There is a very large gap, indicating a large cape of about 2500-3000 j/kg, considered significant at this point in time.
I want to take a look at a few indices shown in the rows of parameters below the skew-t.
•Supercell Potential (3rd result, 2nd column) is at a very high 97 percent. Now, this means that, under very ideal conditions, supercells would be in a pretty good place to form. However, this does not mean that supercells will definitely form. I would still watch for that potential, however.
•ConvT, also known as Convective Temperature (1st row, 7th result) determines what temperature it would takes to get warm air to rise and form thunderstorms. To determine if the temperature will reach 80.1, the ConvT labeled here, I turn the lowest point of the solid line (temperature) from Celsius to Fahrenheit. The closer to the bottom of the image indicates closer to the surface. So, I take 29 Celsius and convert, giving me a temperature of 84.2 degrees. So, that means that warm air would be able to rise and form thunderstorms.
•STP (last row, 2nd result) is the Significant Tornado Parameter. Basically, it gives an idea of how likely tornadoes are. I personally don't trust it, as it can overestimate in some situations. The STP for this timeframe is 1.6, which is pretty low. But if there was an actual tornado predicting parameter, I would guess that the chance of a tornado would probably rest at 20-30%, which is pretty low. That doesn't mean I totally discount it, because who am I to make a tornado predictor?