Khorata is a genus of Asian cellar spiders that was first described by B. A. Huber in 2005.
Species
As of August 2025, the genus includes 55 species:
- Khorata bachma <small>Yao & Li, 2018</small> â Vietnam
- Khorata bangkok <small>Huber, 2005</small> â Thailand, Laos
- Khorata bayeri <small>Yao, Li & Jäger, 2014</small> â Thailand
- Khorata circularis <small>Yao & Li, 2013</small> â Laos
- Khorata cucphuong <small>Yao & Li, 2018</small> â Vietnam
- Khorata dangi <small>Yao, Pham & Li, 2015</small> â Vietnam
- Khorata danxia <small>Sheng & Xu, 2021</small> â China
- Khorata dawei <small>Yao & Li, 2019</small> â China
- Khorata diaoluoshanensis <small>Tong & Li, 2008</small> â China
- Khorata digitata <small>Yao & Li, 2010</small> â China, Vietnam
- Khorata dongkou <small>Yao & Li, 2010</small> â China
- Khorata dupla <small>Yao & Li, 2013</small> â Laos
- Khorata epunctata <small>Yao & Li, 2010</small> â China
- Khorata flabelliformis <small>Yao & Li, 2010</small> â China
- Khorata fusui <small>Zhang & Zhu, 2009</small> â China
- Khorata guiensis <small>Yao & Li, 2010</small> â China
- Khorata huberi <small>Yao, Pham & Li, 2015</small> â Vietnam
- Khorata jaegeri <small>Huber, 2005</small> â Laos
- Khorata kep <small>Lan, Jäger & Li, 2021</small> â Cambodia
- Khorata khammouan <small>Huber, 2005</small> (type) â Laos
- Khorata libo <small>Yao & Li, 2019</small> â China
- Khorata liuzhouensis <small>Yao & Li, 2010</small> â China
- Khorata luojinensis <small>Yao & Li, 2010</small> â China
- Khorata luoping <small>Yao & Li, 2019</small> â China
- Khorata macilenta <small>Yao & Li, 2010</small> â China
- Khorata matang <small>Yao & Li, 2019</small> â China
- Khorata miaoshanensis <small>Yao & Li, 2010</small> â China
- Khorata musee <small>Lan & Li, 2021</small> â Thailand
- Khorata nani <small>Xu, Zheng & Yao, 2020</small> â China
- Khorata nanningensis <small>Yao & Li, 2010</small> â China
- Khorata ningming <small>Zhang & Zhu, 2009</small> â China
- Khorata ningyuan <small>Wei & Xu, 2014</small> â China
- Khorata ninhbinh <small>Zhang, Li & Yao, 2024</small> - Vietnam
- Khorata palace <small>Yao & Li, 2018</small> â Vietnam
- Khorata paquini <small>Yao & Li, 2010</small> â China
- Khorata protumida <small>Yao, Pham & Li, 2015</small> â Vietnam
- Khorata qian <small>Yao & Li, 2019</small> â China
- Khorata quangbinh <small>Yao & Li, 2018</small> â Vietnam
- Khorata robertmurphyi <small>Yao & Li, 2010</small> â China
- Khorata rongshuiensis <small>Yao & Li, 2010</small> â China
- Khorata sancai <small>Wei & Xu, 2014</small> â China
- Khorata schwendingeri <small>Huber, 2005</small> â Thailand, Laos
- Khorata shao <small>Yao & Li, 2010</small> â China
- Khorata suwei <small>Yao & Li, 2019</small> â China
- Khorata triangula <small>Yao & Li, 2010</small> â China
- Khorata vinhphuc <small>Yao & Li, 2018</small> â Vietnam
- Khorata wangae <small>Yao & Li, 2010</small> â China
- Khorata wenshan <small>Yao & Li, 2019</small> â China
- Khorata xingyi <small>Chen, Zhang & Zhu, 2009</small> â China
- Khorata yangchun <small>Yao & Li, 2019</small> â China
- Khorata yuhaoi <small>Xu, Zheng & Yao, 2020</small> â China
- Khorata zhui <small>Zhang & Zhang, 2008</small> â China
- Khorata qianlei â <small>Li, Li & Yao, 2025</small> China
- Khorata qunzhen Yao & Liu, 2025
See also
Recent taxonomic advances
In 2025, scientists from China described a new species of Khorata, named Khorata qianlei, discovered in Guangxi province. This brought the total number of known species in the genus to 54. In the same study, the researchers proposed dividing the genus into nine species groups, to better organize the diversity of forms observed within Khorata.
These groups were created based on the shape and arrangement of certain body parts involved in reproduction, which differ slightly between species. For example, some species have unique spines, hooks, or plates on their reproductive organs, which help distinguish them from others. This new classification helps scientists better understand the evolutionary relationships between species in Khorata and improves the tools for identifying them, which is important for studying biodiversity in Asia's forests and cave.
References