Tuesday, October 9, 2012

The Weather Channel's Name Game


 Last week, the Weather Channel indicated to the world that they would begin naming "noteworthy" winter storms.  Without playing snowball with the National Weather Service, the American Meteorological Society, or the National Weather Association, the Weather Channel begins naming storms this winter based on "soon-to-be-released criteria".  From day one, this Weather Channel concept has been a multi-release, multi-part, publicity power play transparent to those who have spent any time in broadcasting.  When one asks why someone is doing something in broadcasting, the answer is almost always "money".  

  It's no secret, The Weather Channel is a private company, The Weather Channel makes money.  Making money is one of their goals, if not their main goal.  Remember, "Thunder-Snow Rocky Cantore", "45 Degree Mike Bettes",  "Torcon Forbes", and "#GonnaNameThoseWinterStormsNorcross" are just meteorologists on The Weather Channel, THEY are not The Weather Channel. (All are fine meteorologists whom have done much to educate and inform the world about weather.) The Weather Channel was founded in 1981 by Frank Batten and my childhood idol John Coleman.  I watched Coleman present the weather in Chicago growing up.  In 2008, the Weather Channel was put up for sale by Landmark Communications.  On July 6th, 2008 NBC Universal, Bain Capital, and the Blackstone Group purchased the Weather Channel form Landmark.  Cantore, Bettes, Forbes, and Norcross work for the Weather Channel.  The Weather Channel is owned by NBC and two private equity groups.  According to Investopedia:

"The majority of private equity consists of institutional investors and accredited investors who can commit large sums of money for long periods of time. Private equity investments often demand long holding periods to allow for a turnaround of a distressed company or a liquidity event such as an IPO or sale to a public company." 

   The Weather Channel could have decided, from day one, to attempt to work hand-in-hand with the National Weather Service, the American Meteorological Society, and the National Weather Association. The decision, at some level, was made not to work with anyone.  All decisions concerning guidelines and implementation would remain in-house.  Ultimately, a finely crafted, multi-layered, television-ready mechanism for naming winter storms would arrive on The Weather Channel, a brilliant move of shameless self-promotion.  They own it, like Bain Capital and The Blackstone Group own The Weather Channel. 


  
  It is actually quite genius.  The goal here is to get more eyes on The Weather Channel family of broadcast and mobile products.  Once Athena or Brutus is whispered form the lips of Stephanie Abrams, "weatherholics" of The Weather Channel will fill Facebook, Twitter, and every smart phone on the planet with Athena or Brutus statistics.  The Weather Channel "name game" will soar quickly and vastly on the wings of social media with just that initial whisper of "Brutus".  And it won't cost The Weather Channel a cent!  "Sheila, the secretary'", will arrive at work talking about Brutus. "Charlie, the account executive", might get curious enough to watch Cantore play lightning rod during a round of thunder snow, catch Bettes in a howling wind, wearing a set of Weather Channel branded ski goggles, or listen to Norcross pitch "I survived Brutus" t-shirts for $9.99.  The goal is more eyeballs on all The Weather Channel platforms and the "name game" may accomplish just that.



 


Bryan Norcross seems to be the point man of the project.  The roll-out is systematic and methodical.  It is designed, of course, to garner as much attention as possible.  He is good at this, he worked in local TV for a couple of decades. The Greek and Roman names were issued last week and the criteria for naming winter storms is beginning to trickle out.  On Monday night, Norcross made himself available to James Spann's internet show called WeatherBrains.  Norcross decided to share the criteria for naming storms with the WeatherBrains audience.  They are as follows, as I currently understand them:

-The winter storm will have a significant impact within 72 hours primarily due to ice and snow.
-The winter storm will cause significant disruption to road and air travel.
-The winter storm will creat life threatening conditions due to wind, snow, ice ,or cold.
-Exceptions will be made. (historically significant storms and others)

WeatherBrains Internet Broadcast  (Here is a link to WeatherBrains)

  I think the criteria will favor The Weather Channel naming storms effecting big cities along the eastern seaboard as opposed to small towns in the northern plains.  There are more potential viewers, more eyes, in New York City than in Muscatine Iowa.  Business already has a bias towards big cities.  There is a reason that the New York Yankees always play prime time playoff games while the Cincinnati Reds get shoved to an early or late time slot.  Major League Baseball, like The Weather Channel, is a business.  The criteria are also quite subjective unlike criteria set for tropical storms and hurricanes.  This, in my opinion, will give The Weather Channel great latitude in naming winter storms.



  Most local meteorologists are caught in the middle, how should they play the "name game"?  I believe most NBC affiliate meteorologists will end up using the winter storm names because they are, as is The Weather Channel, part of NBC in one way or another.  Local ABC, CBS, and FOX affiliates will weigh the pros and cons.  My initial reaction is to stay away from any naming system created by The Weather Channel but, again, that's my initial reaction.  There are pitfalls to the system and it could blow up on The Weather Channel but there are a few benefits of the naming system that still have me thinking.  By naming storms public awareness may improve.  A winter storm with a name may be easier for the public to follow.  A name like "Brutus" is easier to use within social media and finally the individual storms may be easier to remember and refer to as time passes.  If you are a local meteorologist, let me know what you think.  My e-mail is DopplerTim@wkrc.com.  I am chief meteorologist at the CBS affiliate in Cincinnati and believe The Weather Channel serves an important role for many viewers across the United States.  The thoughts presented are my own and not those of WKRC-TV.





 
  






Tuesday, March 13, 2012

Deadly Tornado Outbreak 2012


March 2nd, 2012
During the afternoon and evening of March 2nd, 2012 nine tornadoes touched down in the WKRC-TV viewing area.  Tornadoes are rated using the EF scale or the Enhanced Fujita Scale.



  Of the nine tornadoes that touched down, there were two EF's, two EF1's, two EF2's, two EF3's, and 1 EF4 tornadoes.  EF3's, EF4's, and EF5's only make up 5% of all tornadoes that occur.  The three strongest tornadoes hit Holton IN, Piner/Crittenden KY, and Peach Grove KY/Moscow OH. 

Above is what the National Weather Service radar from Wilmington Ohio during the afternoon and evening of March 2nd, 2012.  Tornadic supercell developed across southern Indiana and then moved at 60mph into Northern Kentucky.  These supercells were alive for over 200 miles.  The thunderstorm which created the Holton Indiana tornado spawned a tornado and dissipated shortly thereafter.  Let's look at these three tornadoes, one by one.

The Holton Indiana Tornado EF3
-Time of Initial Touchdown 3:53pm
-Point of Initial Touchdown 1/2 mile SW of Holton
-On the Ground for 9 miles
-Path Width 350 Yards
-Winds 145 mph
-6 Injuries, 2 Fatalities

           Click Image for Tornado Path                                      
   Click Image for Reflectivity                                         Click image for Velocity

                                                                                                    
The Piner/Crittenden Kentucky Tornado EF4
-Time of Initial Touchdown 4:30pm
-Point of Initial Touchdown I-75 Near Crittenden
-On the Ground for 10 miles
-Path Width 1/2 mile
-Winds 175 mph
-8 Injuries, 4 Fatalities

            Click Image for Tornado Path

             
Click Image for Reflectivity                                    Click Image for Velocity


This is video shot by Matthew Pickett on I-75 near Crittenden, Kentucky




The Peach Grove KY/Moscow OH Tornado EF3
-Time of Initial Touchdown 4:40pm
-Point of Initial Touchdown Near Peach Grove KY
-On the Ground for 23 miles
-Path Width 1/4 mile
-Winds 160 mph
-3 Fatalities

              Click Image for Tornado Patch





  Click Image for Reflectivity                                            Click Image for Velocity

My Sincere thanks to the National Weather Service in Wilmington Ohio for providing the track maps and radar images.  Below are the Severe Thunderstorm Warnings and Tornado Warnings issued on March 2nd, 2012.


Friday, December 16, 2011

Kelvin Helmholtz Clouds in Birmingham, Alabama


December 16th, 2011
These "wave-like" clouds were seen in Birmingham, Alabama today.
The clouds are called Kelvin Helmholtz clouds and are named after
Lord Kelvin and Hermann Von Helmholtz.  The formation indicates
extreme turbulence in the atmosphere associated with vertical wind shear,
or winds changing in speed with height.  The higher winds above the surface
scoop the top of the cloud layer into wave-like rolling structures.  As in the
ocean, the wave crests are pushed ahead of the troughs.


Below I have posted a picture form downtown Birmingham and
and a video taken from the same area.





Thursday, July 7, 2011

Cincinnati Climate Data 1996-2011

Click on Data of Interest



Climate Data January 1996             Climate Data January 1997
Climate Data February 1996           Climate Data February 1997
Climate Data March 1996               Climate Data March 1997
Climate Data April 1996                  Climate Data April 1997
Climate Data May 1996                  Climate Data May 1997
Climate Data June 1996                  Climate Data June 1997
Climate Data July 1996                   Climate Data July 1997
Climate Data August 1996              Climate Data August 1997
Climate Data September 1996        Climate Data September 1997
Climate Data October 1996            Climate Data October 1997
Climate Data November 1996        Climate Data November 1997
Climate Data December 1996         Climate Data December 1997


