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Past phases
About past phases
Scenes and measurements, models and results of previous phases.
RAMI 1 phase
RAMI 2 phase
RAMI 3 phase
RAMI4PILPS phase
RAMI IV phase
Scenes
About the Scenes
Scenes description of this phase.
Homogeneous
Solar Domain
Discrete
Turbid
Purist Corner
Discrete
Turbid
Heterogeneous
Floating Spheres
Purist Corner
Discrete
Turbid
Solar Domain
Discrete
Turbid
Conifer Forest
Topography
No Topography
Real Zoom-in
Birchstand
Measurements
About the Measurements
Measurements description of this phase.
Local transmission transect (
loctrans
)
Normalized horizontal flux (
nhorflx
)
Absorption by the canopy (turbid or discrete) (
fabs
)
Total transmission through the medium at the lower boundary level (
ftran
)
BRF in the cross plane (perpendicular to the principal plane) (
brfop
)
BRF in the cross plane for single-scattered radiation (
brfop_co_sgl
)
BRF in the cross plane for multiple-scattered (two or more scattering events) radiation (
brfop_mlt
)
BRF in the cross plane for single-scattered radiation collided by the soil (
brfop_uc_sgl
)
BRF in the principal plane (total) (
brfpp
)
BRF in the principal plane for single-scattered radiation (
brfpp_co_sgl
)
BRF in the principal plane for multiple-scattered (two or more scattering events) radiation (
brfpp_mlt
)
BRF in the principal plane for single-scattered radiation collided by the soil (
brfpp_uc_sgl
)
The new RAMI V
About the new RAMI V
This new RAMI phase is a continuation of previous phases.
Discover more
The new RAMI V
Format for RAMI V
Results
The new RAMI4ATM
About the new RAMI4ATM phase
This new RAMI phase is a new initiative dedicated to the benchmarking of coupled surface-atmosphere radiative transfer models.
Discover more
The new RAMI4ATM
Results submission progress
Guidance
About Guidance section
This section contains valuable information regarding RAMI exercise.
Definition
Organization
How to participate
News & events
About the European Commission
RAMI
Phase: RAMI3
Homogeneous
Purist Corner
Turbid
Results
brfpp
Phase: RAMI3
BRF in the principal plane (total)
Page contents
HOM01_TUR_ERE_NR1_00
HOM01_TUR_ERE_NR1_30
HOM01_TUR_ERE_NR1_60
HOM01_TUR_PLA_NR1_00
HOM01_TUR_PLA_NR1_30
HOM01_TUR_PLA_NR1_60
HOM02_TUR_ERE_NR1_00
HOM02_TUR_ERE_NR1_30
HOM02_TUR_ERE_NR1_60
HOM02_TUR_PLA_NR1_00
HOM02_TUR_PLA_NR1_30
HOM02_TUR_PLA_NR1_60
HOM05_TUR_ERE_NR1_00
HOM05_TUR_ERE_NR1_30
HOM05_TUR_ERE_NR1_60
HOM05_TUR_PLA_NR1_00
HOM05_TUR_PLA_NR1_30
HOM05_TUR_PLA_NR1_60
HOM01_TUR_ERE_NR1_00
Fig. 1: brfpp for HOM01_TUR_ERE_NR1_00 testcase.
© Copyright
HOM01_TUR_ERE_NR1_30
Fig. 2: brfpp for HOM01_TUR_ERE_NR1_30 testcase.
© Copyright
HOM01_TUR_ERE_NR1_60
Fig. 3: brfpp for HOM01_TUR_ERE_NR1_60 testcase.
© Copyright
HOM01_TUR_PLA_NR1_00
Fig. 4: brfpp for HOM01_TUR_PLA_NR1_00 testcase.
© Copyright
HOM01_TUR_PLA_NR1_30
Fig. 5: brfpp for HOM01_TUR_PLA_NR1_30 testcase.
© Copyright
HOM01_TUR_PLA_NR1_60
Fig. 6: brfpp for HOM01_TUR_PLA_NR1_60 testcase.
© Copyright
HOM02_TUR_ERE_NR1_00
Fig. 7: brfpp for HOM02_TUR_ERE_NR1_00 testcase.
© Copyright
HOM02_TUR_ERE_NR1_30
Fig. 8: brfpp for HOM02_TUR_ERE_NR1_30 testcase.
© Copyright
HOM02_TUR_ERE_NR1_60
Fig. 9: brfpp for HOM02_TUR_ERE_NR1_60 testcase.
© Copyright
HOM02_TUR_PLA_NR1_00
Fig. 10: brfpp for HOM02_TUR_PLA_NR1_00 testcase.
© Copyright
HOM02_TUR_PLA_NR1_30
Fig. 11: brfpp for HOM02_TUR_PLA_NR1_30 testcase.
© Copyright
HOM02_TUR_PLA_NR1_60
Fig. 12: brfpp for HOM02_TUR_PLA_NR1_60 testcase.
© Copyright
HOM05_TUR_ERE_NR1_00
Fig. 13: brfpp for HOM05_TUR_ERE_NR1_00 testcase.
© Copyright
HOM05_TUR_ERE_NR1_30
Fig. 14: brfpp for HOM05_TUR_ERE_NR1_30 testcase.
© Copyright
HOM05_TUR_ERE_NR1_60
Fig. 15: brfpp for HOM05_TUR_ERE_NR1_60 testcase.
© Copyright
HOM05_TUR_PLA_NR1_00
Fig. 16: brfpp for HOM05_TUR_PLA_NR1_00 testcase.
© Copyright
HOM05_TUR_PLA_NR1_30
Fig. 17: brfpp for HOM05_TUR_PLA_NR1_30 testcase.
© Copyright
HOM05_TUR_PLA_NR1_60
Fig. 18: brfpp for HOM05_TUR_PLA_NR1_60 testcase.
© Copyright
