— — color that is the soil itself, layered.
“The bands of the Painted Hills are not paint. They are paleosols, ancient soil horizons stacked on top of each other across millions of years. The red comes from iron oxide left when the climate ran warm and wet. The yellow is leaf litter and goethite from cooler, swampier intervals. The black is manganese and lignite from standing water. Read from base to crest, the hills are a climate record. from the studio
Each tile is finished by hand in our Knoxville studio. Artwork is slowly infused into the ceramic surface under high heat and pressure, and rests beneath a thin glossy finish. The colour lives in the surface, not on top of it.
Pick any four 4-inch tiles — National Parks you've been to, a Smokies set, the four seasons of one place. $ for a set of , cork-backed, ready to live on the table.
The Painted Hills Unit of John Day Fossil Beds National Monument sits about 9 miles northwest of Mitchell in Wheeler County, Oregon. The unit covers roughly 3,100 acres on the John Day River drainage at 2,200 feet elevation. The hills expose the lower John Day Formation, deposited between about 39 and 18 million years ago. The monument is administered by the National Park Service and split across three units, Painted Hills, Sheep Rock, and Clarno, each accessible by paved road from US 26 or Oregon Route 19.
The bands are paleosols, ancient soil horizons preserved in sequence. Red layers are oxidized iron, formed when the climate ran warm and seasonally wet enough to weather iron-bearing volcanic ash into hematite. Yellow layers are goethite and preserved organic matter from cooler, more humid intervals with heavy leaf fall. Black bands are manganese oxides and lignite, marking ponds or boggy ground where standing water concentrated those minerals. Each stripe is a former land surface that breathed in one climate, then was buried under the next ash fall.
The Painted Hills record the Eocene-Oligocene transition between roughly 39 and 30 million years ago, the interval when Earth shifted from a hothouse climate into the first long cooling that produced Antarctic ice. Fossils preserved in the same beds, recovered nearby by Park Service paleontologists, include early horses, oreodonts, and the leaves of subtropical hardwoods that no longer grow in Oregon. The hills are not a snapshot but a slow movie, each band a chapter of climate written into the dirt.