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Cassini detects arcs of material at Saturn moons 9/7/2008

A fine-tooth comb to measure the accelerating universe 9/7/2008

Analysis Begins on Phoenix Lander's Deepest Soil Sample 9/6/2008

Rosetta Steins fly-by confirmed 9/6/2008

XMM-Newton's massive discovery 9/5/2008

Theory of the sun's role in formation of the solar system questioned 9/5/2008

Closest Look Ever at the Edge of a Black Hole 9/4/2008

The Thousand-Ruby Galaxy 9/4/2008

Cosmic connections: Scientist locates the origin of cosmic dust 9/3/2008

Integral locates origin of high-energy emission from Crab Nebula 9/2/2008

Antarctic research helps shed light on climate change on Mars 9/1/2008

Cluster watches Earth's leaky atmosphere 8/31/2008

GLAST Observatory renamed for Fermi, reveals entire gamma-ray sky 8/30/2008

Scientists discover minimum mass for galaxies 8/29/2008

A Clash of Clusters Provides Another Clue to Dark Matter 8/28/2008

NASA's Phoenix Scoops Up Martian Soil (6/3/2008)

Tags:
mars, planets, phoenix, landers

Martian soil inside Phoenix's Robotic Arm Scoop
Martian soil inside Phoenix's Robotic Arm Scoop
One week after landing on far northern Mars, the Phoenix Mars Lander lifted its first scoop of Martian soil as a test of the lander's robotic arm.

The practice scoop was emptied onto a designated dump area on the ground after the Robotic Arm Camera photographed the soil inside the scoop. The Phoenix team plans to have the arm deliver its next scoopful, later this week, to an instrument that heats and sniffs the sample to identify ingredients.

A glint of bright material appears in the scooped-up soil and in the hole from which it came. "That bright material might be ice or salt. We're eager to do testing of the next three surface samples collected nearby to learn more about it," said Ray Arvidson of Washington University in St. Louis, Phoenix co-investigator for the robotic arm.

The camera on the arm examined the lander's first scoop of Martian soil. "The camera has its own red, green and blue lights, and we combine separate images taken with different illumination to create color images," said The University of Arizona's Pat Woida, senior engineer on the Phoenix team.

Note: This story has been adapted from a news release issued by the University of Arizona

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