Top Ten Reasons for Sky Gazing
As far as sky gazing goes, nobody needs a reason. It’s perfectly legal to stand still and look up into the sky (except perhaps in traffic), doing nothing at all but absorbing the grand beauty of nature in her most accessible view, the infinite view above.
But if somebody asks you why, you can use one of these ready-made reasons:
The Top Ten Reasons for Sky Gazing
19. If you’re not careful you’ll lose all track of time. (A good thing.)
18. It’s a chance to take a deep breath, pause and relax. Heaven requires nothing of you, thank heaven.
17. You get a sense of the vastness of the universe.
16. You can find shapes in the clouds, and then name them. I see a whale! I see a giraffe! I see a funny guy with horn-rimmed glasses on a kangaroo!
15. Unexpected occurrences can sometimes spontaneously appear. Check in often.
14. You can learn to read the clouds and predict the likely course of the oncoming weather.
13. You can spot meteors. The word “meteor” means anything that falls from the sky, including rain, snow and ice. That’s why study of the weather is called “meteorology.”
12. You’ll spot falling pianos before they hit. Which are also meteors.
11. If you enjoy being in nature and watching its changes through day and week and season, watch the sky! You can’t always get to the beach, or walk in the woods, or climb a mountain, but you can always get to the sky at least sometime during the day.
10. Visibility in clear air can be as much as 100 miles straight up. Where else can you see that distance?
9. Looking upward is looking inward, and a chance to breathe and relax into your body.
8. It’s always changing. It’s never the same.
7. It makes you happy to look upward. Social scientists have proven it. I think.
6. You can identify the cloud types you see. Puffy Cumulus, wispy Cirrus, leaden-sky Stratus, rainy Nimbus, tempestuous Cumulonimbus. Learning about the clouds will tell you much about the weather to come.
5. There’s always something new and interesting going on.
4. Visibility at night is, theoretically, infinity. Where else can you see that distance?
3. If you look up at the sky in a crowd, pretty soon everyone else will look up, too. Try it! It works. Start thinking of yourself as a Sky Ambassador.
2. It’s just big, that’s all.
1. And the Number One reason to watch the sky: It feels good!
Feel free to print off your Sky Gazer badge, below, courtesy of Skyboy Photos!
Happy sky gazing!
The Clouds are in the Ocean
Learning to read the clouds can be pugnaciously hard. At least it was for me.
I’d look at a complex sky with two or three or even four cloud types at once, and it would be hard to tell which cloud was in front of which, what was larger and what was smaller. I couldn’t visualize the underlying causes of the bewildering shapes and forms that clouds like to take. They were often breathtakingly beautiful, but I longed to know what was making them happen.
The breakthrough
came during a canoe trip down the Niangua River in central Missouri. Being late summer, the river was low enough to have numerous riffles, shallow flows ten or twenty feet wide but only a few inches deep. We had to get out of the canoes and drag them to the next deep water — the bane of summer canoeing.
Often the water would be coming from two directions, and the waves would organize themselves into a rectangular pattern of ripples. They would remain completely stationary as the water flowed across the riverbed underneath them.
We stopped for a breather, and as I watched the rippling water cascading over the pebbles. I suddenly realized how similar it was to a familiar pattern of clouds that I had seen in the sky.
It occurred to me that perhaps the same
But I wondered: The waves on the Niangua shallows were on the surface of the water, the boundary between water and air. If clouds are also waves, what “surface” are they forming on? They’re right in the middle of the air! The atmosphere is all just air, from top to bottom, right?
Wrong. As I was to learn, the atmosphere might be air top to bottom, but in between many different layers of air usually exist: warm and wet, cold and dry, dusty, clear, etc . And though you wouldn’t think so, two layers of air with very different characteristics don’t mix together easily, so they tend to remain separate. The “surface” upon which clouds form is the boundary between any two layers of air.
Water has waves, and the sky has waves. The sky is just one big ocean.
Building a Cloud
The easiest way to build a cloud is to send s
ome “juicy” warm and humid air upwards. It doesn’t matter how you do this. Anytime air rises, it cools, because the drop in air pressure lets it expand. The expanding and cooling condenses the water vapor into droplets which can be seen, much like an iced drink on a humid day will “sweat” on the glass. A cloud is born.
DCF 1.0
In the case of the rhythmic rows of clouds as I had seen, the air is caused to rise between two layers of air flowing at different directions or speeds. The mixing at the boundary can organize itself into a wave, o
r rows of waves. When the front of a wave rolls downward, the air at the back is forced to flow upward — and that causes it to condense.
After my sudden insight, I began to watch the sky more with the concept of waves in mind. I found that a lot of previously puzzling behaviors and events became more understandable.
The weather is a wave
The concept of waves turns out to apply at nearly all scales.
The familiar weather map that we see with blue cold front lines and red warm fronts, is itself nothing but a wave. This might explain why these maps can bear such a resemblance to ocean waves.
