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Insect Diversity of Cambodia (III)
Yang Seop Bae,Jong Kyun Park,Kyu Tek Park,Dong Pyeo Ryu,Do Young Chae,Young Don Joo,Le Xuan Vi,Jin Young Park 한국응용곤충학회 2010 한국응용곤충학회 학술대회논문집 Vol.2010 No.10
Cambodia covers an area of 181,035 sq km, among them, forests cover 53 percent, so there are abundant Insect diversities. Collecting expeditions of Insect were conducted several times from 2009 to 2010 (09. 7.2-7.11, 10.16-22, 12.25-12.30, 10. 4. 30-5.6) in Cambodia sponsored by Natioanl Biological Resources, Korea. Central Cadamon Protected Forest (N 11 41' 13" E 103 26' 31.3"), Seima Biodiversity Conservation Area (N 12° 08' 20.8", E 106 55' 2.7") and Prov. Pursat, Roveang (N 12° 19' 06.5", E 103° 3' 03.8") were main area surveyed by pitfall trap, light trap and sweeping, searching etc. Numerous individuals were collected and more than 150 species belonging to 40 families were founded, among them, there were lots of new and new recorded species. Among Cambodian insects, species of Lepidoptera, Coleoptra and Hymenoptera were preferentially introduced in here. The photos for species of dominant, rare, new and new recorded were provided, and also collecting sites and activities were presented.
Introduction of Cambodian Beetles (IV)
Jong Kyun Park,Yang Seop Bae,Kyu Tek Park,Dong Pyeo Ryu,Jinyoung Park,Eun Young Choi 한국응용곤충학회 2011 한국응용곤충학회 학술대회논문집 Vol.2011 No.05
Cambodia covers an area of 181,035 sq km, among them, forests cover 53 percent, so there are abundant Insect diversities. Collecting expeditions of Insect were conducted from towns of Osam (first base camp, N 12° 04' 51.7" E 103° 12' 30.5" alt. : 549m) and Roveang (second base camp N 12° 19' 06.5" E 103° 3' 03.8" alt. : 53m) in Pursat Province, western part of Cambodia. As protected forest from government, these areas were almost natural conservation field. Pitfall trap, sweeping method, light trap and searching etc. were used to collect insect. Specially in this expedition, large or big sized beetles, more than 5cm body length, for example, Lucanidae, Cerambycidae, Elateridae etc., mostly collected from light trap in deep forest. Materials are expected more than 100 species belonging to 20 families but it was difficult to identification because of lack of references of this areas. Maybe lots of new or new recorded species will found from Cambodia. Among Coleoptera species, with big sized beetles as the central figure, photos for species of dominant, rare, nominated species of new or new recorded were introduced, and also collecting sites and activities were presented.
Insect Diversity of Cambodia II: Coleoptera
Jong Kyun Park,Yang Seop Bae,Kyu Tek Park,Do Young Chae,Le Xuan Vi,Jin Young Park 한국응용곤충학회 2010 한국응용곤충학회 학술대회논문집 Vol.2010 No.05
Cambodia covers an area of 181,035 sq km among them, forests cover 53 percent. As a tropical monsoon climate, average annual rainfall is about 1,400 mm(about 55 in) on the central plain and increases to as much as 3,800 mm (150 in) in the mountains and along the coast. The average annual temperature is about 27°C (about 80°F). There are many wildlife diversity in Cambodia, but regulated or unregulated logging and mining have diminished the country's wildlife rapidly. This expedition was conducted three times in 2009 (7.2-7.11, 10.16-22, 12.25-12.30). Central Cadamon Protected Forest (N 11° 41' 13" E 103° 26' 31.3") and Seima Biodiversity Conservation Area (N 12° 08' 20.8", E 106° 55' 2.7") were main area surveyed by pitfall trap, light trap and sweeping etc. As the result, totally 611 individuals of 11 families in Coleoptera was collected, among them Gonocephalumspecies of Tenebrionidae was highest number and species in Melonthidae, Chrysomelidae and Dynastidae etc., were collected, specially kind of Hydrophilidae species from wetland was surved in the expedition.
Yang-Seop Bae,Young-Seuk Park,Tae-Soo Chon,Bong-Kyu Byun,Seunghwan Lee,Jong Kyun Park,Tak-Gi Lee 한국응용곤충학회 2023 한국응용곤충학회 학술대회논문집 Vol.2023 No.10
Recently, as the possibility of unexpected outbreaks of alien insects has increased due to climate change such as global warming, the importance of early control through rapid and accurate spread of exotic forest pest and change prediction diagnosis is required. This study summarizes and reports the followings: the establishment of monitoring strategy for exotic insects by the investigation of species distribution range through field surveys and others, the development of new diagnostic technique through microstructures and life-cycle, the dispersal of exotic insects, and ecological impact assessment using ecological methods and with the expansion of exotic insects and development of ecosystem impact prediction model.