OpenLLM-France/wikimedia huggingface dataset:
# Open water swimming at the 2015 World Aquatics Championships – Men's 5 km

The Men's 5 km competition of the open water swimming events at the 2015 World Aquatics Championships was held on 25 July 2015.

## Results

The race was started at 13:00.
| Rank | Swimmer | Nationality | Time |
| | Chad Ho | South Africa | 55:17.6 |
| | Rob Muffels | Germany | 55:17.6 |
| | Matteo Furlan | Italy | 55:20.0 |
| 4 | Evgeny Drattsev | Russia | 55:20.4 |
| 5 | Florian Wellbrock | Germany | 55:20.6 |
| 6 | David Heron | United States | 55:20.7 |
| 7 | Celeb Hughes | Great Britain | 55:21.9 |
| 8 | Mario Sanzullo | Italy | 55:22.7 |
| 9 | Victor Colonese | Brazil | 55:24.4 |
| 10 | Antonio Arroyo | Spain | 55:24.6 |
| 11 | Alex Meyer | United States | 55:25.3 |
| 12 | Sergey Bolshakov | Russia | 55:25.3 |
| 13 | Márk Papp | Hungary | 55:25.3 |
| 14 | Samuel de Bona | Brazil | 55:25.9 |
| 15 | Ivan Enderica Ochoa | Ecuador | 55:26.3 |
| 16 | Nico Manoussakis | South Africa | 55:26.5 |
| 17 | David Aubry | France | 55:28.5 |
| 18 | Ján Kútnik | Czech Republic | 55:28.8 |
| 19 | Dániel Székelyi | Hungary | 55:28.9 |
| 20 | Jarrod Poort | Australia | 55:31.1 |
| 21 | Ihor Snitko | Ukraine | 55:31.7 |
| 22 | Axel Reymond | France | 55:31.8 |
| 23 | Tom Allen | Great Britain | 55:32.0 |
| 24 | Ihor Chervynskyi | Ukraine | 55:32.2 |
| 25 | Santiago Enderica | Ecuador | 55:32.3 |
| 26 | Yuval Safra | Israel | 55:33.2 |
| 27 | Antonios Fokaidis | Greece | 55:33.6 |
| 28 | Vasco Gaspar | Portugal | 55:36.4 |
| 29 | Vít Ingeduld | Czech Republic | 55:38.5 |
| 30 | Tamás Farkas | Serbia | 55:38.6 |
| 31 | Gustavo Gutiérrez | Peru | 55:46.6 |
| 32 | Sam Sheppard | Australia | 55:53.6 |
| 33 | Wilder Carreño | Venezuela | 56:04.3 |
| 34 | Shai Toledano | Israel | 56:06.0 |
| 35 | Yang Jintong | China | 56:07.6 |
| 36 | Fernando Betanzos | Mexico | 58:25.7 |
| 37 | Lang Yuanpeng | China | 59:42.8 |
| 38 | Kenessary Kenenbayev | Kazakhstan | 59:47.0 |
| 39 | Christian Tirado | Mexico | 59:47.8 |
| 40 | Walter Caballero | Bolivia | 59:50.8 |
| 41 | Ávila Emilio | Guatemala | 1:00:31.2 |
| 42 | Timur Abzhanov | Kazakhstan | 1:01:54.2 |
| 43 | Kwan Ho Yin | Hong Kong | 1:02:42.7 |
| 44 | Cristofer Lanuza | Costa Rica | 1:02:49.1 |
| 45 | Marek Pavúk | Slovakia | 1:02:49.4 |
| 46 | Tse Tsz Fung | Hong Kong | 1:03:10.3 |
| 47 | Abdulla Al-Balooshi | United Arab Emirates | 1:09:39.3 |
| | Amgad Elssaflawe | Sudan | OTL |
| | Ahmed Adam | Sudan | OTL |
| | Héctor Ruiz | Spain | DNS |
| | Ivan Šitić | Croatia | DNS |
| | Ricky Anggawijaya | Indonesia | DNS |
# Ontario Highway 87

King's Highway 87, commonly referred to as Highway 87, was a provincially maintained highway in the Canadian province of Ontario. The 30.1-kilometre (18.7 mi) route connected Highway 86 in Bluevale with Highway 89 (present-day Highway 23) near Harriston. In 1997-1998, Highway 87 was downloaded to Huron and Wellington counties and the road is now officially known as Huron County Road 87 and Wellington County Road 87.

