question: Chilopsis and Bassia, are which type of genus?
answer: flowering plants
context: Title: Phaeogalera
  Passage: Phaeogalera is a small genus of slender, fleshy bog and swamp-inhabiting mushrooms with large, brownish spores with a germ pore and a hymenium lacking chrysocystidia.  "Phaeogalera" resemble "Galerina" in their habitat, macroscopic appearance, and spore print color, however, their microscopic characteristics (smooth spores with a distinct germ pore and non-tibiiform cystidia) more closely resemble "Psilocybe".  The type species, "Phaeogalera stagnina", has an Arctic-alpine distribution in the Northern Hemisphere extending into the boreal forests and taiga.  It grows along the edges of bogs in peaty soils and sometimes amongst "Sphagnum" or other mosses.  This type species has been classified in "Galerina", "Tubaria" and "Psilocybe".  Modern molecular evidence supports the recognition of "Phaeogalera" as an independent genus separate from "Galerina".  The generic name is built upon the antiquated generic name "Galera", now synonymous with "Galerina", and with a reference to the darker colors of the basidiospores of "Phaeogalera".  When originally proposed by Kühner, he forgot to fully cite the original publication for the type species which explains by the name was later validly published by Pegler & Young in 1975.  The genus "Meottomyces" was segregated from "Phaeogalera" after briefly being classified together by Romagnesi (under the name ""P. oedipus"").
  Title: Bassia
  Passage: Bassia is a genus of flowering plants in the amaranth family, Amaranthaceae.  They are distributed in the western Mediterranean to eastern Asia.  Some occur outside their native ranges as introduced species.
  Title: Kochia
  Passage: Kochia is a synonym of the genus "Bassia", that belongs to the subfamily Camphorosmoideae of family Amaranthaceae.  (For "Kochia scoparia", see "Bassia scoparia").
  Title: Name-bearing type
  Passage: Under the "International Code of Zoological Nomenclature" ("Code"), the name-bearing type is the biological type that determines the application of a name.  Each taxon regulated by the "Code" at least potentially has a name-bearing type.  The name-bearing type can be either a type genus (family group), type species (genus group), or one or more type specimens (species group).  For example, the name "Mabuya maculata" (Gray, 1839) has often been used for the Noronha skink (currently "Trachylepis atlantica"), but because the name-bearing type of the former, a lizard preserved in the Muséum national d'histoire naturelle in Paris, does not represent the same species as the Noronha skink, the name "maculata" cannot be used for the latter.
  Title: Deinocheiridae
  Passage: Deinocheiridae is a family of ornithomimosaurian dinosaurs, living in Asia from the Albian until the Maastrichtian.  The family was originally named by Halszka Osmólska and Roniewicz in 1970, including only the type genus "Deinocheirus".  In a 2014 study by Yuong-Nam Lee and colleagues and published in the journal "Nature", it was found that Deinocheiridae was a valid family.  Lee "et al." found that based on a new phylogenetic analysis including the recently discovered complete skeletons of "Deinocheirus", the type genus, as well as "Garudimimus" and "Beishanlong", could be placed as a successive group, with "Beishanlong" as the most primitive and "Deinocheirus" as most derived.  The family Garudimimidae, named in 1981 by Rinchen Barsbold, is now a junior synonym of Deinocheiridae as the latter family includes the type genus of the former.  The group existed from 115 to 66 million years ago, with "Beishanlong" living from 115 to 100 mya, "Garudimimus" living from 100 to 83 mya, and "Deinocheirus" living from 71 to 66 mya.
  Title: Chilopsis
  Passage: Chilopsis is a monotypic genus of flowering plants containing the single species Chilopsis linearis.
  Title: Desert dry wash
  Passage: Desert dry wash is a North American desert vegetation type (or biome) occurring in the flat bottoms of canyons and drainages that lack water at or near the surface most of the year, and are subject to periodic severe flooding events.  Desert dry wash is contrasted with desert riparian vegetation, which occurs in desert canyons and drainages where there is year-round water at or near the surface.  Plants must either be able to survive the severe flooding conditions or be able to reestablish themselves before the next flooding event.  Some of these plants have evolved so that in order for their seeds to germinate, the seeds must be scarified or abraded by tumbling sand, gravel, and rocks during the flooding event.  They must then quickly send down roots deep enough to be able to tap into deep underground water reserves, in order to survive the dry period after the flooding.  Common dominant species of the desert dry wash include smoke tree ("Psorothamnus spinosus"), desert willow ("Chilopsis linearis"), catclaw ("Senegalia greggii"), cheesebush ("Ambrosia salsola"), and waterweed ("Baccharis sergiloides").
  Title: Styporaphidia
  Passage: Styporaphidia is a genus of snakefly, belonging to the extinct family Mesoraphidiidae, containing up to two species, the type species Styporaphidia magia and tentatively Styporaphidia?  hispanica.  The genus was named from the Greek "stypos" meaning "stem" or "stump" and "Raphidia", the type genus for, and most often used as, a stem for generic names in the order Raphidioptera.  The species name of "S. magia" is from the Greek word "mageia" meaning "magic" while the species name for "S.?  hispanica" is from the Latin "Hispania" meaning "Spain" in reference to the type locality of the species.
  Title: Dakotasuchus
  Passage: Dakotasuchus (meaning "Dakota [Sandstone] crocodile") is a genus of goniopholidid mesoeucrocodylian. Its fossils have been recovered from the Cenomanian-age Upper Cretaceous Dakota Sandstone of Kansas.  The type specimen was found in an iron-cemented sandstone concretion near Salina.  This concretion was broken into two large pieces; more of the specimen was probably present originally, but by the time it was found only the torso and short portions of the neck and tail remained.  Twenty pairs of bony scutes ran down the midline of the back.  The vertebrae lacked the procoelous articulation (concave anterior and convex posterior faces) of more derived crocodyliforms.  "Dakotasuchus" had short broad shoulder blades, suggesting it had stout powerful forelimbs and perhaps terrestrial habits.  M. G. Mehl, who described the genus, estimated the length of the type individual when complete to have been 3 - .  The type species is "D. kingi", named for Professor King, a former dean of Kansas Wesleyan University.  Mehl did not classify his new genus to a more inclusive group than Mesosuchia (a paraphyletic group replaced by Mesoeucrocodylia).  Robert Carroll assigned "Dakotasuchus" to Goniopholididae in 1988.
  Title: Hintzeia
  Passage: Hintzeia is a genus of trilobites in the order Phacopida (family Pliomeridae), that existed during the lower Ordovician in what is now the United States.  It was described by Harrington in 1957, and the type species is "Hintzeia aemula" (type specimen: 26434 (AMNH)), which was originally described under the genus "Protopliomerops" by Hintze in 1953.  Harrington also moved two other "Protopliomerops" species, "P. celsaora" and "P. firmimarginis", under "Hintzeia".  The generic name is derived from that of the type species' author.  The type locality was the Fillmore Formation in Utah.
citations: Chilopsis Bassia