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남한산 큰자색호랑꽃무지의 종 동정 (딱정벌레목, 풍뎅이과, 꽃무지아과)
한태만,박인균,김기경,세르게이 이바노브,박해철,Han, Taeman,Park, In Gyun,Kim, Ki-Kyoung,Ivanov, Sergey,Park, Haechul Korean Society of Applied Entomology 2017 한국응용곤충학회지 Vol.56 No.3
The South Korean hermit beetle has previously been identified as Osmoderma opicum, which is distributed in Japan. Because of its rarity, this species is classified as an endangered species. To date, however, the identity of this species in South Korea has not been conclusively confirmed. To assess the taxonomic status of the hermit beetle occurring in South Korea, we performed a comparative study with the beetle's Eurasian congeners, based on morphological examination and molecular analysis using COI gene sequences. The results clearly showed that the South Korean hermit beetle is identical to Osmoderma caeleste, which has been described from the Russian Far East. Therefore, we suggest that the taxonomic identity of the South Korean hermit beetle is O. caeleste. 남한산 큰자색호랑꽃무지는 그 동안 일본에 분포하는 Osmoderma opicum으로 동정되어 왔으며, 국내에서는 그 희귀성에 의해 멸종위기종으로 다루어지고 있지만, 남한 개체군에 대한 면밀한 종의 실체에 대한 구명은 없었다. 이에 대해, 남한산 큰자색호랑꽃무지와 유라시안 근연종에 대해 형태 및 COI유전자 염기서열을 비교를 실시하였다. 결과적으로, 남한산 개체군은 형태적으로 극동러시아에 분포하는 O. caeleste와 동일하였다. 따라서, 남한산 큰자색호랑꽃무지는 O. caeleste임을 제안한다.
완숙토마토 품종별 서양뒤영벌(Bombus terrestris) 방사시 추가 화분공급에 의한 봉군수명 연장과 경제적 효과
이상범,박인균,박인희,윤형주,이경용,장선주,채영,용해중,최병락,Lee, Sang-Beom,Park, In-Gyun,Park, In-Hui,Yoon, Hyung-Joo,Lee, Kyung-Yong,Jang, Sun-Joo,Chae, Young,Yong, Hae-Joong,Choi, Byeong-Rak 한국응용곤충학회 2009 한국응용곤충학회지 Vol.48 No.3
토마토 및 경제작물의 수분용으로 50,000봉군 정도 이용되고 있는 서양뒤영벌을 시설완숙 토마토하우스에 방사하여 품종별로 효율적인 사용과 경제적 효과를 알아보기 위하여 2008년 2월부터 8월까지 춘천시 에서 추가화분공급효과를 조사하였다. 슈퍼도태랑, 제우스42, 그리고 슈퍼선로드 품종에서 서양뒤영벌 봉군내 추가화분공급($5{\sim}6g$/3일)으로 화분매개활동과 방화흔 비율 그리고 봉군수명이 뚜렷하게 나타났다. 특히 슈퍼도태랑과 슈퍼선로드품종에서 추가화분공급효과가 더 크게 나타났다. About 50,000 hives of Bombus terrestris are used for pollination of tomato and other economical crops (fruit vegetables and fruit trees) in Korea. Therefore this study was conducted to find out the effective use of B. terrestris and its economic effect in the major beefsteak-tomato cultivation areas from February to August in 2008. The pollinating activities, rate of bite-mark and lifespan of B. terrestris's hive according to all beefsteak-tomato varieties (Super Momotaro, Zeus42, Mascara and Super Sunroad, 500 $m^2$, $9,600{\sim}12,000$plants) were apparent by regular supplement of pollen ($5{\sim}6g$/3 days) to the hive of B. terrestris. Especially, Super Momotaro and Super Sunroad variety were most distinctive in the effects by regular pollen supplement.
황재삼 ( Jae Sam Hwang ),박인균 ( In Gyun Park ),윤은영 ( Eun Young Yun ),정덕웅 ( Duck Oung Jung ),윤형주 ( Hyung Joo Yoon ),이상범 ( Sang Beom Lee ),김성렬 ( Seong Ryul Kim ),이준하 ( Joon Ha Lee ),김인우 ( In Woo Kim ),권용남 ( 한국잠사학회 2012 한국잠사곤충학회지 Vol.50 No.2
To find diapause-related genes, we were performed by differential hybridization with three types of [α-32P]dCTP-labeled total cDNA probes synthesized from diapause-prepared, diapause-maintained and diapause-activated stage of Bombus ignitus queen. Nine individual cDNA clones were found to be differentially expressed in diapause-maintained and diapause- activated stage. Among these clones, BIDC9(BIDC ; Bombus ignitus differentially expressed clone) was analyzed through full-length sequencing and expression pattern analysis. This clone was specifically expressed in the thorax organ. The effect of Juvenile hormone analog(JHA) and CO2 treatment was examined. JHA treatment induced the expression of BIDC9 cDNA clone abruptly after 4 day of treatment. CO2 treatment induced also the clone after 2 day of treatment. BIDC9 cDNA was identified as Bombus ignitus diapause gene contained an open reading frame of 1376 bp encoding 255 amino acids.