Ascodichaena

Last updated

Ascodichaena
Ascodichaena rugosa.JPG
Ascodichaena rugosa
Scientific classification Red Pencil Icon.png
Kingdom: Fungi
Division: Ascomycota
Class: Leotiomycetes
Order: Rhytismatales
Family: Ascodichaenaceae
Genus: Ascodichaena
Butin (1977)
Type species
Ascodichaena rugosa
Butin (1977)
Species

A. mexicana
A. rugosa

Ascodichaena is a genus of fungi in the family Ascodichaenaceae. [1] The genus was circumscribed in 1977. [2]

Related Research Articles

Percolozoa Phylum of Excavata

The Percolozoa are a group of colourless, non-photosynthetic Excavata, including many that can transform between amoeboid, flagellate, and cyst stages.

Weasel mammal of the mustelid family

A weasel is a mammal of the genus Mustela of the family Mustelidae. The genus Mustela includes the least weasels, polecats, stoats, ferrets and mink. Members of this genus are small, active predators, with long and slender bodies and short legs. The family Mustelidae, or mustelids, is often referred to as the "weasel family". In the UK, the term "weasel" usually refers to the smallest species, the least weasel (M. nivalis), the smallest carnivoran species.

Owl Birds from the order Strigiforme

Owls are birds from the order Strigiformes, which includes over 200 species of mostly solitary and nocturnal birds of prey typified by an upright stance, a large, broad head, binocular vision, binaural hearing, sharp talons, and feathers adapted for silent flight. Exceptions include the diurnal northern hawk-owl and the gregarious burrowing owl.

Priapulida A phylum of unsegmented marine worms

Priapulida, sometimes referred to as penis worms, is a phylum of unsegmented marine worms. The name of the phylum relates to the Greek god of fertility, because their general shape and their extensible spiny introvert (eversible) proboscis may recall the shape of a human penis. They live in the mud and in comparatively shallow waters up to 90 metres (300 ft) deep. Some species show a remarkable tolerance for hydrogen sulfide and anoxia. They can be quite abundant in some areas. In an Alaskan bay as many as 85 adult individuals of Priapulus caudatus per square meter has been recorded, while the density of its larvae can be as high as 58,000 per square meter.

Otter Subfamily of mammals (Lutrinae)

Otters are carnivorous mammals in the subfamily Lutrinae. The 13 extant otter species are all semiaquatic, aquatic or marine, with diets based on fish and invertebrates. Lutrinae is a branch of the Mustelidae family, which also includes weasels, badgers, mink, and wolverines, among other animals.

Lagomorpha Order of mammals

The lagomorphs are the members of the taxonomic order Lagomorpha, of which there are two living families: the Leporidae and the Ochotonidae (pikas). The name of the order is derived from the Ancient Greek lagos + morphē. There are 102 extant species of lagomorph, including 37 species of pika, 33 species of rabbit and cottontail, and 32 species of hare.

Multituberculata

Multituberculata is an extinct taxon of rodent-like allotherian mammals that existed for approximately 166 million years, the longest fossil history of any mammal lineage. They eventually declined from the late Paleocene onwards, disappearing from the known fossil record in the late Eocene, though gondwanatheres lived into the Miocene, and may have been multituberculates. More than 200 species are known, ranging from mouse-sized to beaver-sized. These species occupied a diversity of ecological niches, ranging from burrow-dwelling to squirrel-like arborealism to jerboa-like hoppers. Multituberculates are usually placed as crown mammals outside either of the two main groups of living mammals—Theria, including placentals and marsupials, and Monotremata—but closer to Theria than to monotremes. Nonetheless, at least one study found a potential status as sister taxa to monotremes/Australosphenida.

Microsporidia

Microsporidia are a group of spore-forming unicellular parasites. They were once considered protozoans or protists, but are now known to be fungi, or a sister group to fungi. They have recently been discovered to infect on Coleoptera a large scale, in a 2017 Cornell study. Loosely 1500 of the probably more than one million species are named. Microsporidia are restricted to animal hosts, and all major groups of animals host microsporidia. Most infect insects, but they are also responsible for common diseases of crustaceans and fish. The named species of microsporidia usually infect one host species or a group of closely related taxa. Approximately 10 percent of the species are parasites of vertebrates —several species, most of which are opportunistic, can infect humans, in whom they can cause microsporidiosis.

Cerophytidae Family of beetles

The Cerophytidae are a family of Coleoptera known as the rare click beetles. Adults are infrequently encountered, and larvae are found within wood, where they are believed to feed on fungi. The family contains over 20 species in five genera, primarily distributed in the New World: 17 fossil genera are known extending to the Early Jurassic.

Nesodactylus was a genus of "rhamphorhynchoid" pterosaur from the middle-late Oxfordian age Upper Jurassic Jagua Formation of Pinar del Río, western Cuba.

Nemonychidae Family of beetles

Nemonychidae is a small family of weevils, placed within the primitive weevil group because they have straight rather than geniculate (elbowed) antennae. They are often called pine flower weevils. As in the Anthribidae, the labrum appears as a separate segment to the clypeus, and the maxillary palps are long and projecting. Nemonychidae have all ventrites free, while Anthribidae have ventrites 1-4 connate or partially fused. Nemonychidae lack lateral carinae on the pronotum, while these are usually present, though may be short, in Anthribidae.

<i>Zosterophyllum</i> Extinct genus of spore-bearing plants

Zosterophyllum was a genus of Silurian-Devonian vascular land plants with naked branching axes on which usually kidney-shaped sporangia were arranged in lateral positions. It is the type genus for the group known as zosterophylls, thought to be part of the lineage from which modern lycophytes evolved. More than 20 species have been described.

<i>Scrobipalpa</i> Genus of moths

Scrobipalpa is a genus of moths in the family Gelechiidae. Euscrobipalpa has sometimes been treated as a distinct subgenus, or even as a full genus, but is generally no longer recognised as valid, following Ponomarenko & Park (2007).

The Canthyloscelidae are a small family of midges closely related to the Scatopsidae.

Bolotridon is an extinct genus of epicynodontian cynodont. It was renamed from its original genus designation of Tribolodon, which was already occupied by a genus of cyprinid fish named in 1883 by Sauvage. The name Bolotridon was coined by Brian W. Coad in a 1977 publication as an anagram of Tribolodon.

The Thiriotiidae are a family of parasitic alveolates in the phylum Apicomplexa.

Jainemys is an extinct genus of bothremydid pleurodiran turtle that has been found in the Lameta Formation, India. Originally described by Sohan Lal Jain in 1977 under the name "Carteremys" pisdurensis, the species was transferred to the new genus Jainemys by Joyce & Bandyopadhyay in 2020.

Nigeremys is an extinct genus of bothremydid pleurodiran turtle from Niger, Mali and Syria. The genus consists exclusively of type species N. gigantea.

<i>Ascodichaena rugosa</i> Species of lichen

Ascodichaena rugosa is a species of fungus in the family Ascodichaenaceae. It was first scientifically described as a new species by Carl Linnaeus in 1753 as Lichen rugosum. Heinz Butin transferred it to the newly circumscribed genus Ascodichaena in 1977, in which it is the type species.

References

  1. Lumbsch TH, Huhndorf SM. (December 2007). "Outline of Ascomycota – 2007". Myconet. Chicago, USA: The Field Museum, Department of Botany. 13: 1–58. Archived from the original on 2009-03-18.
  2. Butin H. (1977). "Taxonomy and morphology of Ascodichaena rugosa gen. et sp. nov". Transactions of the British Mycological Society. 69 (2): 249–54. doi:10.1016/s0007-1536(77)80045-4.