## Major intersections

The following table lists the major junctions along Highway 87, as noted by the Ministry of Transportation of Ontario.
| Division | Location | km | mi | Destinations | Notes |
| Huron | Bluevale | 0.0 | 0.0 | Highway 86 – Wingham, Listowel | Present-day County Road 86 |
| Huron | Wroxeter | 7.5 | 4.7 | County Road 12 south (Brussels Line) | |
| Huron | Wroxeter | 8.0 | 5.0 | County Road 12 north (Belmore Line) | |
| Huron | Gorrie | 11.7 | 7.3 | County Road 28 south (Victoria Street) | |
| Huron | Howick | 13.8 | 8.6 | County Road 28 north (McIntosh Line) | |
| Huron | Howick | 17.9 | 11.1 | County Road 30 (Fordwich Line) – Clifford, Fordwich | |
| Wellington | Minto | 30.1 | 18.7 | Highway 89 – Harriston, Palmerston | Present-day Highway 23 |
| 1.000 mi = 1.609 km; 1.000 km = 0.621 mi ||||||
# Ophionereis

Ophionereis is a genus of echinoderms belonging to the family Ophionereididae.
The genus has almost cosmopolitan distribution.
Species:
* Ophionereis albomaculata E.A.Smith, 1877
* Ophionereis amphilogus (Ziesenhenne, 1940)
* Ophionereis andamanensis James, 1982
* Ophionereis annulata (Le Conte, 1851)
* Ophionereis australis (H.L.Clark, 1923)
* Ophionereis commutabilis Bribiesca-Contreras, Pineda-Enríquez, Márquez-Borrás, Solís-Marín, Verbruggen, Hugall & O'Hara, 2019
* Ophionereis degeneri (A.H.Clark, 1949)
* Ophionereis diabloensis Hendler, 2002
* Ophionereis dolabriformis John & A.M.Clark, 1954
* Ophionereis dubia (Müller & Troschel, 1842)
* Ophionereis eurybrachiplax H.L.Clark, 1911
* Ophionereis fasciata Hutton, 1872
* Ophionereis fusca Brock, 1888
* Ophionereis hexactis H.L.Clark, 1938
* Ophionereis intermedia A.M.Clark, 1953
* Ophionereis lineata H.L.Clark, 1946
* Ophionereis novaezelandiae Mortensen, 1936
* Ophionereis olivacea H.L.Clark, 1900
* Ophionereis perplexa Ziesenhenne, 1940
* Ophionereis porrecta Lyman, 1860
* Ophionereis reticulata (Say, 1825)
* Ophionereis sasakii A.M.Clark, 1953
* Ophionereis schayeri (Müller & Troschel, 1844)
* Ophionereis semoni (Döderlein, 1896)
* Ophionereis sexradia Mortensen, 1936
* Ophionereis squamulosa Koehler, 1914
* Ophionereis sykesi O'Hara & Harding, 2015
* Ophionereis thryptica (Murakami, 1943)
* Ophionereis tigris H.L.Clark, 1938
* Ophionereis variegata Duncan, 1879
* Ophionereis vittata Hendler, 1995
* Ophionereis vivipara Mortensen, 1933
# Ophionereididae

Ophionereididae are a family of brittle stars.

## Systematics

Ophionereididae has been placed (along with Ophiocomidae) to the superfamily Ophiocomidea and infraorder Chilophiurina or suborder Chilophiurina in different classifications. Ophionereididae contains the following genera:
* Ophiocrasis
* Ophiodoris
* Ophionereis
* Ophioneroides
* Ophiotriton
# Op. 35

In music, Op. 35 stands for Opus number 35. Compositions that are assigned this number include:
* Arensky – Variations on a Theme by Tchaikovsky
* Barber – A Hand of Bridge
* Beethoven – Eroica Variations
* Brahms – Variations on a Theme of Paganini
* Chausson – String Quartet
* Chopin – Piano Sonata No. 2
* Fauré – Madrigal
* Hába – Mother
* Korngold – Violin Concerto
* Madetoja – Symphony No. 2 in E-flat major (1918)
* Paganini – Variations on a Theme of Paganini
* Rachmaninoff – The Bells
* Reger – Sechs Lieder, Op. 35
* Rieding- Concerto in B minor for Violin and Piano Op. 35
* Rimsky-Korsakov – Scheherazade
* Rubinstein – Piano Concerto No. 2
* Schumann – 12 Gedichte
* Shostakovich – Piano Concerto No. 1
* Sibelius – Two Songs, Op. 35, collection of art songs (1908)
* Strauss – Don Quixote
* Szymanowski – Violin Concerto No. 1
* Tchaikovsky – Violin Concerto
# Opogona purpuriella

