Tornado Quest’s Science Links and More for August 3 – 10, 2014

While weather over most of North America has been rather tranquil this past week, the tropical cyclone activity has been interesting to watch. Save for Bertha in the Atlantic, the tropical cyclone activity in the Pacific has been very active. Iselle cruised across the Hawaii doing a great deal of infrastructure damage, but it could have been much worse.  Julio was nice enough to stay to the north of the islands. The Hawaiian Islands are no stranger to tropical cyclones, they just don’t happen to have frequent encounters with them. Perhaps worst of all was a certain degree of hype in mainstream media which, considering their lack of ineptness with scientific data, should come as no surprise. As of this writing, Invest 94-L coming off the west coast of African looks interesting, but will be facing a very hostile environment conducive to any development. For now…the Atlantic basin remains rather tranquil…but that could change.

For your consideration, here are this week’s links…


Ready, set, glow! Here’s how to take part in a cool citizen science firefly project this summer.

From SciStarer: Super Moon, Super Meteor Showers, Super Citizen Science!


The journey to the answers is half the fun. “The Never-Ending Conundrums Of Classical Physics.”


The Mars Curiosity rover is celebrating its second anniversary on its amazing journey across the Mars landscape. Here’s to many more anniversaries!

Have you ever watched the ISS pass overhead on a clear night? It’s a spectacular sight I’ve relished many times. Here’s a site (Spot The Station) where you can find out when your viewing chance will come along.


Atmospheric scientists aren’t the only ones that have to deal with misinformation, rumors, and denialism. Geologists get it too.


NOAA and EPA scientists have found a large area of low oxygen water in the Gulf of Mexico.

Looks like it’s time for California to come to terms with its water woes…which, at this time, look to be permanent.

A look at the top ten US states leading the nation in solar energy growth.

Just how far will “urban sprawl” grow in our largest population centers? A great deal. While that is good in many ways, it also makes our growing cities more vulnerable to unavoidable natural disasters such as tornadoes and hurricanes.

It’s never too early to teach kids about science. Here are some cool books that will make environmental science education easy.


As the old saying goes, some clouds have a silver lining. In this case, something that could help with an ever-increasing amount of greenhouse gases.

Check out these amazing view of pyrocumulus clouds captured a few days ago over Oregon.

An interesting study on the interactions among fire, climate change, and forests for five major regions of the United States.

The chances of an El Nino forming this year have been reduced, but its formation is still expected.

How much do hurricanes hurt the economy? More than the local chamber of commerce would like to believe.

There are some substantial changes coming this autumn to Storm Prediction Center severe weather outlooks. Take a look at what’s in store.

A very interesting read on “Investing For Meteorologists.” No, we’re not talking finances.

All above-ground storm shelters should be manufactured by, purchased from, and installed by companies that adhere to strict requirements. Here’s a study into an apparently home-brew shelter that led to tragic results.

An enjoyable read by Greg Laden on how to talk with that relative/friend/coworker, et al who thinks climate change is a hoax.


If you’re like me, you spend many hours seated at your computer every day of the week. Here’s a very good article on setting up a computer centered workspace.

Thought provoking: How Perfectionism Destroys Happiness.

Eight tips to help you stay safe online…from Webroot…an anti-virus software I highly recommend.

That’s a wrap for this week!



2 responses

  1. solvingtornadoes | Reply

    What specifically is going on with the molecules that comprise the cone or vortex of a tornado?

    1. That’s a very good question. Since a tornado is little more than a fluid composed of air and water, I would initially assume that the molecular structure would be comprised of the elements of those two components. I’m not aware of any research that has gone into the molecules that comprise a tornado vortex. You might consider looking into research concerning the physics, specifically fluid dynamics, of vorticies. Quite a bit of research has gone into the physics-based storm-scale research of supercells and tornadoes but I’ve not yet found anything that hints at the molecular level. I hope my reply has been of some assistance to you. If you do find something specifically geared towards your question, I’d be interested in reading it.
      Thanks for your question!

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