[]
Your ongoing selection
Asset(s) Assets
Your quote 0

Your selection

Clear selection
{"event":"pageview","page_type1":"catalog","page_type2":"image_page","language":"en","user_logged":"false","user_type":"ecommerce","nl_subscriber":"false"}
{"event":"ecommerce_event","event_name":"view_item","event_category":"browse_catalog","ecommerce":{"items":[{"item_id":"PIX4614107","item_brand":"other","item_category":"photo","item_category2":"no_copyright","item_category3":"standard","item_category4":"miller_ron_b_1947","item_category5":"not_balown","item_list_name":"search_results","item_name":"astronauts_explore_callisto_illustration_astronauts_explore_the_erodes_peaks_of_callisto_astronauts_","item_variant":"undefined"}]}}
Metadata Block (Hidden)

Contact us for further help

High res file dimension

Search for more high res images or videos

Astronauts explore Callisto - Illustration: Astronauts explore the erodes peaks of Callisto - Astronauts among...

IMAGE number
PIX4614107
Image title
Astronauts explore Callisto - Illustration: Astronauts explore the erodes peaks of Callisto - Astronauts among eroded peaks of its moon Callisto - Several square miles of the surface is dominated by towering spires of ice, 260 to 330 feet (80 to 100 m) tall. While composed mostly of ice, the spires also contain some darker dust, which absorbs heat from the Sun. As the ice erodes, the dark material apparently slides down and collects in low-lying areas. As the ice continues to vaporize, the dark material accumulates and the erosion process accelerates
Auto-translated text View Original Source
Artist
Miller, Ron (b.1947) / American
View Artist Bio
Image description

Astronauts explore Callisto - Illustration: Astronauts explore the erodes peaks of Callisto - Astronauts among eroded peaks of its moon Callisto - Several square miles of the surface is dominated by towering spires of ice, 260 to 330 feet (80 to 100 m) tall. While composed mostly of ice, the spires also contain some darker dust, which absorbs heat from the Sun. As the ice erodes, the dark material apparently slides down and collects in low-lying areas. As the ice continues to vaporize, the dark material accumulates and the erosion process accelerates

Photo credit
© Ron Miller/Novapix / Bridgeman Images
Image keywords
astronomy / landscape / human / ice / ground / astronaut / blank / satellite / human / astronomy / sun / illustration / jupiter / planet / callisto / mail / science fiction / man / landscape / Novapix / astronomy / human / planet / sun / Jupiter Satellite / space / Galileen satellite / Galilean Satellite / Flight Living / astronaut / Manned Spaceflight / ice
Leave the work to our dedicated Account Managers
License details
Your details
*
*
*
*
*
Asset - General information
Special Instructions
No additional copyright fee required
Largest available format 3500 × 2337 px 1 MB
Dimension [pixels] Dimension in 300dpi [mm] File size [MB]
Large 3500 × 2337 px 296 × 198 mm 484 KB
Medium 1024 × 684 px 87 × 58 mm 291 KB

Similar Images