Elsevier B.V. / Blender Foundation Software / Wilson / produced using Blender / /
Country
Myanmar / France / United States / Argentina / / /
Facility
Fort Hays State University / The University of Kansas / Sternberg Museum of Natural History / Kansas Highway / University of Nebraska Press / USA Sternberg Museum of Natural History / /
IndustryTerm
physical and chemical soil properties / food caches / articulated burrow systems / exposed burrow systems / dense network / food / metal / burrow systems / partial burrow systems / food storage / tschinkeli burrow systems / ne-grained cement / /
Movie
D. / /
NaturalFeature
Ladder Creek Canyon / Mississippi River / /
Organization
University of Nebraska Press / FHSM IP / the University of Nebraska / USA Department of Geology / Florida State University / University of Kansas / Fort Hays State University / /
Person
Leif Tapanila / Rolfe Mandel / Walter Tschinkel / Daniel Hembree / Walter R. Tschinkel / Jon J. Smith / Joseph R. Thomasson / Brian F. Platt / Stephen Hasiotis / David Bottjer / Andrew K. Rindsberg / Marios Sophocleous / Alan Halfen / Greg A. Ludvigson / Martin Stein / Leif Milliken / Bennett / Martin / /
Position
driver / fossil species P. fossilis Carpenter / Carpenter / Corresponding author / known representative / /
Product
Kindle / /
ProvinceOrState
Kansas / Nebraska / Scott County / Elis County / Ellis / Utah / Ellis County / Mississippi / Florida / Morton / Colorado / Morton County / /
PublishedMedium
north of the City / Natural History / /
Region
northwestern Nebraska / central Kansas / North American Southwest / southern Utah / southwestern Utah / southern Kansas / western Nebraska / western Kansas / southeastern Utah / /
Ant-nest ichnofossils in honeycomb calcretes, Neogene Ogallala Formation, High Plains region of western Kansas, U.S.A.