Click right arrow to begin viewing all slides...
|
Experiment 1 (18 July - 3 August 1995 ARM SGP IOP, 100 runs)
1.1.a 700 mb SCM temperature versus observations time series, horizontal advective forcing.1.1.b 700 mb SCM temperature versus observations time series, relaxation forcing.1.1.c 700 mb SCM temperature minus ensemble mean time series, horizontal advective forcing.1.2.a 700 mb SCM water vapor mixing ratio versus observations time series, horizontal advective forcing.1.2.b 700 mb SCM water vapor mixing ratio versus observations time series, relaxation forcing.1.2.c 700 mb SCM water vapor mixing ratio minus ensemble mean time series, horizontal advective forcing.1.3.a SCM precipitable water versus observations time series, horizontal advective forcing.1.3.b SCM precipitable water versus observations time series, relaxation forcing.1.4.a SCM precipitation versus observations time series, horizontal advective forcing.1.4.b SCM precipitation versus observations time series, relaxation forcing.
2.1.a 700 mb SCM temperature versus observations time series, horizontal advective forcing.2.1.b 700 mb SCM temperature versus observations time series, relaxation forcing.2.1.c 700 mb SCM temperature minus ensemble mean time series, horizontal advective forcing.2.2.a 700 mb SCM water vapor mixing ratio versus observations time series, horizontal advective forcing.2.2.b 700 mb SCM water vapor mixing ratio versus observations time series, relaxation forcing.2.2.c 700 mb SCM water vapor mixing ratio minus ensemble mean time series, horizontal advective forcing.2.3.a SCM precipitable water versus observations time series, horizontal advective forcing.2.3.b SCM precipitable water versus observations time series, relaxation forcing.2.4.a SCM precipitation versus observations time series, horizontal advective forcing.2.4.b SCM precipitation versus observations time series, relaxation forcing.
Previous slide in seriesNext slide in seriesJump from GATE to corresponding ARM slide
Jump from ARM to corresponding GATE slide
Return to this page
Return to main page