dataset Publisher: Institut Penyelidikan Air Kebangsaan Malaysia (NAHRIM) -
Created at: November 27, 2018 Updated at: January 20, 2022
Seasonal SON (Sep-Oct-Nov) Mean Evaporation Soil Surface 1970 - 2096
Seasonal SON (Sep-Oct-Nov) Mean Evaporation Soil Surface 1970 - 2096
Dataset Publisher: Institut Penyelidikan Air Kebangsaan Malaysia (NAHRIM) -
Created at: November 27, 2018 Updated at: January 20, 2022
Seasonal (Dec-Feb) Standard Deviation Evaporation From Canopy for Malaysia 19...
Seasonal (Dec-Feb) Standard Deviation Evaporation From Canopy for Malaysia 1970-2096 PRECIS Model
Dataset Publisher: Institut Penyelidikan Air Kebangsaan Malaysia (NAHRIM) -
Created at: November 27, 2018 Updated at: January 20, 2022
Seasonal SON (Sep-Oct-Nov) Minimum Evaporation Soil Surface 1970 - 2096
Seasonal SON (Sep-Oct-Nov) Minimum Evaporation Soil Surface 1970 - 2096
Dataset Publisher: Institut Penyelidikan Air Kebangsaan Malaysia (NAHRIM) -
Created at: November 27, 2018 Updated at: January 20, 2022
Seasonal SON (Sep-Oct-Nov) Standard Deviation Evaporation Soil Surface 1970 -...
Seasonal SON (Sep-Oct-Nov) Standard Deviation Evaporation Soil Surface 1970 - 2096
Dataset Publisher: Institut Penyelidikan Air Kebangsaan Malaysia (NAHRIM) -
Created at: November 27, 2018 Updated at: January 20, 2022
Annual Standard Deviation Evaporation From Canopy for Malaysia 1970-2096 PREC...
Annual Standard Deviation Evaporation From Canopy for Malaysia 1970-2096 PRECIS Model
Dataset Publisher: Institut Penyelidikan Air Kebangsaan Malaysia (NAHRIM)