Opogona purpuriella is a moth of the family Tineidae. It was first described by Otto Swezey in 1913. It has been recorded from Hawaii and Tonga. It has also been reported as a port interception in California.
The wingspan is about 10 mm.
The larvae are scavengers and have been reared from dead sugarcane, dead bark of Artocarpus and other decaying vegetable matter, Plumeria, Reynoldsia and Sicana odorifera.
# Opogona stathmota

Opogona stathmota is a moth of the family Tineidae first described by Edward Meyrick in 1911. It is found in Sri Lanka.
# Order of Ikkos

The Order of Ikkos is a medallion award for coaching made available to all individual U.S. Olympic and Paralympic medalists as representing the athletes' achievement as an Olympic or Paralympic Medalist, in recognition of countless hours training America’s athletes to achieve the dream of an Olympic medal. Each U.S. medal-winning team receives one Order of Ikkos medal to present to a single coach. The medalists can present the award to one coach or mentor. The award is presented as part of each U.S. Olympic medalist's victory tour. The victory tour takes place 24–36 hours after a U.S. athlete wins an Olympic or Paralympic medal. The award was established by the United States Olympic Committee prior to the Beijing 2008 Olympic Games, and continued at the 2010 Olympic Games.
The Order of Ikkos name comes from Ikkos of Tarentum (Taranto), who was first Olympic coach in ancient Greece. It provides the opportunity for athletes to recognize their coaches for their leadership and inspiration to achieve world-class performance.
# Optic nerve sheath meningioma

Optic nerve sheath meningiomas (ONSM) are rare benign tumors of the optic nerve. 60–70% of cases occur in middle age females, and is more common in older adults (mean age 44.7 years). It is also seen in children, but this is rare. The tumors grow from cells that surround the optic nerve, and as the tumor grows, it compresses the optic nerve. This causes loss of vision in the affected eye. Rarely, it may affect both eyes at the same time.
It is typically a slow growing tumor, and has never been reported to cause death. However, there is concern that the tumor can grow into the brain and cause other types of neurological damage. In some patients, the tumor grows so slowly that treatment is not necessary. Standard treatments are observation, surgery, radiation therapy, and combinations of the above.

## Symptoms and signs

The most common symptom of ONSM is a gradual loss of vision in one eye. In a minority of patients this may be intermittent, at least to begin with. Less common symptoms include pain in the affected eye, protrusion of the eye, or double vision.

## Natural history

ONSM does not improve without treatment. In many cases, there is gradual progression until vision is lost in the affected eye. However, this takes at least several months to occur, and a minority of patients remain stable for a number of years.

## Diagnosis

Clinical examination will show an abnormal optic disc, either swollen or atrophic. Optociliary shunt vessels may be seen; the combination of these with progressive visual loss and optic disc atrophy is known as the Hoyt-Spencer triad. Visual acuity is usually but not always reduced.
When ONSM is suspected, MRI of the brain or orbits should be performed. This will usually show characteristic findings and confirm the diagnosis.

## Treatment

Most ophthalmologists will not advocate any treatment unless visual loss is present and ongoing. Reports of patients with ONSM having no change in their vision for multiple years are not uncommon. If loss of vision occurs, radiation therapy will improve vision in about ⅓ of cases, and preserve vision in about ⅓ of cases. Surgery has traditionally been associated with rapid deteroriation of vision. However, newer surgical techniques may prove better for the treatment of ONSM.

