Stellarium to darmowe, otwarte komputerowe planetarium. Dzięki niemu można oglądać realistyczne niebo w 3D, zupełnie tak, jakby patrzeć gołym okiem, przez lornetkę lub teleskop.

krajobrazy dodane przez użytkowników

Mamy krajobrazy dla siedmiu kontynentów (w modelu siedmiu kontynentów) - wszystkie, w tym z Antarktydy!

• międzyplanetarny
• Afryka
• Azja
• Australia i Oceania
• Europa
• Ameryka Północna
• Ameryka Południowa
• regiony polarne
• specjalne

• krajobrazy

krajobrazy: międzyplanetarny

Screenshot not available	Apollo 11 landing site		0.9+
	Mathew Myrup	N/A	English
	This landscape is made using NASA photographs taken by Buzz Aldrin. Look down and you can see Buzz's footprints :)

Screenshot not available	Apollo 17 landing site		0.9+
	Mathew Myrup	N/A	English
	This landscape is made using NASA photographs taken by Gene Cernan.

Screenshot not available	International Space Station		0.9+
	Makc	GPL	English
	Landscape made using some screen shots and data from the wonderful Celestia. Set the projection mode to stereographic, zoom out to a wide field of view and point down towards the ground to get the nice rounded "planet" effect.

	Husband Hill, Mars		0.9+
	Johan	Public Domain	English
	Johan transformed this Mars image from NASA into a spherical panorama that can be used with Stellarium. Mars rover Spirit made this image during August 24 to 27, 2005. Image credit: NASA/JPL-Caltech/Cornell. Read more on this webpage.

	Mars Opportunity Rover		0.9+
	Mike	Public Domain	English
	Mike sent posted this landscape in the forums. Another nice Mars rover landscape.

	Mars (Utopia Planitia)		0.9+
	Ray	CC BY-SA 4.0	English
	The panoramic view of the landing site (Utopia Planitia of Mars) is a 360 degrees ring shot taken by the navigation terrain camera on the mast of Zhurong, the Chinese Mars rover of Tianwen-1, after correction and mosaic stitching. The image shows that the terrain near the landing site is flat, the Martian horizon can be seen in the distance, and the abundance and size of the rocks are consistent with expectations, indicating that the autonomous selection of the landing site and the implementation of hovering obstacle avoidance are effective. The Mars topography map is the first topography and geomorphology image map taken by the navigation terrain camera after the rover reaches the surface of Mars. Image credit: China National Space Administration.

	Mars Panorama of Phoenix Landing Site		0.9+
	Alexander Wolf	Public Domain	English
	This view combines hundreds of images taken during the first several weeks after NASA's Phoenix Mars Lander arrived on an arctic plain at 68.22 degrees north latitude, 234.25 degrees east longitude on Mars. The landing was on May 25, 2008. Image credit: NASA/JPL-Caltech/University of Arizona/Texas A&M University. Read more on this webpage.