4. 연구결과 가. 우리나라 곤충자원 표본 확보를 위한 연구지역 선정 1) 국립공원기본통계 및 전문가 자문을 통해 중부지역은 오대산， 납부지역은 지리산， 해안도서지역은 제주도 한라산을 곤충다양성 조사를 위한 연구 지역으로 선정 및 월1회 이상 정량적 조사 실시 나. 우리나라 대표 산림지역 곤충 표본 7,682점 확보 1) 정량조사 방법을 이용하여 산림곤충 표본 7,682개체 확보(목표 5천점대비 54% 추가 목표 달성) 다. 신종/미기록종， 희귀종， 자원관 미확보종 등 중요 곤충표본 확보 1) Pti
4. 연구결과 가. 우리나라 곤충자원 표본 확보를 위한 연구지역 선정 1) 국립공원기본통계 및 전문가 자문을 통해 중부지역은 오대산， 납부지역은 지리산， 해안도서지역은 제주도 한라산을 곤충다양성 조사를 위한 연구 지역으로 선정 및 월1회 이상 정량적 조사 실시 나. 우리나라 대표 산림지역 곤충 표본 7,682점 확보 1) 정량조사 방법을 이용하여 산림곤충 표본 7,682개체 확보(목표 5천점대비 54% 추가 목표 달성) 다. 신종/미기록종， 희귀종， 자원관 미확보종 등 중요 곤충표본 확보 1) Ptilodactylidae, Neophallodes sp., Morphosphaera coerulea, Mesochorus sp., Bracon sp., Acidiella diversa, Psarochilosia sp. 등 미기록과， 신종/미기록 후보종， 회귀종， 고유종， 자원관 미확보종 등 의미 있는 곤충표본 다수 확보 라. 우리나라 생물다양성 현황 기초자료 확보 및 목록 구축 1) 조사 결과를 바탕으로 채집지별， 채집방법별， 월별， 분류군별 곤충 다양성 분석을 실시하여 기초자료 확보， DB 입력 및 목록 구축 완료 마. 연구논문 게재 1) 자쟁 토양 절지동물을 이용한 제주도 토양 등급 분석 연구(한국환경생태학회 학술대회논문집 23( 1): 103-104, 2013. 2) 지리산 대형나방 모니터링을 통한 개체군의 시공칸적 변동 양상 논문 게재 준비
Abstract▼
This research alms to choose the best example of Korean forest area that is high in biodiversity, collect insect specimens using quantitative collection methods and analyze their biodiversity. First of all, Odaesan Mountain, Jirisan Mountain and Hallasan Mountain of Jejudo Island were chosen as they
This research alms to choose the best example of Korean forest area that is high in biodiversity, collect insect specimens using quantitative collection methods and analyze their biodiversity. First of all, Odaesan Mountain, Jirisan Mountain and Hallasan Mountain of Jejudo Island were chosen as they were expected to be most abundant in insects. Then, monthly investigation had been performed in those three areas from April to October using quantitative sampling methods such as Malaise trap, Flight intercept trap and Black light trap etc. As a result, a total of 7,682 insect specimens were collected. Malaise trap was used to obtain 4,169 insect specimens in Odaesan Mountain, Jirisan Mountain and Hallasan Mountain while 1,721 Coleoptera specimens were gained in Odaesan Mountain through Flight intercept trap and 1,792 Lepidoptera samples were gathered in Jirisan Mountain using Black light trap. Among them, 1,792 Lepidoptera specimens were stored at Mokpo National University and the rest (5,890samples) were kept in the National Institute of Biological Resources (NIBR). This research was successful in acquiring a number of insect specimens such as Ptilodactylidae (Coleoptera) that had not been reported in Korea. Samples that may be recorded as a new or unrecorded species later were also obtained, for example, Neophallodes sp., Morphosphaera coerulea, Mesochorus sp., Bracon sp., Acidiella diversa and the genus Psarochilosia. Furthermore, specimens of endemic species, rare species and samples valuable for climate change study were also collected in no small numbers. To sum up, specimens collected through this research are categorized into following groups: those of candidate new species; unrecorded species;endemic species; rare species which the NIBR did not hold and indicator species related to climate change. These specimens will enhance diversity of insect storage of the NIBR and be a basis of fostering experts of taxa III which local experts are scarce, leading to establishment of infrastructure for biodiversity. They will also be used as valuable preliminary data for joint research with foreign researchers to study taxa in which local experts are absent. The species described in this paper need to be more clearly verified in taxonomical point of view in the future. Therefore, distribution records or the analysis results of new and unrecorded species are not taxonomically valid herein.
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