Mimulus, also known as monkeyflowers, is a plant genus in the family Phrymaceae, which was traditionally placed in family Scrophulariaceae. The genus now contains only seven species, two native to eastern North America and the other five native to Asia, Australia, Africa, or Madagascar. In the past, about 150 species were placed in this genus, most of which have since been assigned to other genera, the majority to genus Erythranthe.
Diplacus rupicola, the Death Valley monkeyflower, is a flowering plant in the family Phrymaceae.
Erythranthe cardinalis, the scarlet monkeyflower, is a flowering perennial in the family Phrymaceae. Together with other species in Mimulus section Erythranthe, it serves as a model system for studying pollinator-based reproductive isolation. It was formerly known as Mimulus cardinalis.
Erythranthe nudata, the bare monkeyflower, is a species of monkeyflower endemic to the serpentine soils of Colusa, Lake and Napa Counties in California. It is an annual flower with bright yellow tube-shaped blooms and small narrow leaves.
Erythranthe bicolor, the yellow and white monkeyflower, is a species of flowering plant in the lopseed family (Phrymaceae). It is endemic to California, United States. It was formerly known as Mimulus bicolor.
Diplacus bolanderi is a species of monkeyflower known by the common name Bolander's monkeyflower.
Erythranthe breviflora is a species of monkeyflower known by the common name shortflower monkeyflower. It is native to western North America from British Columbia to Wyoming to the Modoc Plateau and northern Sierra Nevada in California. It grows in moist areas in several types of habitat. It was formerly known as Mimulus breviflorus.
Erythranthe filicaulis, known by the common name slender-stemmed monkeyflower, is a species of monkeyflower. It was formerly known as Mimulus filicaulis.
Erythranthe floribunda is a species of monkeyflower known by the common name many-flowered monkeyflower. It is native to western North America from western Canada to California and northern Mexico, to the Rocky Mountains. It grows in many types of habitat, especially moist areas. It was formerly known as Mimulus floribundus.
Diplacus fremontii is a species of monkeyflower known by the common name Frémont's monkeyflower. It is native to California and Baja California, where it grows in mountain and desert habitat, especially moist or disturbed areas. It was formerly known as Mimulus fremontii.
Diplacus nanus is a species of monkeyflower known by the common name dwarf purple monkeyflower. It is native to California and the Northwestern United States to Montana. It grows in moist habitat, often in bare or disturbed soils. It was formerly known as Mimulus nanus.
Erythranthe palmeri is a species of monkeyflower known by the common name Palmer's monkeyflower. It was formerly known as Mimulus palmeri.
Mimetanthe is a genus of flowering plants in the family Phrymaceae. It has only one species, Mimetanthe pilosa, synonym Mimulus pilosus, known by the common names false monkeyflower and downy mimetanthe. It is native to the western United States and Baja California, where it grows in moist and disturbed habitat types. This plant is different enough from other monkeyflowers that it is treated in its own monotypic genus, Mimetanthe, or it may be retained in Mimulus.
Diplacus pulchellus is an uncommon species of monkeyflower known by the common name yellowlip pansy monkeyflower. It was formerly known as Mimulus pulchellus.
Erythranthe pulsiferae is a species of monkeyflower known by the common names candelabrum monkeyflower and Pulsifer's monkeyflower. It was formerly known as Mimulus pulsiferae. It is native to the western United States from Washington to northern California, where it grows in wet habitat such as streambanks. It is an annual herb growing 2 to 21 centimeters tall. The leaves occur in a basal rosette and oppositely along the stem, each on a short petiole and with an oval blade. The tubular base of the flower is encapsulated in a ribbed calyx of sepals with tiny pointed lobes. The flower is roughly a centimeter long and yellow in color, sometimes with red spotting or pink-tinged white coloration in the mouth.
Erythranthe tilingii is a species of monkeyflower known by the common name Tiling's monkeyflower. It was formerly known as Mimulus tilingii.
Diplacus tricolor is a species of monkeyflower known by the common name tricolor monkeyflower. It is native to Oregon and California. It grows in seasonally wet habitats such as meadows and vernal pools, including those in the San Joaquin Valley and near north coast oak woodlands. It was formerly known as Mimulus tricolor.
Erythranthe, the monkey-flowers and musk-flowers, is a diverse plant genus with more than 120 members in the family Phrymaceae. Erythranthe was originally described as a separate genus, then generally regarded as a section within the genus Mimulus, and recently returned to generic rank. Mimulus sect. Diplacus was segregated from Mimulus as a separate genus at the same time. Mimulus remains as a small genus of eastern North America and the Southern Hemisphere. Molecular data show Erythranthe and Diplacus to be distinct evolutionary lines that are distinct from Mimulus as strictly defined, although this nomenclature is controversial.
Erythranthe cuprea is a species of monkeyflower also known by the common name flor de cobre. It was formerly known as Mimulus cupreus. Its characteristics in nectar and petal shape are markedly different from other species in this genus found in Chile.
Erythranthe peregrina is a species of monkeyflower. Its Latin name means "foreign", or more loosely "the foreigner". This species is a rare example of polyploidization and speciation where sterility did not occur. It was discovered in 2011, first reported in 2012, and named Mimulus peregrinus. Around the same time, the genus Mimulus was restructured and this species is now called Erythranthe peregrina and is in the section Simiolus. The species was less than 140 years old at the time of discovery in 2011; its discoverer, Mario Vallejo-Marin of the University of Stirling, compared finding it to "looking at the big bang in the first milliseconds of its occurrence".
