lawlkitten44:

if you’re having a bad day here’s Kurt Cobain with a kitten

lawlkitten44:

if you’re having a bad day here’s Kurt Cobain with a kitten

(via heartshaped--glasses)

my sand beach… #pabst #blueribbon #teampbr #California #sanfrancisco #beer #calilivin #nature #tits

my sand beach… #pabst #blueribbon #teampbr #California #sanfrancisco #beer #calilivin #nature #tits

hobolunchbox:

Gumby shreds.

hobolunchbox:

Gumby shreds.

(via denisebefore)

dirtyr:

Taken, Kampot, Cambodia. Photo Simon Lohmeyer

dirtyr:

Taken, Kampot, Cambodia. Photo Simon Lohmeyer

(via trixicus)

the-nirvana-blog:

Sorry for the spam but i <3 this ^.^

the-nirvana-blog:

Sorry for the spam but i <3 this ^.^

(via heartshaped--glasses)

#teampbr #pabst #blueribbon  #ink #tattoo #Sacramento #calilivin

#teampbr #pabst #blueribbon #ink #tattoo #Sacramento #calilivin

shitdiscovered:

So attractive,  i swear.

shitdiscovered:

So attractive, i swear.

sagansense:

The Sun Blasts Out Two X-Class Flares, Strongest of the Year

The Sun gets active! On May 12, 2013, the Sun emitted what NASA called a “significant” solar flare, classified as an X1.7, making it the first X-class flare of 2013. Then earlier today, May 13, 2013, the Sun let loose with an even stronger flare, an X2.8-class. Both flares took place just beyond the limb of the Sun, and were also associated with another solar phenomenon, a coronal mass ejection (CME) which sent solar material out into space.

Neither CME was not Earth-directed, and according to SpaceWeather.com, no planets were in the line of fire. However, the CMEs appear to be on course to hit NASA’s Epoxi, STEREO-B and Spitzer spacecraft on May 15-16. NASA said their mission operators have been notified, and if warranted, operators can put spacecraft into safe mode to protect the instruments. Experimental NASA research models show that the CMEs were traveling at about 1,930 km/second (1,200 miles per second) when they left the Sun.

The sunspot associated with these flares is just coming into view, and the next 24 to 48 hours should reveal much about the sunspot, including its size, magnetic complexity, and potential for future flares.

Watch! Both the X1.7 and the X2.8-class solar flare, plus a prominence eruption, all in one video.

image 1: A close-up of an an X1.7-class solar flare on May 12, 2013 as seen by NASA’s Solar Dynamics Observatory. credit: NASA/SDO/AIA.

image 2: SDO image of an X2.8-class flare on May 13, 2013. Credit: NASA/SDO

NASA’s Solar Dynamics Observatory (SDO) captured this X1 flare (largest of the year so far) in extreme UV light

squidsquidbaby:

Mt Lemmon

squidsquidbaby:

Mt Lemmon

(via darkeningx)

blissful-dreamm:

i follow back(:

blissful-dreamm:

i follow back(: