THEME

allpills: ///

allpills:

///

(Source: terroriss)

loveandweed: How does it feels now, to watch it burn?..* esta chiquilla.

loveandweed:

How does it feels now, to watch it burn?..*

esta chiquilla.

samanthakeelysmith:

MUTINY, 60” x 78”, oil, enamel & shellac on canvas, 2012, by Samantha Keely Smith.

+ detail images

zoom in here: http://www.samanthakeelysmith.com/samantha-keely-smith-paintings/mutiny.php

https://www.facebook.com/SamanthaKeelySmithPainter

Jupiter-Moon Conjunction — Marc Deldem

Jupiter-Moon Conjunction — Marc Deldem

(Source: ikenbot)

animals-animals-animals: Amazon Tree Boa (by bloodpythonMA)

animals-animals-animals:

Amazon Tree Boa (by bloodpythonMA)

(Source: ecchi-paradise)

(Source: teenagedirtbagwhat)

(Source: an-94)

(Source: dis-tra-ida)

foxesinbreeches:

From the series Following the Deer by William Harper, 2012

Guide #2
Whitetail
Following the Deer 
Dryad #1
Dryad #2
Dryad #4

terramantra:

The Stone Forest | Stephen Alvarez

(Source: living-sereneparadise-love)

astrodidact: Saturn’s Naturally Occurring Radio Signal —New Insights Researchers working with data from NASA’s Cassini spacecraft have discovered one way the bubble of charged particles around Saturn — known as the magnetosphere — changes with the planet’s seasons. The finding provides an important clue for solving a riddle about the planet’s naturally occurring radio signal. The results might also help scientists better understand variations in Earth’s magnetosphere and Van Allen radiation belts, which affect a variety of activities at Earth, ranging from space flight safety to satellite and cell phone communications. In data collected by Cassini from July 2004 to December 2011, the team  examined “flux tubes,” structures composed of hot, electrically charged gas called plasma, which funnel charged particles in towards Saturn. Focusing on the tubes when they initially formed and before they had a chance to dissipate under the influence of the magnetosphere, the scientists found that the occurrence of the tubes correlates with radio wave patterns in the northern and southern hemisphere depending upon the season. This seasonal effect is roughly similar to the way Earth’s northern lights appear more frequently in the spring and autumn months. Radio emissions have been used to measure Jupiter’s rotation period reliably, and scientists thought it would also help them determine Saturn’s rotation period. To their chagrin, however, the pattern has varied over the visits by different spacecraft and even in radio emissions originating in the northern and southern hemispheres. The new results could help scientists hone in on why these signals vary the way they do. http://www.dailygalaxy.com/my_weblog/2013/05/saturns-naturally-occurring-radio-signal-new-insights.html

astrodidact:

Saturn’s Naturally Occurring Radio Signal —New Insights

Researchers working with data from NASA’s Cassini spacecraft have discovered one way the bubble of charged particles around Saturn — known as the magnetosphere — changes with the planet’s seasons. The finding provides an important clue for solving a riddle about the planet’s naturally occurring radio signal. The results might also help scientists better understand variations in Earth’s magnetosphere and Van Allen radiation belts, which affect a variety of activities at Earth, ranging from space flight safety to satellite and cell phone communications.

In data collected by Cassini from July 2004 to December 2011, the team  examined “flux tubes,” structures composed of hot, electrically charged gas called plasma, which funnel charged particles in towards Saturn. Focusing on the tubes when they initially formed and before they had a chance to dissipate under the influence of the magnetosphere, the scientists found that the occurrence of the tubes correlates with radio wave patterns in the northern and southern hemisphere depending upon the season. This seasonal effect is roughly similar to the way Earth’s northern lights appear more frequently in the spring and autumn months.

Radio emissions have been used to measure Jupiter’s rotation period reliably, and scientists thought it would also help them determine Saturn’s rotation period. To their chagrin, however, the pattern has varied over the visits by different spacecraft and even in radio emissions originating in the northern and southern hemispheres. The new results could help scientists hone in on why these signals vary the way they do.

http://www.dailygalaxy.com/my_weblog/2013/05/saturns-naturally-occurring-radio-signal-new-insights.html

(Source: find-peace-within)