## Incidence

About 1–2% of all meningiomas are optic nerve sheath meningiomas. Meningiomas have an incidence of ~4.18/100,000 persons each year. Thus, ~10,000 meningiomas are diagnosed in the US each year; corresponding to ~100 cases of ONSM each year in the US. The actual number of meningiomas is likely much higher as it is very common in elderly women. ONSM comprises about 2% of orbital tumors, and about 10% of optic nerve lesions.
Neurofibromatosis type II (NF-2) affects around 9% of ONSM patients, where the incidence in the general population is around 0.03–0.05%. Thus NF-2 is felt to be a risk factor for the development of ONSM.
# Open Media Commons

The Open Media Commons, sometimes referred to as the Open Media Commons initiative, is a computer industry group whose goal is to "develop open, royalty-free digital rights management and codec solutions". One of their largest supporters is Sun Microsystems, who released their internal digital rights management (DRM) project, Project DReaM, as part of the Open Media Commons initiative on 22 August 2005.
Project DReaM one of several project organized through the Open Media Commons initiative:
* DRM-OPERA: An interoperable DRM architecture that is not dependent upon a specific hardware set or operating system.
* Java Stream Assembly: Java-based server software that allows for distribution of video over a network.
* OMS Video: a royalty-free codec loosely based on the H.261 with new tools & optimizations.
# Open wire

Open wire was an early transmission technology in telecommunication, first used in telegraphy. It consisted of pairs of electric wire strung on a pole line between communities, towns, and cities.
The wire of the transmission line was attached to the cross-arms of each pole with glass insulators. It was originally manufactured from iron or steel, but developments in annealing of copper made it possible to use this metal by the 1890s to reduce electrical resistance substantially. Copper wire was drawn to a diameter of up to 1/6 inch (165 mils).
The glass insulators on the pole cross-arms were spaced at about 12 inches (30cm) apart. Typically up to five wire pairs were installed on each crossarm, and multiple cross-arms could be installed on each pole.
The practical limit in distance of telephone communication via open-wire transmission was reached when the Bell System long-distance network was extended from New York City to Denver in 1911. Despite heavy-gauge wire, and using loading coils to reduce transmission loss, talking was just barely possible over the line until the first Audion amplifiers were added.
# Open water swimming at the 2024 World Aquatics Championships – Women's 5 km

The Women's 5 km competition at the 2024 World Aquatics Championships was held on 7 February 2024.

## Results

The race was held at 10:30.
| Rank | Swimmer | Nationality | Time |
| | Sharon van Rouwendaal | Netherlands | 57:33.9 |
| | Chelsea Gubecka | Australia | 57:35.0 |
| | Ana Marcela Cunha | Brazil | 57:36.8 |
| 4 | Katie Grimes | United States | 57:38.4 |
| 5 | Océane Cassignol | France | 57:38.9 |
| 6 | María de Valdés | Spain | 57:39.5 |
| 7 | Giulia Gabbrielleschi | Italy | 57:47.6 |
| 8 | Caroline Jouisse | France | 57:51.5 |
| 9 | Viviane Jungblut | Brazil | 57:52.9 |
| 10 | Angélica André | Portugal | 57:54.1 |
| 11 | Lisa Pou | Monaco | 57:54.5 |
| 12 | Mariah Denigan | United States | 57:55.3 |
| 13 | Mafalda Rosa | Portugal | 57:55.4 |
| 14 | Leonie Beck | Germany | 57:56.6 |
| 15 | Barbara Pozzobon | Italy | 57:58.5 |
| 16 | Jeannette Spiwoks | Germany | 58:03.3 |
| 17 | Candela Sánchez | Spain | 58:03.4 |
| 18 | Xin Xin | China | 58:07.2 |
| 19 | Mao Yihan | China | 58:57.5 |
| 20 | Mira Szimcsák | Hungary | 59:00.6 |
| 21 | Martha Sandoval | Mexico | 59:03.6 |
| 22 | Amica de Jager | South Africa | 59:04.0 |
| 23 | Emma Finlin | Canada | 59:04.4 |
| 24 | Bianca Crisp | Australia | 59:06.0 |
| 25 | Tory Earle | South Africa | 59:06.3 |
| 26 | Tuna Erdoğan | Turkey | 59:07.8 |
| 27 | Alena Benešová | Czech Republic | 59:07.8 |
| 28 | Špela Perše | Slovenia | 59:10.4 |
| 29 | Samantha Arévalo | Ecuador | 59:10.5 |
| 30 | María Bramont-Arias | Peru | 59:10.8 |
| 31 | Lenka Pavlacká | Czech Republic | 59:14.3 |
| 32 | Paola Pérez | Venezuela | 59:14.9 |
| 33 | Anna Olasz | Hungary | 59:15.0 |
| 34 | Lee Hae-rim | South Korea | 59:16.9 |
| 35 | Nip Tsz Yin | Hong Kong | 59:18.7 |
| 36 | Georgia Makri | Greece | 59:21.3 |
| 37 | Ana Abad | Ecuador | 59:21.9 |
| 38 | Laila Oravsky | Canada | 59:22.4 |
| 39 | Park Jung-ju | South Korea | 1:01:18.0 |
| 40 | Katja Fain | Slovenia | 1:01:20.4 |
| 41 | Diana Taszhanova | Kazakhstan | 1:01:20.7 |
| 42 | Teng Yu-wen | Chinese Taipei | 1:01:22.9 |
| 43 | Nikita Lam | Hong Kong | 1:01:25.0 |
| 44 | Yanci Vanegas | Guatemala | 1:04:47.7 |
| 45 | Fátima Portillo | El Salvador | 1:04:47.7 |
| 46 | Wang Yi-chen | Chinese Taipei | 1:04:53.7 |
| 47 | Darya Pushko | Kazakhstan | 1:04:55.2 |
| 48 | Malak Meqdar | Morocco | 1:04:55.8 |
| 49 | Karla Edith de la Rosa | Mexico | 1:04:56.4 |
| 50 | Ruthseli Aponte | Venezuela | 1:04:56.8 |
| 51 | Alondra Quiles | Puerto Rico | 1:05:01.1 |
| 52 | Sezen Akanda Boz | Turkey | 1:05:02.5 |
| 53 | Isabella Hernández | Dominican Republic | 1:07:56.8 |
| 54 | Bangalore Mahesh Rithika | India | 1:08:47.2 |
| 55 | Kathriana Mella Gustianjani | Indonesia | 1:09:00.4 |
| 56 | Mariela Guadamuro | Puerto Rico | 1:09:25.0 |
| 57 | Brynne Kinnaird | Namibia | 1:12:33.5 |
| | Carissa Steyn | Namibia | OTL |
| | María Rodríguez | Bolivia | OTL |
| | Dorianne Bristol | Seychelles | OTL |
| | Swagiah Mubiru | Uganda | OTL |
| | Chantal Liew | Singapore | DNF |
| | María Porres | Guatemala | DNS |
| | Michell Ramírez | Honduras | DNS |
| | Maria Bianchi | Kenya | DNS |
# Oral arm

