(Source: semeraldipity)

paleolover:

~Sombrero Galaxy~

Coisa linda! Parece uma pintura. 

paleolover:

Hamilton Pool Nature Reserve, Travis County, Texas.

geologyrocks:

An Iridescent Rainbow Cloud over the Himalayas. via Reddit

thedailywhat:

It’s Sundog!

[arbroath.]


lol

oliphillips:

Double Exposure Oil Paintings
by Ho Ryon Lee


A Painting! I want beer :!) oliphillips:

Double Exposure Oil Paintings
by Ho Ryon Lee


A Painting! I want beer :!)

oliphillips:

Double Exposure Oil Paintings

by Ho Ryon Lee

A Painting! I want beer :!)

expose-the-light:

Patterns of Mars
1. RipplesThe High Resolution Imaging Science Experiment camera, known as HiRISE, has yielded numerous never-before-seen images of the Red Planet, like this shot of an area west of the Nili Fossae trough that is one of the proposed landing sites for the Mars Science Laboratory. The blue streaky areas are sand desposits created by wind activity.
2. IrisA fresh two-kilometer diameter crater lies on the floor of Pasteur Crater. The colors in many of these photographs have been enhanced by the HiRISE’s software.
3. Fractured Hills Mounds appear to rise from the bottom of impact craters. They could have been produced by ground ice upheaval or erosion of the planet’s mantling layer.

4. Crater Wall
Layers of rock are exposed along the wall of a crater located in a region known as Chryse Planitia.



expose-the-light:

Patterns of Mars
1. RipplesThe High Resolution Imaging Science Experiment camera, known as HiRISE, has yielded numerous never-before-seen images of the Red Planet, like this shot of an area west of the Nili Fossae trough that is one of the proposed landing sites for the Mars Science Laboratory. The blue streaky areas are sand desposits created by wind activity.
2. IrisA fresh two-kilometer diameter crater lies on the floor of Pasteur Crater. The colors in many of these photographs have been enhanced by the HiRISE’s software.
3. Fractured Hills Mounds appear to rise from the bottom of impact craters. They could have been produced by ground ice upheaval or erosion of the planet’s mantling layer.

4. Crater Wall
Layers of rock are exposed along the wall of a crater located in a region known as Chryse Planitia.



expose-the-light:

Patterns of Mars
1. RipplesThe High Resolution Imaging Science Experiment camera, known as HiRISE, has yielded numerous never-before-seen images of the Red Planet, like this shot of an area west of the Nili Fossae trough that is one of the proposed landing sites for the Mars Science Laboratory. The blue streaky areas are sand desposits created by wind activity.
2. IrisA fresh two-kilometer diameter crater lies on the floor of Pasteur Crater. The colors in many of these photographs have been enhanced by the HiRISE’s software.
3. Fractured Hills Mounds appear to rise from the bottom of impact craters. They could have been produced by ground ice upheaval or erosion of the planet’s mantling layer.

4. Crater Wall
Layers of rock are exposed along the wall of a crater located in a region known as Chryse Planitia.



expose-the-light:

Patterns of Mars
1. RipplesThe High Resolution Imaging Science Experiment camera, known as HiRISE, has yielded numerous never-before-seen images of the Red Planet, like this shot of an area west of the Nili Fossae trough that is one of the proposed landing sites for the Mars Science Laboratory. The blue streaky areas are sand desposits created by wind activity.
2. IrisA fresh two-kilometer diameter crater lies on the floor of Pasteur Crater. The colors in many of these photographs have been enhanced by the HiRISE’s software.
3. Fractured Hills Mounds appear to rise from the bottom of impact craters. They could have been produced by ground ice upheaval or erosion of the planet’s mantling layer.

4. Crater Wall
Layers of rock are exposed along the wall of a crater located in a region known as Chryse Planitia.

expose-the-light:

Patterns of Mars

1. Ripples
The High Resolution Imaging Science Experiment camera, known as HiRISE, has yielded numerous never-before-seen images of the Red Planet, like this shot of an area west of the Nili Fossae trough that is one of the proposed landing sites for the Mars Science Laboratory. The blue streaky areas are sand desposits created by wind activity.

2. Iris
A fresh two-kilometer diameter crater lies on the floor of Pasteur Crater. The colors in many of these photographs have been enhanced by the HiRISE’s software.

3. Fractured Hills
Mounds appear to rise from the bottom of impact craters. They could have been produced by ground ice upheaval or erosion of the planet’s mantling layer.
4. Crater Wall
Layers of rock are exposed along the wall of a crater located in a region known as Chryse Planitia.


all i want to know

ecocides:

Venus and Jupiter: views from across the globe
[click images to see locations]
ecocides:

Venus and Jupiter: views from across the globe
[click images to see locations]
ecocides:

Venus and Jupiter: views from across the globe
[click images to see locations]
ecocides:

Venus and Jupiter: views from across the globe
[click images to see locations]
ecocides:

Venus and Jupiter: views from across the globe
[click images to see locations]
ecocides:

Venus and Jupiter: views from across the globe
[click images to see locations]
ecocides:

Venus and Jupiter: views from across the globe
[click images to see locations]

ecocides:

Venus and Jupiter: views from across the globe

[click images to see locations]