1. Tropical storm 05w (Halong) warning nr 019    
   01 active tropical cyclone in northwestpac
   Max sustained winds based on one-minute average
    ---
   warning position:
   200000z --- near 26.4n 135.2e
     movement past six hours - 055 degrees at 26 kts
     position accurate to within 060 nm
     position based on center located by satellite
   present wind distribution:
   Max sustained winds - 045 kt, gusts 055 kt
   wind radii valid over open water only
   becoming extratropical
   radius of 034 kt winds - 085 nm northeast quadrant
                            075 nm southeast quadrant
                            065 nm southwest quadrant
                            065 nm northwest quadrant
   repeat posit: 26.4n 135.2e
    ---
   forecasts:
   12 hrs, valid at:
   201200z --- 30.1n 140.9e
   Max sustained winds - 040 kt, gusts 050 kt
   wind radii valid over open water only
   extratropical
   vector to 24 hr posit: 045 deg/ 38 kts
    ---
   24 hrs, valid at:
   210000z --- 35.4n 147.5e
   Max sustained winds - 040 kt, gusts 050 kt
   wind radii valid over open water only
   extratropical
    ---
remarks:
200300z position near 27.3n 136.6e.
Tropical Storm (TS) 05w (Halong), located approximately 605 nm
south-southwest of Tokyo, Japan, has tracked northeastward at 26
knots over the past six hours. Animated multispectral satellite
imagery depicts a partially-exposed low-level circulation center
with isolated deep convection sheared northeast of the center and
stratocumulus wrapping into the western quadrant. Upper level
analysis indicates that the system is located under strong vertical
wind shear of 50-60 knots associated with the deepening midlatitude
shortwave over Japan. The system is also tracking over cooler sst
of 24-26c, therefore, deep convection is rapidly decaying. Ts 05w
is tracking under the midlatitude westerlies and is forecast to
complete extratropical transition by tau 12. The available dynamic
models are in good agreement with this forecast and there is no
change to previous forecast reasoning. This is the final warning
the system will be closely monitored for signs of regeneration.
Maximum significant wave height at 200000z is 14 feet.//