Images

Image of Ouzel Falls with a list of materials identified within it, including large, millimeter-scale regions rich in phosphate. Data from PIXL is laid over the image. Colored squares show different areas where PIXL’s X-ray beam scanned the rock’s surface.

A 360 degree mosaic compiled by NASA of Perseverance Rover overlooking Airey Hill, the parking spot for the rover during the solar conjunction in 2023.

Background: USGS Photo of Porkchop Geyer in Yellowstone. Foreground: A cartoon turkey wearing an astronaut helmet looks sheepishly at Porkchop Geyser erupting nearby. Cartoon images of common Thanksgiving side dishes are also placed around the turkey (in this case, a gravy boat and an ear of corn). 

Background: USGS/NASA Photo of Venus. Foreground: A cartoon turkey wearing an astronaut helmet while floating in space looks towards Venus. Cartoon images of common Thanksgiving side dishes are also placed around the turkey (in this case, dinner rolls and a green bean casserole).

Background: USGS/NASA Photo of the Moon

Foreground: A cartoon turkey wearing an astronaut helmet while floating in space looks towards the Moon. Cartoon images of common Thanksgiving side dishes are also placed around the turkey (in this case, creamed corn and mashed potatoes).

Background: USGS/NASA Photo of Io. Foreground: A cartoon turkey wearing an astronaut helmet while floating in space looks towards Io. Cartoon images of common Thanksgiving side dishes are also placed around the turkey (in this case, cranberry sauce and a pumpkin pie).

Different giant-impact histories can result in an iron-rich body (indicated with the letter C):

Top: A catastrophic collision (e.g., Benz et al. 2007).

Middle: A hit-and-run collision (e.g., Asphaug & Reufer 2014).

Bottom: A chain of hit-and-run collisions (e.g., Chau et al. 2018).

A simplified view of the classical model for terrestrial planet formation (not to scale). From top to bottom: The central star is surrounded by nebular gas and dust where early solids form.

Lori Pigue is enjoying showing off a rock at Flagstaff Science Center’s Open House on September 5th.

Dr. Ryan Anderson interacts with River’s space science collection. Using LEGO bricks, River built his own version of a Mars rover, and Ingenuity, the helicopter. Also here is the space shuttle, LRV, a research base, and the lunar space station.

Left Photo: Visitors were amazed at seeing, reading, and learning about the kinds of fish that are native to Arizona.

Greg Vaughn at USGS Astrogeology talks to visitors at the 2023 USGS Open House. Grover is pictured to Greg's right. Photo courtesy of Lori Pigue, USGS Astrogeology.

Visitors attend the USGS Open House and look through outreach materials in the Astrogeology Science Center, 2023. Photo courtesy of Lori Pigue, USGS Astrogeology.

This is a photo of one of several boats GCMRC has that they take to do research on rivers. The boats are custom built to either carry research equipment, trip supplies, or navigate and assist in data collection. 

GMEG presented a collection of Arizona rocks and minerals keyed to a geologic map of the state. Rocks ranged from pieces of recent lava flows, thousand-year-old basalts, to the oldest rocks in the southwest, the Elves Chasm gneiss (1.84 billion years old).

USGS scientist, Brent Archinal, begins a tour from the lobby of Astrogeology Science Center during open house 

Janet Richie, Greg Vaughn and a visitor at the Astrogeology Science Center during the USGS Open House in 2023. Photo courtesy of Lori Pigue, USGS Astrogeology.

Photo of  ASC Director, Dr. Justin Hagerty (nearest the table) and Research Geologist Dr. Greg Vaughan greets visitor at open house.

If you tried to imagine what a “Gravity Van” was, what would you imagine? Visitors learned about the USGS’s Gravity Program Gravity Van, which holds special equipment for measuring ground water characteristics. The Gravity Van allows scientists to map changes in groundwater storage and to improve models that simulate groundwater flow.

Lori Pigue of USGS Astrogeology discusses planetary geology during the USGS Open House in 2023

Screenshot from a computer simulation of two planets undergoing a hit-and-run giant impact. This style of collision comprises around half of the giant impacts expected to occur during the latter stages of Solar System formation. The larger (target) body is one tenth the mass of the Earth and the smaller (impactor) body is 70% the mass of the target.