Since it landed within Mars's Gale Crater in 2012, Curiosity has been exploring the planet's reddish terrain. Central to its mission is studying Mount Sharp, a 3.4-mile (5 km) tall mountain within Gale Crater, whose sediments preserve a record of the planet's environmental history, offering potential clues to any ancient microbial life Mars may have hosted.

With more than a decade of operation, Curiosity has traveled across varied terrains, drilled into bedrock and monitored the Martian climate, all while sending back detailed images and data that continue to shape scientists' understanding of Mars's history.

This intersection of ridges is within Gale Crater on Mars, which is found in the planet's southern hemisphere.

This intersection, which has been given the name "Ayopaya," by NASA scientists, is part of the larger boxwork structures found on Mars, created when ancient, mineral-rich rivers flowed across the planet's surface. As they flowed they eroded away material, leaving low-lying ridges that create a "spiderweb" pattern as seen from space.

Given these areas once held water, scientists are eager to dive into their past to see what the environmental conditions of early Mars could have been like.