표제지
목차
1. 서론 14
2. 재료 및 방법 20
2.1. 연구지의 개요 20
2.1.1. 천안시 조사지역 선정 및 주변지의 특성 22
2.2. 연구 디자인 24
2.3. 연구지역 24
2.3.1. 도농지역(1960년대 조성) 25
2.3.2. 구도심지역 (1970년 조성) 26
2.3.3. 도심지역 (2000년 이후 조성) 27
2.3.4. 신도심지역 (2015년 이후 조성) 28
2.4. 모기 채집 30
2.5. 모기 동정 31
2.6. 모기 방제 31
2.6.1. 유충방제 32
2.6.2. 성충방제 32
2.6.3. 도농지역 방제내역 34
2.6.4. 구도심 방제내역 35
2.6.5. 도심 방제내역 36
2.6.6. 신도심 방제내역 36
2.7. 방제 효과 분석 38
3. 결과 39
3.1. 모기 조사결과 39
3.1.1. 도농지역 45
3.1.2. 구도심지역 49
3.1.3. 도심지역 53
3.1.4. 신도심지역 57
3.2. 모기 방제 결과 61
3.2.1. 도농지역 61
3.2.2. 구도심지역 65
3.2.3. 도심지역 69
3.2.4. 신도심지역 73
4. DISCUSSION 77
4.1. 실험지역별 모기 종별 발생밀도 비교 77
4.2. 생태환경별 모기 방제비교 79
4.3. 생태환경별 모기 방제 관리주기 82
4.4. 생태환경에 따른 방제율(%) 분석 86
4.5. 생태환경별 방역주기 설정에 따른 경제성 분석 87
5. 결론 90
6. 참고문헌 92
부록 13
Appendix 1. Mosquito species and number of mosquitoes collected in the Buseong-dong(an urban and rural area) of Cheonan in 2022. 99
Appendix 2. Mosquito species and number of mosquitoes collected in the Wonseong-dong(an old town area) of Cheonan in 2022. 104
Appendix 3. Mosquito species and number of mosquitoes collected in the Dujeong-dong (a downtown areas) of Cheonan in 2022. 109
Appendix 4. Mosquito species and number of mosquitoes collected in the Buldang-dong(a new town area) of Cheonan in 2022. 114
Abstract 119
Table 1. Mosquito control information in urban and rural area (Buseong-dong). 34
Table 2. Mosquito control information in old town area (Woenseong -dong). 35
Table 3. Mosquito control information in downtown area (Dujeong-dong). 36
Table 4. Mosquito control information in new town area (Buldang-dong). 37
Table 5. The total number of mosquitoes in the experimental area from June to October. 40
Table 6. Number of mosquitoes in the urban and rural area from June to October. 47
Table 7. Number of mosquitoes in the old town area from June to October. 51
Table 8. Number of mosquitoes in the downtown area from June to October. 55
Table 9. Number of mosquitoes in the new town area from June to October. 59
Table 10. Mosquito control effect of urban and rural area (Buseong-dong). 64
Table 11. Mosquito control effect of old town area (Woenseong-dong). 68
Table 12. Mosquito control effect of downtown area (Dujeong-dong). 72
Table 13. Mosquito control effect of new town area (Buldang-dong). 76
Table 14. Economic analysis of mosquito control within 100m radius(31,400m²). 89
Figure 1. Various extrinsic factors affecting vector borne diseases. 15
Figure 2. The maps show study areas. Four study plots were installed in four areas in Cheonan-city. central Korea. 21
Figure 3. Left, Panoramic view of the urban and rural area. Light, Mosquito collection place in urban and rural area (Busung-dong). 25
Figure 4. Mosquito traps installed in 4 experimental areas in the urban and rural area (Busung-dong). 26
Figure 5. Left, Panoramic view of the old town area. Light, Mosquito collection place in old town area (Wonsung-dong). 27
Figure 6. Mosquito traps installed in 4 experimental areas in the old town area (Wonsung-dong). 27
Figure 7. Left, Panoramic view of the downtown area. Light, Mosquito collection place in the downtown area (Dujeong-dong). 28
Figure 8. Mosquito traps installed in 4 experimental areas in the downtown area (Dujeong-dong). 28
Figure 9. Left, Panoramic view of the new town area. Light, Mosquito collection place in the new town area (Bulldang-dong). 29
Figure 10. Mosquito traps installed in 3 experimental areas in the new town area (Bulldang-dong). 29
Figure 11. Portable mosquito attraction trap with CO₂. 30
Figure 12. Identification of collected mosquitoes using a stereomicroscope. 31
Figure 13. An exclusive agent used in mosquito larva control. 32
Figure 14. Used emulsifiable concentrate and ULV, high pressure spray equipment. 33
Figure 15. Used wettable powder and residual spray equipment. 33
Figure 16. Distribution by mosquito species in total collected mosquitoes. 41
Figure 17. Morphological Characteristics of Collected Mosquitoes. 42
Figure 18. Distribution by species of collected mosquitoes in the urban and rural area (Buseong-dong). 46
Figure 19. Number of mosquitoes in urban and rural area per month. 48
Figure 20. Distribution by species of collected mosquitoes in the old town area (Wonseong-dong). 50
Figure 21. Number of mosquitoes in old town area per month. 52
Figure 22. Distribution by species of collected mosquitoes in the downtown area (Dujeong-dong). 54
Figure 23. Number of mosquitoes in downtown area per month. 56
Figure 24. Distribution by species of collected mosquitoes in the new town area (Buldang-dong). 58
Figure 25. Number of mosquitoes in new town per month. 60
Figure 26. Mosquito control area within a radius of 100m around the moquito collection place in urban and rural area... 62
Figure 27. Changes in mosquito population density by application of mosquito control in urban and rural area (Buseong-dong). 63
Figure 28. Mosquito control area within a radius of 100m around the moquito collection place in old town area (Woenseong-dong).... 66
Figure 29. Changes in mosquito population density by application of mosquito control in old town area (Woenseong-dong). 67
Figure 30. Mosquito control area within a radius of 100m around the moquito collection place in downtown area (Dujeong-dong).... 70
Figure 31. Changes in mosquito population density by application of mosquito control in down town area (Dujeong-dong). 71
Figure 32. Mosquito control area within a radius of 100m around the mosquito collection place in new town area (Buldang-dong).... 74
Figure 33. Changes in mosquito population density by application of mosquito control in new town area (Buldang-dong). 75
Figure 34. Changes in mosquito collection density according to mosquito control by experimental area. 85