Filippova N A
Parazitologiia. 2003 Nov-Dec;37(6):455-61.
Type series of two species of the genus Hyalomma Koch, 1844 deposited in the Museum of Zoology in Berlin have been examined. Examination of the H. detritum Schulze, 1919 holotype has shown that this name is actually a junior synonym (syn. nov.) of H. marginatum turanicum Pomerantsev, 1946. At the same time it was also found out that the paratypes of H. detritum are conspecific to the syntypes of H. scupense Schulze, 1818, among which the lectotype has been designated. Taxonomic errors of Schulze and other authors, which had led to a worldwide use in acorological literature the name H. detritum instead of the valid name H. scupense, are discussed. It is suggested that the reasons of microevolution within the polymorphic species H. scupense could be explained by unequal climatic conditions. Microevolutionary process in this species is most well expressed in a tendency to reduce the number of contacts with a host during the life cycle. It has resulted in the reformation of the two-host cycle into the one-host cycle.
对存于柏林动物博物馆的1844年璃眼蜱属(Hyalomma Koch)两个物种的模式系列进行了检查。对1919年舒尔茨氏碎粒璃眼蜱(H. detritum Schulze)的正模标本检查表明,这个名称实际上是1946年图兰璃眼蜱(H. marginatum turanicum Pomerantsev)的次异名(新异名)。同时还发现,碎粒璃眼蜱的副模标本与1818年舒尔茨氏刻点璃眼蜱(H. scupense Schulze)的合模标本同种,其中已指定了选模。讨论了舒尔茨及其他作者的分类学错误,这些错误导致在蜱螨学文献中全球范围内使用碎粒璃眼蜱这个名称而非有效的刻点璃眼蜱名称。有人提出,多态物种刻点璃眼蜱内微进化的原因可以用不平等的气候条件来解释。该物种的微进化过程在生命周期中减少与宿主接触次数的趋势中表现得最为明显。这导致了双宿主周期转变为单宿主周期。