This is a little different because rather than a wave forming between a higher and lower layer of air, it forms between two air masses side by side. Each one of these might be as large as a small continent. In this map, all the air south of the Low is part of a huge mass flowing to the right (east), and the air north of the Low is flowing left (west). The same thing happens here as happened above, with our layers of air. A wave develops as some of the southern air mass begins to flow upward to the north and the northern air wraps back around to the south.
The resulting spiral or vortex is a wave, and represents where most of the weather occurs as the two different air masses mix.
A weather system is just a really big wave between two different air masses. The blue and red lines tell the boundary, where the meeting and mixing is taking place.
So next time you’re outdoors, keep an eye to the sky and see if you can spot the waves, elegant brushstrokes in nature’s way of painting.
Sunset in the Gulf of Mexico paints the sky and sea as one canvas.
Handmade greeting card, blank card or with inscription, from Skyboy Photos.
The Edges of Things
I’ve been thinking about this concept for a while but never tried to articulate it, so here goes nothing.
It’s the edges of things, not the things themselves, that are that are the most interesting.
If I could draw this idea as a map, maybe it would look like this.
If you’re sitting inside the upper circle on this map, you’re yellow. Ev
erything and everyone around you is also yellow. You never see anything but yellow, and even if you like yellow, you’ll admit it isn’t too interesting by itself.
Likewise if you’re in the lower right circle, it’s nothing but red, red, red, all day long; in the blue circle, well, people are pretty much done with blue, thank you. In these places, nothing happens that’s very different from anything else.
But when you get near the borders between the circles, things begin to get interesting.
Clouds as Boundaries
I first noticed this principle at work when I started watching the sky and the daily drama of the atmosphere. I was awed but puzzled by the strange shapes, textures and movements of clouds and weather. I could not imagine how some of these things came to be.
After studying and photographing these unusual clouds for a few years, though, I began to start thinking of them not so much as things in themselves, so much as the boundaries between two or more other things.
Suddenly the strange and twisted shapes of the clouds started to make sense. They were being formed at the common boundary between two very different masses of air, and their strange shapes were nothing more than the shape of that boundary.
The larger-scale weather of Earth is also a perfect example of this. You could think of weather as what happens when pieces of Un-Weather meet. (A fair-weather high pressure system is in fact called an anti-cyclone!) Huge masses of air flow around the planet, each mass tending to be pretty much the same throughout, whether warm and dry, cold and moist, or any other characteristic. Inside any one air mass, the weather stays the same everywhere. Under a high-pressure dome, Kansas City weather is about the same as St. Louis weather is about the same as Omaha and Des Moines and Wichita. Nothing much different happens. Everything is pretty homogeneous, pretty similar, pretty boring.
The excitement that we call weather comes when these large areas meet and mix at the boundaries. This encounter between the two creates something entirely new, and unlike either of the things that contributed to it.
Perhaps it is no coincidence that my Boring/Interesting map looks a lot like a weather map!
Edges Describe the Center
The intersection between two different things is also where we can learn the most about each, more than we would ever find out by studying either one by itself. Behaviors occur, events take place that could never be predicted by what we know of the contributing parts.
Things show themselves most clearly through their interaction with other things.
In the case of clouds, when properly read, they can describe the shape, extent and character of whatever weather is coming. They show us the boundaries of change.
This principle isn’t limited to the weather, though. I have noticed the same effect in other area of life.
Mixing at the Boundaries
In politics, it might be fine to be a Tory, and if you are around Tories most of time, nothing much interesting will happen. People differ, of course, but in terms of your philosophy you would have more in common with your group than anyone outside. If you are a Whig, same thing applies within the party. All the interesting things happen in Congress, where the boundaries between Whig and Tory are most sharply exposed, most clearly defined, and most interesting. It is also where each group learns the most about the other — as well as things about themselves they could not otherwise learn. (If they’re open-minded, anyway!)
In ecology, boundaries between ecosystems behave the same way. The deep forest is monotonously uniform, its diversification very narrow, as is the the endless prairie. But where forest edge meets prairie edge, interesting things can happen. Plants grow there that are unique to the border habitat and could not thrive within either forest or prairie. This area can grow into an entirely new and different ecosystem of its own.
And perhaps this explains why one of the most interesting parts of any dwelling, architecturally, is the front door… the boundary between home and elsewhere, inside and outside. Memorable meetings, surprise encounters and lingering door-talk define this boundary between public and intimate.
Borderlands
Thoughts along these lines were what inspired my newest Greeting Card, “Borderlands”.
I like the idea of the boundary as a place unto itself, unique, separate and different from any of the lands being bordered but sharing parts of each. Like the skin of our bodies, the boundary is the place where we learn the shape of the world by touching against it, and learn about ourselves as it touches us back.
On the most intimate level, the borderlands are where we live. I like the way they invite us to step across, grow into new territory, and make it part of our selves.