第六章 結論與建議
第四節 未來研究方向
一、 本研究受限於取樣之限制,故無法精確推論至其它村里,未來若 能透過里鄰長或是公家機關,以抽樣或全盤之調查各村里居民,
將有助於未來執行暴露評估時之規劃。
二、 由於這種時間活動模式問卷調查,容易有回憶偏差,也無法去知 道填答者的內容是否正確,未來若能同時利用兩種方式來進行調 查,如衛星定位系統、填寫時間活動日記等方式來配合問卷調 查,並且長時間去調查群體之時間活動模式,將可以增加研究之 可信度。
三、 此次本研究最主要是要看出研究對象花多少時間在各個微環境 下,但是在進行暴露評估時,受訪者所從事的活動也會影響污染 物濃度吸收之速率,所以未來可以在針對花費的時間及當下所進 行的活動相互配合,將可以更正確得到暴露參數。
四、 此次本研究只有針對健康風險評估中的暴露時間做調查,因此未 來若能再進行污染物排放濃度的採樣,將可正確計算居住在中部 科學工業園區周界居民之致癌風險。
參考文獻
1. 科學工業園區管理局:「新竹科學工業園區環境白皮書」。新竹 1998。
2. 科學工業園區管理局:「新竹科學工業園區環境保護計畫」。新竹 1999。
3. Chein HM, Chen MT. Emission characteristics of volatile organic compounds from semiconductor manufacturing. Journal of the Air &
Waste Management Association 2003;53:1029-1036.
4. U.S. Environmental Protection Agency. Air Toxic Risk Assessment Reference Library, Vol. 2, Facility-Specific Assessment, Office of Air Quality Planning and Standards, Research Triangle Park, North Carolina, April 2004 EPA-453-K-04-001B.
5. Brasche S, Bischof W. Daily time spent indoors in German homes-baseline data for the assessment of indoor exposure of German occupants. International Journal of Hygiene and Environmental Health 2005;208:247-253.
6. Briggs DJ, Denmanb AR, Gulliver J, et al. Time activity modelling of domestic exposures to radon. Journal of Environmental Management 2003;67:107-120.
7. Farrow A, Taylor H, Golding J. Time spent in the home by different family members. Environmental Technology 1997;18:605-614.
8. Szalai A. The Use of Time. Daily Activities of Urban and Suburban Populationsin Twelve Countries. Mouton, Den Haag, Paris,1972.
9. Gratt LB. Air Toxic Assessment and Management: Public Health Risks from Normal Operation. Van Nostrand Reinhold, 1996.
10. Karman CC. The role of time in environmental risk assessment. Spill Science and Technology Bulletin 2000;6:159-164.
11. 許惠悰:「風險評估與風險管理」。新文京開發出版股份有限公司 2003。
12. 簡慧貞.阮國棟:我國毒性物質風險評估之現況與展望。工業污染防 治 1993;46:145-170。
13. 簡慧貞.阮國棟:毒性化學物質風險評估資料庫及其應用。工業污染 防治 1993;47:115-151。
14. Teschke K, Marion SA, Jin A, Fenske RA, Netten C. Strategies for determining occupational exposures in risk assessments: A review and a proposal for assessing fungicide exposures in the lumber industry.
American Industrial Hygiene Association Journal, 1994;55:443-449.
15. Paustenbach DJ. The practice of exposure assessment: a state-of-the-art review. Journal of Toxicology and Environmental Health. Part B, Critical Reviews 2000;3:179–291.
16. U.S. Environmental Protection Agency. Guidelines for Carcinogen Risk Assessment. Federal Register 51;185:33992-43003.
17. Armstrong TW, Zaleski RT, Konkel WJ, et al. A tiered approach to assessing children’s exposure: a review and data. Toxicology Letters 2002;127:111-119.
18. Leaderer BP, Lioy PJ, Spengler JD. Assessing exposures to inhaled complex mixtures. Environmental Health Perspectives (Supplements) 1993;101:167-177.
19. Lioy PJ. Assessing total human exposure to contaminants a multidisciplinary approach. Environmental Science and Technology 1990;24:938-945.
20. Lebret E. Models of human exposure based on environmental monitoring.
The Science of the Total Environment 1995;168:179-185.