An oral arm is an anatomical structure of "true" sea jellies (or Scyphozoans), which belong to the class Scyphozoa. Oral arms characterize Semaeostomeae, an order of large jellyfish.
The oral arms (of which there are usually four) are located around the mouth and hold the stinging cells, or cnidocysts, which are used to inject potential prey (or potential predators) with venom.

## Functions

These four long oral arms, hang from the center of the underside, where the mouth of the jellyfish is located. In most cases, 24 other, thinner extensile tentacles hang from the rim of the bell. Jellyfish reproduce sexually. Males release sperm through their mouth into the water column and this is received into the female's mouth, where fertilization occurs. Development occurs quickly, as the lifespan of a jellyfish is only a few months. The eggs develop either inside the female, or in brood pouches located on the oral arms. They also aid in the capture and ingestion of food, and may contain stinging cells.
# Orbiliaceae

The Orbiliaceae are a family of saprobic sac fungi. It is the only family in the monotypic class Orbiliomycetes and the monotypic order Orbiliales. The family was first described by John Axel Nannfeldt in 1932 and now contains 288 species in 12 genera. Members of this family have a widespread distribution, but are more prevalent in temperate regions. Some species in the Orbiliaceae are carnivorous fungi, and have evolved a number of specialized mechanisms to trap nematodes.

## Description

Orbiliaceae do not have stromata, dense structural tissue that produces fruit bodies. They have small disc-shaped apothecia, that are typically convex, brightly colored or translucent. Their ascospores are small (typically less than 10 x 1 μm), hyaline, and have an oval or ellipsoidal shape. Species are usually found in wood on both wet and dry habitats. Anamorph species are hyphomycetous.

