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Four new species of the genus Lissonota (Ichneumonidae: Banchinae) from South Korea
강규원,Janko Kolarov,이종욱 한국곤충학회 2019 Entomological Research Vol.49 No.6
The potato tuber moth (PTM) is an important pest of the potato plant and its tuber. With the expansion of its geographic range, the PTM could be potential threat to the tomato (Solanum lycopersicum L.), a congeneric species of the potato. To assess that risk, we tested larval feeding and development of PTM on leaves of five cultivated tomato varieties namely Moneymaker, Campari, Ailsa Craig, LA3475, E6203 and one wild tomato variety S. pimpinellifolium. PTM larvae accepted all tested plant leaves and developed into adults. Larval development was fastest on the Ailsa Craig variety. Pupae developed fastest on the Moneymaker variety and slowest on LA3475. Host acceptance and survival were highest on Ailsa Craig and lowest on LA3475. The significantly highest male proportion occurred on
최진경,Janko Kolarov,이종욱 한국곤충학회 2018 Entomological Research Vol.48 No.4
A new species, Pseudopimpla leei Choi and Kolarov sp. nov., collected in South Korea is described. The genus Pseudopimpla is recorded for the first time from South Korea. A description of one new species and a key to the world species of Pseudopimpla are provided.
Choi, Jin-Kyung,Kolarov, Janko,Lee, Jong-Wook Pensoft Publishers 2015 ZooKeys Vol.478 No.-
<P>Abstract</P><P>Old World species of the genus <I>Seticornuta</I> Morley are reviewed. Seven species of this genus were recorded worldwide, but only one species, <I>Seticornutaalbopilosa</I> (Cameron), was known from the Old World. Here, we report one new species, <I>Seticornutakoreana</I><B>sp. n.</B>, from South Korea, and redescribe the other known Old World species, <I>Seticornutaalbopilosa</I>, with photographs.</P>
Review of the Palaearctic Trathala Species (Hymenoptera: Ichneumonidae: Cremastinae)
Jin-Kyung Choi,Janko Kolarov,Gyu-Won Kang,Jong-Wook Lee 한국동물분류학회 2014 Animal Systematics, Evolution and Diversity Vol.30 No.4
The Palaearctic species of the genus Trathala Cameron are reviewed. Genus Trathala is the third largest group. This genus was described Trathala striata by Cameron for the first time in the world. One hundred one species of this genus have been recorded worldwide. Trathala flavoorbitalis Cameron and Trathala hierochontica (Schmiedeknecht) were recorded from Palaearctic. Here we report three species, Trathala flavoorbitalis Cameron, Trathala hierochontica (Schmiedeknecht) and Trathala striata Cameron, from Palaearctic region. Among them, Trathala striata Cameron is a newly recorded species for the first time from Palaearctic region and South Korea. Redescriptions of Palaearctic Tranthala species with photographs and a key to the Palaearctic Trathala species are provided.
Review of the Palaearctic Trathala Species (Hymenoptera: Ichneumonidae: Cremastinae)
Choi, Jin-Kyung,Kolarov, Janko,Kang, Gyu-Won,Lee, Jong-Wook The Korean Society of Systematic Zoology 2014 Animal Systematics, Evolution and Diversity Vol.30 No.4
The Palaearctic species of the genus Trathala Cameron are reviewed. Genus Trathala is the third largest group. This genus was described Trathala striata by Cameron for the first time in the world. One hundred one species of this genus have been recorded worldwide. Trathala flavoorbitalis Cameron and Trathala hierochontica (Schmiedeknecht) were recorded from Palaearctic. Here we report three species, Trathala flavoorbitalis Cameron, Trathala hierochontica (Schmiedeknecht) and Trathala striata Cameron, from Palaearctic region. Among them, Trathala striata Cameron is a newly recorded species for the first time from Palaearctic region and South Korea. Redescriptions of Palaearctic Tranthala species with photographs and a key to the Palaearctic Trathala species are provided.
A New Species of the Genus Glypta (Hymenoptera: Ichneumonidae: Banchinae) from South Korea
Gyu-Won Kang,Janko Kolarov,Jong-Wook Lee 한국동물분류학회 2021 Animal Systematics, Evolution and Diversity Vol.37 No.1
One of the largest genera of subfamily Banchinae, the genus Glypta has been reported 505 species in the World. In this study, the genus Glypta is reported for the first time from South Korea. Twelve species are recognized, one of which is described as new: Glypta clypeorostrata sp. nov. We diagnose 11 newly recorded species (G. biauriculata, G. breviterebra, G. densepunctata, G. extincta, G. fronticornis, G. incisa, G. media, G. nigrina, G. talitzkii, G. tamanukii, and G. touyaensis) and provide a key along with digital images of 12 South Korean species.
Choi, Jin-Kyung,Kolarov, Janko,Lee, Jong-Wook Taylor Francis 2016 The Annals & magazine of natural history Vol.50 No.37
<P>The South Korean species of the genus Exochus are revised. Ten new species, Exochus acostulatus Lee & Choi, sp. nov., Exochus adentatus Lee & Choi, sp. nov., Exochus areolaris Lee & Choi, sp. nov., Exochus carinalis Lee & Choi, sp. nov., Exochus dentisternum Lee & Choi, sp. nov., Exochus depressus Lee & Choi, sp. nov., Exochus nigritulus Lee & Choi sp. nov., Exochus occipitalis Lee & Choi, sp. nov., Exochus orbitalis Lee & Choi, sp. nov. and Exochus propodealis Lee & Choi, sp. nov., are described. Also, 21 species of this genus are reviewed and newly recorded from South Korea, with diagnoses provided. A key to the South Korean species of Exochus and illustrations of external characters are provided.</P>
Characterisation of Melt Spun Ni-Ti Shape Memory Ribbons’ Microstructure
Kambiz Mehrabi,Mihael Brunˇcko,Albert C. Kneiss,Miodrag ˇColiˇc,Dragoslav Stamenkovic,Janko Ferˇcec,Ivan Anžel,Rebeka Rudolf 대한금속·재료학회 2012 METALS AND MATERIALS International Vol.18 No.3
NiTi alloys are the most technologically important medical Shape Memory Alloys in a wide range of applications used in Orthopaedics, Neurology, Cardiology and interventional Radiology as guide-wires,self-expandable stents, stent grafts, inferior vena cava filters and clinical instruments. This paper discusses the use of rapid solidification by the melt spinning method for the preparation of thin NiTi ribbons for medical uses. Generally, the application of rapid solidification via melt-spinning can change the micro-structure drastically, which improves ductility and shape memory characteristics and leads to samples with small dimensions. As the increase in the wheel speed led to a reduced ribbon thickness, the cooling rate increased and, therefore, the martensitic substructure became finer. Furthermore, no transition from the crystalline phase to the amorphous phase was obtained by increasing the cooling rate, even at a wheel speed of 30 m/s. Specimens for our metallographic investigation were cut from the longitudinal cross sec-tions of melt-spun ribbons. Conventional TEM studies were carried out with an acceleration voltage of 120 kV. Additionally, the chemical composition of the samples was examined with a TEM equipped with an EDX analyser. The crystallographic structure was determined using Bragg-Brentano x-ray diffraction with Cu-Kα radiation at room temperature.