21. Ott WR. Total human exposure. Environmental Science and Technology 1985;19:880-886.
22. Seifert B. Validity criteria for exposure assessment methods. The Science
23. Nieuwenhuijsen MJ. Exposure Assessment in Occupational and Environmental Epidemiology. Oxford University Press 2003;pp12-15.
24. Philippe G. Analysis and reduction of the uncertainty of the assessment of children’s lead exposure around an old mine. Environmental Research 2006;100:150-158.
25. Klepeis NE, Nelson WC, Ott WR, et al. The national human activity pattern survey (NHAPS): A resource for assessing exposure to environmental pollutants. Journal of Exposure Analysis and Environmental Epidemiology 2001;11:231-252.
26. Sexton K, Ryan PB. Assessment of human exposure to air pollution:
methods, measurements and models. In:Watson Ann Y., Bates Richard R., Kennedy Donald (Eds.) Air Pollution, the Automobile and Public Health.
New York: National Academy Press. 1998;207-238.
27. Duan N. Models for human exposure to air pollution. Environmental International 1982;8:305-309.
28. Johnson T, Capel J, Mccoy M, et al. Estimation of Ozone Exposure Experienced by Outdoor Workers in Nine Urban Areas Using a Probabilistic Version of NEM. Office of Air Quality Planning and Standards, U.S. Environment Protection Agency, Research Triangle Park, North Carolina, April, 1996.
29. Ottensman JR. System of Urban Activities and Time: an Interpretative Review of the Literature. Center for Urban and Regional Studies. Chapel Hill, NC: University of North Carolina, 1972.
30. Robinson JP. Time-diary research and human exposure assessment : some methodological considerations. Atmospheric Environment 1988;22:2085-2092.
31. Ott WR. Human activity patterns: a review of the literature for estimating time spent indoors, outdoors, and in transit. In: Starks TH(Ed.), Proceedings of the Research Planning Conference on Human Activity
patterns. Las Vegas: U.S. Environment Protection Agency, 1989; pp.
3-1-3-38, EPA-450/4-89-004.
32. Adair WC, Spendler JD. Assessing activity patterns for air pollution exposure research. In: Starks TH(Ed.), Research Planning Conference on Human Activity Patterns. Las Vegas: U.S. Environment Protection Agency, 1989; pp. 6-1-6-19, EPA-600/4-89-004.
33. Lichtenstein CH, Wyzga RE. An activity pattern survey of asthmatics. In:
Starks TH(Ed.), Proceedings of the Research Planning Conference on Human Activity Patterns. Las Vegas: U.S. Environment Protection Agency, 1989; pp. 9-1-9-16, EPA-450/4-89-004.
34. Robinson JP, Thomas J. Time spent in activities, location and microenvironments. Las Vegas: U.S. Environment Protection Agency, 1991; EPA-600/4-91-006.
35. Schwab M, Colome SD, Spengler JD, et al. Activity patterns applied to pollutant exposure assessment: data from a personal monitoring study in Los Angles. Toxicology and Industrial Health 1989;6:517-532.
36. Robinson JP. How Americans Use Their Time. Praeger Publishers, New York, NY,1977.
37. Chapin L. Human Activity Patterns. John Wiley Press, New York, NY, 1984.
38. Juster FT, Stafford FP. Time, Goods, and Well-being. University of Michigan Survey Research Center, Ann Arbor, MI,1985.
39. Freeman NCG, Trjada SSD. Methods for collecting time/activity pattern information related to exposure to combustion products. Chemosphere 2002;49:979-992.
40. Freeman NCG. Responses to the Region 5 NHEXAS time-activity diary.
Journal of Exposure Science and Environmental Epidemiology 1999;9:414-426.
pollutants: time spent with soil and time spent indoors. Journal of Exposure Science and Environmental Epidemiology 2000;10:341-354.
42. Boudet C, Zmirou D, Vestri V. Can one use ambient air concentration data to estimate personal and population exposures to particles? An approach within the European EXPOLIS study. The Science of the Total Environment 2001;267:141-150.
43. Waldman JM, Bilder SM, Freeman NCG, et al. A portable datalogger to evaluate recall-based time-use measures. Journal of Exposure Analysis and Environmental Epidemiology 1993;3:39-48.
44. Fruin SA, Denis MJSt, Winer AM, et al. Reductions in human benzene exposure in the California South Coast Air Basin. Atmospheric Environment 2001;35:1069-1077.
