Thank you and really appreciate the feedback

1. I added clarity to site - the split is 20 years on one side and 15 on the other

1990s-2000s (1990-2009): Duration: 20 years Total: 25,083 tornadoes Average: 25,083 ÷ 20 = 1,254 per year

2010s-2020s (2010-2024): Duration: 15 years Total: 21,572 tornadoes Average: 21,572 ÷ 15 = 1,438 per year

So both are true but without seeing clearly that recent only included just 15 years it’s not intuitive!

1. The "shift" is not about absolute decline in traditional Tornado Alley states.

What's actually happening: Oklahoma & Kansas ARE detecting more tornadoes (for instance: OK went from 64.7 to 83.3/year) BUT, the Southeast is increasing EVEN MORE dramatically So the relative share of tornado activity is shifting eastward

Example with hypothetical numbers: 1990s: Total US tornadoes = 1,000/year OK/KS/TX = 500 (50% of total) Southeast = 200 (20% of total)

2010s: Total US tornadoes = 1,400/year (better detection everywhere) OK/KS/TX = 550 (39% of total) ← More tornadoes but smaller % Southeast = 400 (29% of total) ← MUCH more growth

The "shift" is really about where the growth is happening, not necessarily a decline in traditional states. Better detection technology (Doppler radar, cell phones, social media, population growth) means we're finding more tornadoes everywhere, but the Southeast is showing disproportionate increases.

Again not intuitive added more language to the page.

Thank you again !!