We performed a survey for flavivirus infection and distribution of Aedes albopictus that known as Zika and Dengue virus vector using black–light trap and BG-sentinel trap around urban area in Korea. Mosquitoes were collected in 27 cities during March to November (twice a month) year 2016. Total numbers of mosquitoes collected 102,102 including 19 species 8 genera during collecting period. Total 21,467 Ae. albopictus was collected that 20,961(24.3%) by BG-sentinel trap and 506 (3.2%) by Black-light trap in urban area. Trap index(trap/night) of Ae. albopictus was showed highest in Hamyang (TI:992.3) and lowest in Taebaek (TI:0.3) there was only collected by Black-light trap. A total of 894 pools from all collecting Ae. albopictus were performed a Flavivirus detection. Flavivirus was not detected during study period. This study may provide basic information for surveillance of imported diseases (include Zika virus) and vectors in Korea.

We conducted a investigation for distribution and flavivirus infection of mosquitoes using black –light trap around Incheon international airport there was possible overseas inflow caused by global warming in Korea. Mosquitoes were collected once a week April to October during 6 years (2009~2015). The numbers of mosquitoes collected in Oseong and Eurwang mountain were 8,969 and 7,978 including 12 species 7 genera respectively during collecting period. Culex pipiens complex was dominant species in two collecting area as 4,621(51.5%) in Oseong and 3,761(47.1%) in Eurwang mountain. A total of 16 pools from 88 Aedes albopictus were performed a Dengue virus (DENV) detection and total 628 pools from 11,146 other mosquitoes performed a West nile virus (WNV) detection. Flavivirus was not detected during study period. This study may provide basic information for surveillance of imported diseases and vectors in Korea.

모기 채집기인 유문등(Black light trap)을 이용한 우사에서의 말라리아 매개모기 방제효과를 확인하기 위해 모기 주 발생 시기인 2012년 7월 26일부터 8월 2일 사이 말라리아 발생지역인 강원도 철원군에서 조사를 실시하였다. 폐쇄형 우사의 경우, 하룻밤에 유문등 한 대당 채집된 말라리아 매개모기류는 평균 27,220마리(최대 33.931마리, 최소 659마리)였으며 모기가 가장 많이 채집된 유문등의 위치는 우사 내 가장 구석진 곳이었다. 개방형의 경우에는 하룻밤에 유문등 한 대당 채집된 말라 리아 매개모기류가 평균 22,751마리(최대 31,176마리, 최소 13,727)로 폐쇄형 우 사에 비해 다소 낮았고, 모기가 가장 많이 채집된 유문등의 위치는 축사입구 구석진 장소였다. 결론적으로, 조사기간 중 유문등 한대로 하룻밤에 말라리아 매개모기를 방제할 수 있는 모기는 평균 2천마리 이상이었고 모기가 비교적 많이 채집되는 유 문등의 위치는 소의 무리와 가까우면서 안정된 장소였다. 우사에서 유문등을 이용 한 모기 방제는 유문등의 설치 장소, 설치 높이 및 설치 거리 등의 기술적인 면을 고 려하여, 설치된 유문등에 대한 지속적인 유지관리를 할 경우 매우 효율적인 친환경 적 모기방제법이라고 판단된다.

Moths were caught by using two 22W UV black light traps per treatment during May, June, August and September in 2007 from our study sites. Our study areas of the Korea Long Term Ecological Research (KLTER) sites were Mt. Nam with two plant communities (Quercus mongolica, Pinus densiflora), Mt. Jiri with three plant communities (Q. mongolica, P. densiflora, Abies koreana), Mt. Wolak with three plant communities (Q. mongolica, P. densiflora, Q. variabilis), and Mt. Jumbong with t재 plant communities (Q. mongolica, P. densiflora). The purpose of this study was to compare the species diversity of major plant feeders, Lepidopteran species (moths) at each forest type of the regional KLTER sites. Overall, the total numbers of moth species we’ve collected from the all KLTER sites in 2007 were 670 species. For the three plant communities, Mt.Jiri (11 family, 259 species, 2372 individuals) was the highest site and Mt. Wolak (7 family, 401 species, 2243 individuals) was the next highest. For the two plant communities, Mt. Jumbong (14 family, 166 species, 1750 individuals) was highest and Mt Nam (4 family, 21 species, 142 individuals) was very few. The ordination analyses, Nonmetric multidimensional scaling (NMS) and cluster analysis, showed distinct clusters separating the assemblages of moth found at each site and each plant community of the KLTER sites (P<0.05 from MRPP). Therefore, we suggest that our sustainable monitoring will verify the distinct cluster with the forest type at each site with many replications.