penreadygallery:

Do you have fall on your mind?
In the comments credit: Olympus Visionary pro photographer Jamie A MacDonald uses the double exposure on the OM-D E-M5 with the 45mm f1.8 lens. 
high resolution →

penreadygallery:

Do you have fall on your mind?

In the comments credit: Olympus Visionary pro photographer Jamie A MacDonald uses the double exposure on the OM-D E-M5 with the 45mm f1.8 lens. 

1年前
2,393 リアクション
Reblog

+ nature
+ landscape
+ rivber
+ bridge
+ forest
+ woods
+ submission

(出典: thisrusticlife)

1年前
2,733 リアクション
Reblog

+ nature
+ landscape
+ house
+ hut
+ cabin
+ rocks
+ woods
+ forest
+ lake

allthingseurope:

Switzerland (by CoolbieRe)
high resolution →

allthingseurope:

Switzerland (by CoolbieRe)

wyrmrest:

Borean Tundra, Northrend

cwnl:

Eclipse above Corona Del Mar
The total lunar eclipse of 10 December 2011 is photographed near the moonset in the morning twilight over calm waters of the Pacific Ocean at the Little Corona beach, Orange County, Southern California.
by Wally Pacholka
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cwnl:

Eclipse above Corona Del Mar

The total lunar eclipse of 10 December 2011 is photographed near the moonset in the morning twilight over calm waters of the Pacific Ocean at the Little Corona beach, Orange County, Southern California.

by Wally Pacholka

blacksheepboy-:

Conques, France (by Benetmatt)

blacksheepboy-:

Conques, France (by Benetmatt)

2年前
1,077 リアクション
Reblog

+ landscape
+ cityscape
+ france

cwnl:

Red Moon Rising
This surreal, wintry scene is a composite picture recorded on December 10 as the Moon rose behind the Zagros Mountains of Iran. A total lunar eclipse was already in progress. The image combines nearly 500 successive frames taken over 1.5 hours beginning in twilight as the eclipsed Moon steadily climbed above the rugged landscape.
Image Credit & Copyright: Oshin Zakarian
high resolution →

cwnl:

Red Moon Rising

This surreal, wintry scene is a composite picture recorded on December 10 as the Moon rose behind the Zagros Mountains of Iran. A total lunar eclipse was already in progress. The image combines nearly 500 successive frames taken over 1.5 hours beginning in twilight as the eclipsed Moon steadily climbed above the rugged landscape.

Image Credit & Copyright: Oshin Zakarian

cwnl:

Milky Way over Rock Pools
Copyright: Tunç Tezel
high resolution →

cwnl:

Milky Way over Rock Pools

Copyright: Tunç Tezel

cwnl:

Star Trails under the Moonlight
Copyright: Gianni Fardelli
high resolution →

cwnl:

Star Trails under the Moonlight

Copyright: Gianni Fardelli

cwnl:

Thor’s Helmet: NGC 2359 in Canis Major
Distance 15,000 light years
In astrophotographs NGC 2359 has an ethereal quality. Surprisingly the outward appearance strongly contradicts the violent events which gave rise to the peculiar nebula. NGC 2359 is a prototypical wind blown bubble powered by the extremely massive and unstable Wolf-Rayet star HD 56925.
These types of stars (only about 300 are known presently) represent a late evolutionary phase of massive O-type blue giants which have become unstable in the late stages of their short stellar life. WR stars heavily influence the surrounding interstellar medium.
There are several basic types of nebulae associated with WR stars which run the gamut from concentric rings (NGC 6888), wind blown bubbles (NGC 7635), to filamentary type nebulae (NGC 2359). NGC 2359 consists of two distinct components.
—Credit Copyright: Robert Gendler
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cwnl:

Thor’s Helmet: NGC 2359 in Canis Major

Distance 15,000 light years

In astrophotographs NGC 2359 has an ethereal quality. Surprisingly the outward appearance strongly contradicts the violent events which gave rise to the peculiar nebula. NGC 2359 is a prototypical wind blown bubble powered by the extremely massive and unstable Wolf-Rayet star HD 56925.

These types of stars (only about 300 are known presently) represent a late evolutionary phase of massive O-type blue giants which have become unstable in the late stages of their short stellar life. WR stars heavily influence the surrounding interstellar medium.

There are several basic types of nebulae associated with WR stars which run the gamut from concentric rings (NGC 6888), wind blown bubbles (NGC 7635), to filamentary type nebulae (NGC 2359). NGC 2359 consists of two distinct components.

Credit Copyright: Robert Gendler