Singleton Storm Baseball T-Shirt

baseball t-shirts fall baseball t-shirts impressionism baseball t-shirts landscape baseball t-shirts deformation baseball t-shirts zone baseball t-shirts cirrus baseball t-shirts cirrocumulus baseball t-shirts gravity baseball t-shirts wave baseball t-shirts storm baseball t-shirts clouds baseball t-shirts swirls baseball t-shirts singleton baseball t-shirts long reach baseball t-shirts biosphere baseball t-shirts

paintings fall paintings impressionism paintings landscape paintings deformation paintings zone paintings cirrus paintings cirrocumulus paintings gravity paintings wave paintings storm paintings clouds paintings swirls paintings singleton paintings long reach paintings biosphere paintings

Add This Artwork to Your Favorites Collection

Comment

Add This Artwork to Your Favorites Collection

Comment

There was definitely a storm coming. The clues were clearly written in the clouds. One just had no know how to read them and I hope that this helps.
All of the cloud clues are linked to the structure of the conveyor belt conceptual model. Each conveyor belt is a current of air moving faster than the surrounding air. This faster relative motion causes vortices both to the left and the right. A vorticity maximum which spins cyclonically or counter-clockwise when looking downward toward the earth's surface is always found to the left. A voticity minimum which spins anticyclonically or clockwise when looking downward toward the earth's surface is always found to the right. These vortices chape the clouds. The vortices are related to the wind bringing the weather. So there is a direct link between the weather and the shape of the clouds - much more than just the presence of the clouds themselves. I believe that the early settlers knew all about what the shapes of the clouds meant. I can...

I paint outside - nothing between my eyes and the inspiration. That special connectivity gets into the pigments and you quickly realize that we are all stewards of the land, privileged to appreciate its beauty during our lifetime but responsible for leaving the environment better off for the future and all inhabitants... Phil was born and raised along the St. Lawrence of Ontario, Canada and studied at Queens University as a nuclear physicist. A meteorologist for Environment Canada for 35 years, Phil specializes in severe weather and training. Remote sensing is his forte - you might want to see a tornado before you die... but not just before you die! He has farmed, raised bees, written books and articles, lectured and instructed...