Cyclone Center Talk
I would go with #embedded-center based on the central location of the darkest blue (coldest clouds).
Cool! Nice #embedded-center.
Don't need a time stamp as this is an infrared satellite image. With the lack of cold clouds, this may be #extra-tropical.
Given that there appears to be an eye developing, and nice banding features around the storm, this could even be an #eye-storm.
Agree it is elongated W-E...center is likely under portions of the coldest clouds. I'd say #embedded-center.
Agree this is an #eye-storm. Note the warmer cloud temperatures in the center of the eye, surrounded by colder (blue) clouds.
If selecting #embedded-center and #detailed-classification, where would you put the center of the storm? Near the "V" notch on the left?
This is definitely real. Such a large area of cold clouds can often signal rapid strengthening in a tropical cyclone.
Either #no-storm or #edge due to the skewed imagery.
A classic example of an #embedded-center storm. Storm center likely under the cold white colors.
Interesting - looks to me like a #curved-band. There is a band of blues on the north side of the storm that has a semi-circle shape.
What an interesting image of a storm. This one was difficult but I eventually called it "Other" --> "No Storm." What do others think?
With another cyclone to the far lower right of the image, Fujiwara effect would take over. This then suggests embedded center, I believe.
I would go with #embedded-center based on the central location of the darkest blue (coldest clouds).
Cool! Nice #embedded-center.
Don't need a time stamp as this is an infrared satellite image. With the lack of cold clouds, this may be #extra-tropical.
Given that there appears to be an eye developing, and nice banding features around the storm, this could even be an #eye-storm.
Agree it is elongated W-E...center is likely under portions of the coldest clouds. I'd say #embedded-center.
Agree this is an #eye-storm. Note the warmer cloud temperatures in the center of the eye, surrounded by colder (blue) clouds.
If selecting #embedded-center and #detailed-classification, where would you put the center of the storm? Near the "V" notch on the left?
This is definitely real. Such a large area of cold clouds can often signal rapid strengthening in a tropical cyclone.
Either #no-storm or #edge due to the skewed imagery.
A classic example of an #embedded-center storm. Storm center likely under the cold white colors.
Interesting - looks to me like a #curved-band. There is a band of blues on the north side of the storm that has a semi-circle shape.
What an interesting image of a storm. This one was difficult but I eventually called it "Other" --> "No Storm." What do others think?
With another cyclone to the far lower right of the image, Fujiwara effect would take over. This then suggests embedded center, I believe.