## Nematophagy

This family is well known for its many nematophagous species. Shortly after coming into contact with its prey, fungal mycelia penetrate the nematode and spontaneously differentiate into functional structures, known as traps, which will ultimately digest the nematode's internal contents. There are 5 types of trap mechanisms recognized in this family:
* Adhesive network: the most common trap, formed by hyphal outgrowths that recurve into themselves to form nematode-trapping loops.
* Adhesive knob: a roughly spherical cell, attached to the hyphae either directly or on an erect stalk. Adhesive knobs are typically closely spaced along a section of hyphae.
* Nonconstricting rings: always found with the adhesive network traps, and formed from thickening hyphae that curve and fuse to the supporting stalk.
* Adhesive column: a layer of cells on a hyphae with an adhesive surface.
* Constricting rings: these are rings of hyphae that swell rapidly inwards upon contact with the nematode, quickly (in 1–2 seconds) "lassoing" the victim.

## Genera

According to the most recent classification of Ascomycota, the Orbiliaceae contain only two (teleomorph) genera, the Hyalorbilia and the Orbilia. Hyalorbilia is distinguished from Orbilia by having asci without a stalk that arise from croziers, a hemispherical to broadly conical, thin-walled apex, asci and paraphyses in a gelatinous matrix, and an ectal excipulum (the outer surface of a cup-like apothecium) of horizontal textura prismatica.
Anamorph genera of the Orbiliaceae include Anguillospora, Arthrobotrys, Dactylella, Dactylellina, Dicranidion, Drechslerella, Helicoön, Monacrosporium, and Trinacrium. It has been suggested that the anamorph specialization illustrates convergent evolution occurring among mycelial fungi in aquatic and low-nitrogen habitats. This hypothesis has been borne out by recent phylogenetic and morphological studies.
In 2007, a new species was described from southwestern China with morphological features intermediate between Orbilia and Hyalorbilia. This species, named Pseudorbilia bipolaris Y. Zhang, Z.F. Yu, H.O. Baral & K.Q. Zhang, was placed into its own genus in the Orbiliaceae to accommodate its distinctive features.
# Order of the Broom-cod

The Order of the Broom-cod (French : "Ordre de la Coste de Genest"), is believed to have been founded in 1234 by the French king, St. Louis IX, to commemorate his wedding with Margaret of Provence, daughter of Ramon Berenguer IV, Count of Provence, and her coronation. Other sources mention Charles VI the Beloved as the founder.
The order takes its name from the pod of the broom plant (broom-cod, or cosse de geneste), which was used as an emblem for livery collars and badges.

## Insignia

The collar of the order was made of a succession of broom-cods and gold fleur-de-lis and a cross – with the motto of the Order, "Exaltat humiles" (He exalts the humble), in black letters – hanging from a short necklace made of golden hearts.
Ackermann mentions this chivalric order as the historical order of France.
# Original Benny Goodman Trio and Quartet Sessions, Vol. 1: After You've Gone

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| Allmusic | |
Original Benny Goodman Trio and Quartet Sessions, Vol. 1: After You've Gone is a jazz compilation album by Benny Goodman. Released in 1987, it consists of selections recorded and originally released by Victor during 1935 and 1936. The personnel included Goodman on clarinet, Teddy Wilson on piano, and Gene Krupa on drums. When the trio became a quartet in August 1936, the fourth member was Lionel Hampton on vibraphone. Helen Ward is featured as vocalist on two recordings: "All My Life" and "Too Good to Be True".
# Eswatini AIDS Support Organisation

The Eswatini AIDS Support Organisation , It is the first organized group of people living with HIV in Eswatini, established in 1993 under the auspices of The AIDS Information Center (TASC). Its mandate is to bring hope through positive living.
The Organization headquarters is at Lamvelase Help Center in Manzini, then have regional offices at Ekutfokomeni SOS Children's Village and at Hlathikhulu next to Social Welfare offices.
# Orophia denisella

Orophia denisella is a species of moth in the family Depressariidae. It was described by Michael Denis and Ignaz Schiffermüller in 1775. It is found from Spain and France to Romania and Bulgaria and from Germany to Italy and North Macedonia. It has also been recorded from Russia.
# Orthogonius pangi

Orthogonius pangi is a species of ground beetle in the subfamily Orthogoniinae. It was described by Tian & Deuve in 2006.
# Orthogonius parallelus

Orthogonius parallelus is a species of ground beetle in the subfamily Orthogoniinae. It was described by Maximilien Chaudoir in 1871.
# Orthogonius parasuturalis

Orthogonius parasuturalis is a species of ground beetle in the subfamily Orthogoniinae. It was described by Tian & Deuve in 2006.