Mufasa lion
www.soundcloud.com/meillons
Mufasa lion
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descepter:

Horseshoe Crab
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tumblropenarts:

Artist Name: Jon Hinds
Tumblr: jonhindsart.tumblr.com
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thepoetsdead:

(by Lee Price)
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jerryjamesstone:

http://cookingstoned.tv/blog/2014/02/food-that-magically-regrows-itself-from-kitchen-scraps/
Let’s face it, eating well is expensive… or it can be. Buying produce that is either organically (or biodynamically grown) is not cheap. But ingesting pesticide residue is anything but ideal.
Luckily, you can shave a few bucks off your grocery bill by growing a few of those staples from your diet. Best part, it is much easier than you think! You don’t need seeds or anything fancy. You can simply use kitchen scraps from your next meal. How great is that!
jerryjamesstone:

http://cookingstoned.tv/blog/2014/02/food-that-magically-regrows-itself-from-kitchen-scraps/
Let’s face it, eating well is expensive… or it can be. Buying produce that is either organically (or biodynamically grown) is not cheap. But ingesting pesticide residue is anything but ideal.
Luckily, you can shave a few bucks off your grocery bill by growing a few of those staples from your diet. Best part, it is much easier than you think! You don’t need seeds or anything fancy. You can simply use kitchen scraps from your next meal. How great is that!
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a-a-n-d:

something i learned today:
the ratio between the size of one digit of one of your fingers and the next digit of the same finger is roughly Φ, the golden ratio. Their lengths line up in an approximate way with sequential fibonacci numbers, because as the fibonacci sequence progresses the ratio between sequential numbers approaches Φ.  i illustrated this in that image using an arbitrary unit of pixels and the grid in photoshop.
but the real cool part is that because of this, when you curl and uncurl your fingers, the path described by a fingertip is pretty close to a perfect golden spiral! what sweetly built machines we pilot over the earth
a-a-n-d:

something i learned today:
the ratio between the size of one digit of one of your fingers and the next digit of the same finger is roughly Φ, the golden ratio. Their lengths line up in an approximate way with sequential fibonacci numbers, because as the fibonacci sequence progresses the ratio between sequential numbers approaches Φ.  i illustrated this in that image using an arbitrary unit of pixels and the grid in photoshop.
but the real cool part is that because of this, when you curl and uncurl your fingers, the path described by a fingertip is pretty close to a perfect golden spiral! what sweetly built machines we pilot over the earth
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randomlittlespark:


You can tell by the way I walk I’m a women’s man no time to talk