transport of ambitious vanity

redpantsaddict:

How is he so beautiful? *heart twinge*

thatswhenyouseesparks:

Fifteen or so years pass and he’s still got that smile. <3

[Flash 9 is required to listen to audio.]

108 plays

cefiros:

Andrew Bird - Plasticities

michaelcharles:

Painting by Mark Rothko.

Arctic fox

the-king-of-ponytails:

“no? okay, nevermind.” [descends]

You need to learn how to select your thoughts just the same way you select your clothes every day. This is a power you can cultivate. If you want to control things in your life so bad, work on the mind. That’s the only thing you should be trying to control.

“

—	Elizabeth Gilbert (via rhea137)

biitumen:

what is it with this guy. he just knocks me completely off my orbit. he destroys my equilibrium, he fucks with my carefully constructed defenses. he has eclipsed every other man with ridiculous ease. he’s all I see he’s all I want to look at. ever

i look at him and my heart doesn’t fit my chest.. it’s pouring out my eyes it’s choking out my mouth. he fucking completely owns me

jfc

blackegypt:

Richard Diebenkorn

thegirlintheblackhat:

“Hamlet”

fyeah-seacreatures:

Mandarin Fish. By: PacificKlaus

This planktonic foraminifera called Orbulina universa evolved about 13 million years ago. The single-celled, shelled organism was captured by scuba divers from surface waters off Santa Catalina Island, CA.Living inside the calcite spines of this creature are other simple organisms called dinoflagellates; the dinoflagellates have formed a partnership with the foraminifera, using photosynthesis to produce foods while living in the calcium-rich spines.At the end of their four-week life cycle, the shells from both protists (foraminifera and dinoflagellate) sink to the seafloor where they become part of the microfossil assemblage in deep-sea sediments. The geochemical compositions of such shells are used to reconstruct past ocean changes. Researchers reported in the Jan. 26 issue of the journal Science Express the importance of such geochemistry; they reported that lithium isotopes in sea sediments reflect several intense episodes of mountain-building and other major geologic events in the last 60 million years.

This planktonic foraminifera called Orbulina universa evolved about 13 million years ago. The single-celled, shelled organism was captured by scuba divers from surface waters off Santa Catalina Island, CA.

Living inside the calcite spines of this creature are other simple organisms called dinoflagellates; the dinoflagellates have formed a partnership with the foraminifera, using photosynthesis to produce foods while living in the calcium-rich spines.

At the end of their four-week life cycle, the shells from both protists (foraminifera and dinoflagellate) sink to the seafloor where they become part of the microfossil assemblage in deep-sea sediments. The geochemical compositions of such shells are used to reconstruct past ocean changes. Researchers reported in the Jan. 26 issue of the journal Science Express the importance of such geochemistry; they reported that lithium isotopes in sea sediments reflect several intense episodes of mountain-building and other major geologic events in the last 60 million years.