Scott Blair - Target Area

May 22, 2010 Bowdle, SD EF-4 Tornado

2010-06-24T09:18:00.006-05:00

I've finally managed to post photos from the Bowdle, SD event. Refer to the link for additional images and details...

Sc ott Blair: Bowdle, SD Tornado Photos

May 19, 2010 Oklahoma Tornadoes

2010-05-20T11:28:00.002-05:00

(Only have time for a few details and a couple poorly-processed photos...)

Chased with Derek Deroche and Amos Magliocco for all/portion of the time and met up with Bob Fritchie and Rachael Sigler late in the day. Observed 2 tornadoes associated with the supercell that tracked from Leedey to Guthrie, OK.

Tornado A. Approximate location: 3 WNW Leedey. GPS time: 321-325 pm CDT. Tornado developed on the southern periphery of the large updraft base, in a cyclonic region where the RFD had created a horseshoe updraft shape. Tornado condensed more than half way to the ground, but a narrow debris whirl extended upwards into the condensation funnel.

Tornado B. Approximate location: 7 WSW Dover. GPS time: 545-549 pm CDT. Nearly rain-wrapped tornado developed within RFD-encircled precipitation. Tornado grew in size rapidly and became a fully condensed, wide cone. Uncertain ending time as feature eventually became fully obscured.

May 18, 2010 Texas Tornadoes

2010-05-20T11:20:00.003-05:00

Only have time to provide a few details and a couple poorly-processed photos...)

Amos Magliocco and I observed 3 tornadoes associated with the long-lived supercell from Hartley to Dumas to Stinnett, TX. In addition, very impressive structure was noted, especially after 7pm CDT.

Tornado A. Approximate location: 2 WSW Dumas. GPS time: 622 pm CDT. Developed just north of the main hook echo precipitation blob. Tornado was a slender condensed tube that appeared to move south, presumably rotating around the edge of a larger circulation.

Tornado B. Approximate location: 7 E Dumas. GPS time: 637-639 pm CDT. Condensed cone developed in an occluded region of the storm, near Hwy 152.

Tornado C. Approximate location: 4 NW Stinnett. GPS time: 738-743 pm CDT. Best-looking tornado we observed this day. Cone tornado developed on what appeared the forward flank notch of the updraft. Lasted for nearly 5 minutes before becoming shrouded in precipitation.

Colorado Tornado Outbreak - 22 April 2010

2010-04-24T22:48:00.001-05:00

I was fortunate to observe ~13 tornadoes across eastern Colorado, generally along a SW-NE corridor from the John Martin Reservoir to Eads to Cheyenne Wells. The majority of these tornadoes were from separate occluding areas of rotation. All but one of the tornadoes appeared to have remained over open country, with one tornado striking a barn (rated EF1). Cloud bases were extremely low, making for a continuous challenge to stay in close range for photogenic purposes.

Click here for a full summary with photos!

Fall 2009 Colorado Trip

2010-04-07T03:44:00.002-05:00

I've finally found some time to process and upload a collection of fall color photographs from various parts of Colorado during early October 2009. Enjoy!

Colorado - Fall 2009

Hail Gallery Updated

2010-03-17T11:15:00.004-06:00

It's hard to believe the last update to this page was nearly 5 years ago to the date. I've reconstructed the gallery and have included several new photos. Hail is something that isn't for everyone, but it remains a strong interest of mine when in the field. I'll be working with hail-related projects over the next 1-2 years with a great group of friends, so I'd imagine this page will require several updates during that time. Enjoy the collection! -SFB

March 10, 2010 - OK/KS low-topped convection

2010-03-11T22:02:00.004-06:00

I ventured out with Derek Deroche and Jared Leighton with an initial target near Independence, KS. We shifted our target southwest by 50 miles by early afternoon as it appeared the surface low’s progression was a little slower than anticipated. Jumped on a region of persistent low-topped convection located ENE of the sfc low south of Ponca City by mid afternoon. For the most part, low-level structure appeared fairly benign from our vantage point east of Burbank, OK.

We followed it northward on a rough dirt road to Foraker, then up Hwy 18 to Grainola. As we approached the KS/OK border, we noted a new stout updraft developing along the trailing line of arcing convection, immediately next to the mature tower. As this vertically grew, we observed a well-defined funnel cloud develop underneath the updraft base, associated with the new robust convection just SE of Cedar Vale, KS. This feature persisted for less than one minute before dissipating. From the existing sfc obs, we inferred this tower was in close proximity to the sfc warm frontal boundary draped across SE KS. Thereafter, we made several passes through hail swaths, with the biggest stones near a quarter. We stopped to enjoy the low-topped convection prior to sunset north of Sedan, KS and called it a day.

-SFB

2009 Summary and New Blog

2009-11-10T00:45:00.002-06:00

I've completed my 2009 summary chase page.

2009 Chase Page

The page features a quick summary of each chase day along with a couple photos. The summary page is something I've been putting together since 1997. The complete 13 years are available here.

The 2009 season turned out to be fairly decent. It was certainly quiet for much of May and tornadic events in the plains were few and far between for most of the year. Beyond tornadoes, there was some excellent storm structure, which can be just as difficult to observe in some years. This season also brought the largest hail I've personally observed (5 to 6 inches in diameter). I'm fortunate to have good friends that made the season that much more enjoyable and successful. Thanks Derek, Amos, Bob, and many others! Hope to see several others out there next year.

This also serves as my first 'blog' entry of Targetarea.net. My main chase web page will remain the focus of my internet domain. However, all updates to the page, including new chases and photos will be posted here first for those interested to take advantage of the various notification feeds that my traditional web page will not offer. Enjoy!