Climate Data January 1998             Climate Data January 1999
Climate Data February 1998           Climate Data February 1999
Climate Data March 1998               Climate Data March 1999
Climate Data April 1998                  Climate Data April 1999
Climate Data May 1998                  Climate Data May 1999
Climate Data June 1998                  Climate Data June 1999
Climate Data July 1998                   Climate Data July 1999
Climate Data August 1998              Climate Data August 1999
Climate Data September 1998        Climate Data September 1999
Climate Data October 1998            Climate Data October 1999
Climate Data November 1998        Climate Data November 1999
Climate Data December 1998         Climate Data December 1999


Climate Data January 2000             Climate Data January 2001
Climate Data February 2000           Climate Data February 2001
Climate Data March 2000               Climate Data March 2001
Climate Data April 2000                  Climate Data April 2001
Climate Data May 2000                  Climate Data May 2001
Climate Data June 2000                  Climate Data June 2001
Climate Data July 2000                   Climate Data July 2001
Climate Data August 2000              Climate Data August 2001
Climate Data September 2000        Climate Data September 2001
Climate Data October 2000            Climate Data October 2001
Climate Data November 2000        Climate Data November 2001
Climate Data December 2000         Climate Data December 2001


Climate Data January 2002             Climate Data January 2003
Climate Data February 2002           Climate Data February 2003
Climate Data March 2002               Climate Data March 2003
Climate Data April 2002                  Climate Data April 2003
Climate Data May 2002                  Climate Data May 2003
Climate Data June 2002                  Climate Data June 2003
Climate Data July 2002                   Climate Data July 2003
Climate Data August 2002              Climate Data August 2003
Climate Data September 2002        Climate Data September 2003
Climate Data October 2002            Climate Data October 2003
Climate Data November 2002        Climate Data November 2003
Climate Data December 2002         Climate Data December 2003


Climate Data January 2004             Climate Data January 2005
Climate Data February 2004           Climate Data February 2005
Climate Data March 2004               Climate Data March 2005
Climate Data April 2004                  Climate Data April 2005
Climate Data May 2004                  Climate Data May 2005
Climate Data June 2004                  Climate Data June 2005
Climate Data July 2004                   Climate Data July 2005
Climate Data August 2004              Climate Data August 2005
Climate Data September 2004        Climate Data September 2005
Climate Data October 2004            Climate Data October 2005
Climate Data November 2004        Climate Data November 2005
Climate Data December 2004         Climate Data December 2005


Climate Data January 2006             Climate Data January 2007
Climate Data February 2006           Climate Data February 2007
Climate Data March 2006               Climate Data March 2007
Climate Data April 2006                  Climate Data April 2007
Climate Data May 2006                  Climate Data May 2007
Climate Data June 2006                  Climate Data June 2007
Climate Data July 2006                   Climate Data July 2007
Climate Data August 2006              Climate Data August 2007
Climate Data September 2006        Climate Data September 2007
Climate Data October 2006            Climate Data October 2007
Climate Data November 2006        Climate Data November 2007
Climate Data December 2006         Climate Data December 2007


Climate Data January 2008             Climate Data January 2009
Climate Data February 2008           Climate Data February 2009
Climate Data March 2008               Climate Data March 2009
Climate Data April 2008                  Climate Data April 2009
Climate Data May 2008                  Climate Data May 2009
Climate Data June 2008                  Climate Data June 2009
Climate Data July 2008                   Climate Data July 2009
Climate Data August 2008              Climate Data August 2009
Climate Data September 2008        Climate Data September 2009
Climate Data October 2008            Climate Data October 2009
Climate Data November 2008        Climate Data November 2009
Climate Data December 2008         Climate Data December 2009


Climate Data January 2010             Climate Data January 2011
Climate Data February 2010           Climate Data February 2011
Climate Data March 2010               Climate Data March 2011
Climate Data April 2010                  Climate Data April 2011
Climate Data May 2010                  Climate Data May 2011
Climate Data June 2010                  Climate Data June 2011
Climate Data July 2010                   Climate Data July 2011
Climate Data August 2010              Climate Data August 2011
Climate Data September 2010        Climate Data September 2011
Climate Data October 2010            Climate Data October 2011
Climate Data November 2010        Climate Data November 2011
Climate Data December 2010         Climate Data December 2011 

Wednesday, July 6, 2011

Haboob Hits Phoenix!

Haboobs are rolling dust and sand clouds formed by collapsing thunderstorms.  When thunderstorms collapse winds rush to the surface and spread out along the ground.  The strongest winds spread in the direction that the thunderstorm is moving.  The southwest has been very dry lately so this collapsing thunderstorm had alot of loose dust and sand to work with as it formed a dust and sand cloud some 5000 feet high and up to 100 miles long.  The haboob was moving at some 50mph and created visibilities near zero.