NORBUL (02/05/06 0743)


SFORVFSE




 ISSUED:   SUN  FEB  5 2006    741 AM  PST


 NEXT: MON  FEB  6 2006  800 AM PST


             NORTH COAST RIVER FORECAST 

CALIFORNIA NEVADA RIVER FORECAST CENTER, NATIONAL WEATHER SERVICE
AND THE CALIFORNIA DEPARTMENT OF WATER RESOURCES, SACRAMENTO, CA
              
 ATTENTION...THE FOLLOWING STAGES OF PARTICULAR SIGNIFICANCE
             HAVE OCCURRED OR ARE EXPECTED TO OCCUR
MONITOR STAGE
        SPRAGUE RIVER AT BEATTY 



RUNOFF FROM RECENT RAINFALL AND MELTING SNOW IS PRODUCING A
MODERATE RISE ALONG THE SPRAGUE RIVER NEAR BEATTY.  

OTHER NORTH COAST RIVERS ARE RECEDING.  DRY WEATHER FORECAST
FOR THE NEXT FEW DAYS IS EXPECTED TO ALLOW THIS TREND TO
CONTINUE.  
 


FORECASTS ARE BASED ON PRESENT AND FORECASTED METEOROLOGICAL
AND HYDROLOGIC CONDITIONS AT TIME OF ISSUANCE.


SCOTT RIVER AT
   FORT JONES 5 AM STAGE  11.3 FT
      FORECAST TO RECEDE TO NEAR  10.0 FT   MONDAY MORNING
           MONITOR STAGE  12.0 FT, FLOOD STAGE  15.0 FT

KLAMATH RIVER AT
   SEIAD VALLEY 6 AM STAGE  12.3 FT
      FORECAST TO RECEDE TO NEAR  12.0 FT   MONDAY MORNING
           MONITOR STAGE  13.0 FT, FLOOD STAGE  15.0 FT
   ORLEANS 7 AM STAGE  17.1 FT
      FORECAST TO RECEDE TO NEAR  16.0 FT   MONDAY MORNING
           MONITOR STAGE  32.0 FT, FLOOD STAGE  38.0 FT
   TURWAR CK 6 AM STAGE  26.2 FT
      FORECAST TO RECEDE TO NEAR  24.0 FT   MONDAY MORNING
           MONITOR STAGE  30.0 FT, FLOOD STAGE  38.0 FT

SPRAGUE RIVER AT
   BEATTY 7 AM STAGE   7.8 FT
      FORECAST TO FLUCTUATE NEAR   8.0 FT THRU  SUNDAY EVENING
      THEN FORECAST TO RECEDE TO NEAR   7.5 FT   MONDAY MORNING
           MONITOR STAGE   7.5 FT, FLOOD STAGE   8.5 FT

WILLIAMSON RIVER AT
   CHILOQUIN 7 AM STAGE   5.1 FT
      FORECAST TO FLUCTUATE NEAR   5.0 FT THRU  MONDAY MORNING
           MONITOR STAGE   8.0 FT, FLOOD STAGE   9.0 FT


UNLISTED FORECAST POINTS ARE EXPECTED TO REMAIN BELOW MONITOR STAGE.
ALL THOSE AFFECTED BY RIVER CONDITIONS SHOULD REMAIN ALERT FOR
RAPID CHANGES AND FOR POSSIBLE FORECAST REVISIONS.

tm  

.AR FTJC1 20060205 P DH05/DC200602050734/HG  11.3    :OBSERVED
.ER FTJC1 20060205 P DH08/DC200602050734/HGIFEZZ/DIH03/ 11.1/ 11.0/ 10.8/ 10.6/
.ER1  10.5/ 10.3/ 10.2/ 10.0
.AR SEIC1 20060205 P DH06/DC200602050734/HG  12.3    :OBSERVED
.ER SEIC1 20060205 P DH08/DC200602050734/HGIFEZZ/DIH03/ 12.3/ 12.2/ 12.2/ 12.1/
.ER1  12.1/ 12.1/ 12.0/ 12.0
.AR ONSC1 20060205 P DH07/DC200602050734/HG  17.1    :OBSERVED
.ER ONSC1 20060205 P DH08/DC200602050734/HGIFEZZ/DIH03/ 17.0/ 16.8/ 16.7/ 16.5/
.ER1  16.4/ 16.3/ 16.1/ 16.0
.AR KLMC1 20060205 P DH06/DC200602050734/HG  26.2    :OBSERVED
.ER KLMC1 20060205 P DH08/DC200602050734/HGIFEZZ/DIH03/ 25.9/ 25.7/ 25.4/ 25.1/
.ER1  24.8/ 24.6/ 24.3/ 24.0
.AR BTYO3 20060205 P DH07/DC200602050734/HG   7.8    :OBSERVED
.ER BTYO3 20060205 P DH08/DC200602050734/HGIFEZZ/DIH03/  7.9/  7.9/  8.0/  8.0/
.ER1   7.9/  7.8/  7.6/  7.5
.AR WMSO3 20060205 P DH07/DC200602050734/HG   5.1    :OBSERVED
.ER WMSO3 20060205 P DH08/DC200602050734/HGIFEZZ/DIH03/  5.1/  5.1/  5.1/  5.1/
.ER1   5.0/  5.0/  5.0/  5.0

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