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For Boundary Layer* Information Prediction for Soaring Potential Over Time Blipspot for

from TJ's RASP forecasts BLIPSPOT: 5 Feb 2025 → Feb 05 06:42 PST for Wednesday Cleman Windgram

ForecastPd	3hrs	4hrs	5hrs	6hrs	7hrs	8hrs	9hrs	10hrs	11hrs	12hrs	13hrs	14hrs	15hrs	ForecastPd
PNW_d2	gridpt=	46,17
Lat,Lon=	46.836,-120.893
VALID.TIME	07 PST	08 PST	09 PST	10 PST	11 PST	12 PST	13 PST	14 PST	15 PST	16 PST	17 PST	18 PST	19 PST	VALID.TIME
10M_Wind_Dir	139°	133°	135°	135°	138°	137°	142°	140°	142°	136°	129°	88°	119°	10M_Wind_Dir
Sfc_Wind_Sp_Kt	10	10	12	12	12	12	12	11	10	8	6	5	8	Sfc_Wind_Sp_Kt
10M_Wind_Sp_Kt	11	11	13	13	13	13	13	11	11	9	6	6	8	10M_Wind_Sp_Kt
Treetop_WSp_Kt	14	14	15	15	15	15	15	13	13	10	7	6	10	Treetop_WSp_Kt
Lev_Abv_WSp_Kt	16	16	16	16	15	16	15	14	13	12	8	7	12	Lev_Abv_WSp_Kt
Up_Velocity fpm	0	0	127	193	218	217	215	187	124	61	46	42	34	Up_Velocity fpm
cm/s_Convergence	-6	-8	-15	-14	-12	-12	-9	-9	-9	-7	-7	-11	-9	cm/s_Convergence
MaxSoar1.1m/s	3234	3234	3234	3234	3234	3234	3234	3234	3234	3234	3234	3234	3234	MaxSoar1.1m/s
MaxSoar_AGL	0	0	0	0	0	0	0	0	0	0	0	0	0	MaxSoar_AGL
MaxSoar_clds	3234	3234	3234	3234	3234	3234	3234	3234	3234	3234	3234	3234	3234	MaxSoar_clds
Bouy/Shr_Ratio	0	0	1	1	1	1	1	1	1	1	1	1	0	Bouy/Shr_Ratio
BL_Top_TI=0	3258	3258	3834	4221	4276	4201	4169	4050	3869	3490	3464	3402	3329	BL_Top_TI=0
BL_Depth_AGL	24	24	600	987	1043	967	935	817	635	256	230	168	95	BL_Depth_AGL
Avg_BLWindSpd	10	10	16	15	15	15	15	13	13	10	7	6	9	Avg_BLWindSpd
Avg_BlWindDir	139	133	140	141	145	144	150	145	144	138	128	92	122	Avg_BlWindDir
Wind_Shear	0	0	5	7	7	8	7	5	4	4	3	2	3	Wind_Shear
BLTop_WdSp	10	10	17	16	15	16	15	13	14	12	8	7	10	BLTop_WdSp
BLTopWDir	139	133	148	158	166	166	170	163	151	140	127	100	124	BLTopWDir
CAPE_TSpoten	0	0	0	3	5	3	4	3	1	0	0	0	0	CAPE_TSpoten
CUbase_LCL	3592	3696	3798	3818	3759	3931	3863	3877	3736	3658	3640	3682	3676	CUbase_LCL
ODpot_if_cu	-2153	-2728	-1987	-1969	-1950	-1883	-2136	-1894	-1863	-1194	-520	-775	-936	ODpot_if_cu
ODbase_allclds	5411	5986	5821	6190	6226	6085	6305	5945	5732	4684	3984	4176	4265	ODbase_allclds
BL_Cloud_%	77	69	64	73	77	71	75	70	68	73	74	71	72	BL_Cloud_%
Sfc_Heating	-26	-14	42	89	122	129	130	97	37	10	5	5	5	Sfc_Heating
Temp@2m	16.8	17.8	20.0	21.1	21.7	22.1	22.5	23.0	22.6	22.7	23.2	22.9	23.4	Temp@2m
DewPt@2m	15.2	15.7	17.6	18.5	19.4	19.2	19.9	20.3	20.4	20.9	21.5	20.9	21.5	DewPt@2m
msl_pressure	1009	1010	1010	1010	1010	1010	1010	1010	1010	1010	1011	1011	1010	msl_pressure
1hr_rain_acc	0	0	0	0	0	0	0	0	0	1	1	1	1	1hr_rain_acc
Hgt_Variab_	195	333	354	304	278	249	240	254	299	550	833	618	586	Hgt_Variab

Trigger_Time	& 2m Sfc	Temp	For_times:	+++=earlier		unlikely	=not_found)
MaxSoarAGL_=	300	500	1000	1500	2000	2500	3000
by=	unlikely	unlikely	unlikely	unlikely	unlikely	unlikely	unlikely
When_sfc_temp=	unlikely	unlikely	unlikely	unlikely	unlikely	unlikely	unlikely

TRIGGER_TIME	&	SURFACE_(2m)	TEMPERATURE
(+++	=	before_first_time,	unlikely	=	not_found)
AGL_Lift_to=	1500	2000	2500	3000
by=	unlikely	unlikely	unlikely	unlikely
When_sfc_temp=	unlikely	unlikely	unlikely	unlikely
BL_Depth_AGL_=	1500	2000	2500	3000
by=	unlikely	unlikely	unlikely	unlikely
When_sfc_temp=	unlikely	unlikely	unlikely	unlikely

* The Boundary Layer is also known as the Mixing layer and its top is also called the mixing height. It is the top of thermally induced lift and the level at which the Thermal Index goes to zero.
RASP Blanchard RASP Tiger RASP Fraser Valley RASP PNW big picture