(Source: Flickr / timothycyrus)

3 Jun 2012 / Reblogged from kamakanibro with 18,603 notes

(Source: synodik)

29 May 2012 / Reblogged from staywaddlin with 2,801 notes

(Source: lovequotesrus)

25 May 2012 / Reblogged from kamakanibro with 23,044 notes

(Source: positive-notes)

24 May 2012 / Reblogged from kamakanibro with 48,951 notes

[Flash 10 is required to watch video]

leafarja:

nuclearbummer:

this is my new favorite video

Hercules reads his script entirely wrong
(reads the word disappointed, when he was supposed to sound disappointed)

HAHAHAHAHAHAHAHAHA OMFG

23 May 2012 / Reblogged from leafarja with 24,244 notes

deviantart:

helloyoucreatives:

Where Good Ideas Come From - 

Where Good Ideas Come From

(Source: stevesuhrheinrich)

22 May 2012 / Reblogged from deviantart with 388 notes

peedems:

i swear i could watch these two all day LMAO love them!

o yeah! gotta love these guys! my bodybuilding heroes! XD

peedems:

i swear i could watch these two all day LMAO love them!

o yeah! gotta love these guys! my bodybuilding heroes! XD

22 May 2012 / Reblogged from peedems with 16 notes

(Source: distorted-monsters)

21 May 2012 / Reblogged from asjautis with 29,299 notes

melissateng:

A Breathtaking Time-Lapse Video of 121-Megapixel Images of Earth

From over 35,000 kilometers away, Russian weather satellite Elektro-L 1 has been capturing super high resolution images of Earth. James Drake blended these images from the NTs OMZ to create a series of crisp HD time-lapse videos. Drake blogs about space at Infinity Imagined and was one of the first, if not the first, YouTube user to create a time-lapse video from the International Space Station’s photographs of Earth from orbit. The Elektro-L videos are an HD resolution of 1080p, but you can explore the still images in all their 121-megapixel glory via Drake’s site dedicated to the project.”

Elektro-L is a geostationary satellite, Drake explains in the description of this time-lapse video of the full sphere of Earth below:

It creates a 121 megapixel image every 30 minutes with four visible and infrared light wavelengths. The infra-red was originally orange but I have changed it to green. The images are “masked” by a circular barrier that blocks out the light of the Sun and other stars. This is to prevent damage to the camera by exposure to direct sunlight. The images have been interpolated (blended) to create a smooth animation.

19 May 2012 / Reblogged from melissateng with 3 notes

(Source: thecreativedork)

18 May 2012 / Reblogged from thecreativedork with 1 note

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