Question: What type of plants are Coreopsis and Crocosmia?

Context articles: Marein
Maritimein
Coreopsis intermedia
Coreopsis grandiflora
Coreopsis petrophila
Binary cycle
Crocosmia paniculata
Crocosmia
Coreopsis
Stellacyanin

Marein is an chalconoid, a type of natural phenol.
 It is the 4'-"O"-glucoside of okanin.
 It can be found in "Coreopsis maritima".
 It is an anthochlor pigment, a kind of yellow pigment.
Maritimein is an aurone, a type of natural phenol.
 It is the 6-glucoside of maritimetin.
 It can be found in "Coreopsis maritima".
 It is an anthochlor pigment, a kind of yellow pigment.
Coreopsis intermedia (goldenwave tickseed) is a North American species of plants in the sunflower family.
 It is native to a small region in the south-central United States (eastern Texas, western Louisiana, southwestern Arkansas.
Coreopsis grandiflora is a North American species of perennial plants in the sunflower family.
 The common name is large-flowered tickseed.
 It is found in eastern Canada (Quebec, Ontario, New Brunswick) and much of the United States, especially the south-central part of the country (Oklahoma, Arkansas, etc.).
 The species is widely cultivated in China and naturalized there.
Coreopsis petrophila is a Mexican species of flowering plants in the daisy family.
 It is native to the States of Jalisco, Durango, Nayarit, and Guerrero in western Mexico.
A binary cycle power plant is a type of geothermal power plant that allows cooler geothermal reservoirs to be used than is necessary for dry steam and flash steam plants.
 As of 2010, flash steam plants are the most common type of geothermal power generation plants in operation today, which use water at temperatures greater than 182 C that is pumped under high pressure to the generation equipment at the surface.
 With binary cycle geothermal power plants, pumps are used to pump hot water from a geothermal well, through a heat exchanger, and the cooled water is returned to the underground reservoir.
 A second "working" or "binary" fluid with a low boiling point, typically a butane or pentane hydrocarbon, is pumped at fairly high pressure (500 psi ) through the heat exchanger, where it is vaporized and then directed through a turbine.
 The vapor exiting the turbine is then condensed by cold air radiators or cold water and cycled back through the heat exchanger.
Crocosmia paniculata (Aunt Eliza) is a bulbous flowering plant that is native to eastern South Africa, Lesotho, and Swaziland, growing in wet areas by streams, marshes, and drainages.
 Plants reach 4 to 5 ft (1.2–1.5 m) tall, with lanceolate leaves and deep orange to orange-brown flowers.
 It is a popular ornamental plant.
Crocosmia ( ; J. E. Planchon, 1851) (montbretia) is a small genus of flowering plants in the iris family, Iridaceae.
 It is native to the grasslands of southern and eastern Africa, ranging from South Africa to Sudan.
 One species is endemic to Madagascar.
Coreopsis is a genus of flowering plants in the family Asteraceae.
 Common names include calliopsis and tickseed, a name shared with various other plants.
Stellacyanin is a member of the blue or type I copper protein family.
 This family of copper proteins is generally involved in electron transfer reactions with the Cu center transitioning between the oxidized Cu(II) form and the reduced Cu(I) form.
 Stellacyanin is ubiquitous among vascular seed plants.
 It is a 20kDa protein whose structure is made up of beta strands forming 2 beta sheets to form a Greek key beta barrel with variable alpha helical structure.
 The copper binding domain of the protein is located at the amino-terminal end, while the carboxyl-terminal end is rich in hydroxyproline and serine residues, typical of proteins associated with cell walls of plants.
 In addition, it is also heavily glycosylated.
 The copper is tetrahedrally coordinated by a cysteine, 2 histidines, and a glutamine residue.
 The glutamine residue takes place of a methione ligand typically found in other blue copper proteins.
 In addition, electron transfer rates for stellacyanin are faster than for other type I copper proteins suggesting stellacyanin is more solvent accessible at the active site.
 The exact function of stellacyanin is unknown.
 However, given the fact that type I copper proteins are involved in electron transfer and stellacyanin appears to be associated with the plant cell wall, it is suggested that it is involved in oxidative cross-linking reactions to build polymeric material making up the cell wall.