45. National Academy of Sciences. Human Exposure Assessment for Airborne Pollutants. National Academy Press, Washington, DC, 1991.
46. McSweeney BG. Collection and analysis of data on rural women_s time use. In: Zeidenstein, S(Ed.), Learning about Rural Women. New York:
Special Issue of Studies in Family PlanningPopulation Council, 1979;10 :11-12.
47. Mendoza I, Boy E. Smoke exposure in highland Guatemala. INCAP:
Mimeo 1992.
48. 顏淑琪:以作業別為導向之勞工暴露評估技術研發-以嫘縈絲工廠員 工二硫化碳暴露為例。國立中央大學環境工程研究所碩士論文,2000。
49. Elgethun K, Fenske RA, Yost MG,et al. Time–location analysis for exposure assessment studies of children using a novel global positioning system instrument. Environmental Health Perspectives 2003;111;115-122.
50. U.S. Environmental Protection Agency. Exposure factors handbook volume III. Office of research and development Washington DC 20460 1997.
51. Leech JA, Nelson WC, Burnett RT, et al. It’sabout time: a comparison of Canadian and American time-activity patterns. Journal of Exposure Analysis and Environmental Epidemiology 2002;12: 427-432.
52. National Statistics, Key findings of the UK 2000 time use survey.
Reported at http://www.statistics.gov.uk/themes/social
finances/Time-UseSurvey/key_findings.asp (uptated 24/4/2002).
53. Chau CK, Tu EY, Chan DWT, et al. Estimating the total exposure to air pollutants for different population age groups in Hong Kong.
Environment International 2002;27:617-630.
54. Farrow A, Taylor H, Golding J. Time spent in the home by different family members. Environmental Technology 1997;18:605-614.
55. Szalai A. The Use of Time. Daily Activities of Urban and Suburban Populationsin Twelve Countries. Mouton, Den Haag, Paris 1972.
56. Klepeis NE, Nelson WC, Ott WR, et al. The National Human Activity Pattern Survey(NHAPS): a resource for assessing exposure to environmental pollutants. Journal of Exposure Analysis and Environmental Epidemiology 2001;11:231-252.
57. Williams R. The 1998 Baltimore particulate matter
epidemiology-exposure study: Part 2. Personal exposure assessment associated with an elderly study population. Journal of Exposure Analysis and Environmental Epidemiology 2000;10:533-543.
58. Dorre WH. Time-activity-patterns of some selected small groups as a basic for exposure estimation: a methodological study. Journal of Exposure Analysis and Environmental Epidemiology 1997;7:471-491.
59. Freeman NCG, Lioy PJ, Pellizzari E, et al. Responses to the region 5 NHEXAS time/activity diary. Journal of Exposure Analysis and Environmental Epidemiology 1999;9:414-426.
60. Schwab M, McDermott A, Spengler JD. Using longitudinal data to
the Kanawha country health study. Environment International 1992;18:173-189.
61. Leech JA, Wilby K, McMullen E, et al. The Canadian human activity pattern survey: report of methods and population surveyed. Chronic Disease in Canada 1997;17:10-29.
62. British Broadcasting Corporation, The Peoples’ Activities and Use of Time, BBC Audience Research Department, London 1978.
63. Field RW, Smith BJ, Brus CP, et al. Retrospective temporal and spatial mobility of adults Iowa women. Risk Analysis 1998;18:575-584.
64. Tung CJ, Chao TC, Chen TR, et al. Dose reconstruction for residents living in Co60-contaminated Rebar building. Health Physics 1998;74:707-713.
65. Jenkins PL, Paul TJ, Mulberg EJ, et al. Activity patterns of Californians:
use of and proximity to indoor pollutant sources. Atmospheric Environment 1992;26A:2141-8.
66. Lius KS, Chang YL, Hayward SB, et al. The distribution of lifetime cumulative exposure to radon for California residents. Journal of Exposure Analysis and Environmental Epidemiology 1993;3:165-179.
67. Barnes B, Mathee A, Moiloa K. Assessing child time-activity patterns in relation to indoor cooking fires in development countries: A methodological comparison. International Journal of Hygiene and Environmental Health 2005;208:219-225.
68. 陳志傑.賴全裕.吳章甫.葉文裕.陳春萬:勞工個人暴露影像監測技術評 估。勞工安全衛生研究季刊 1996;4(1)。
69. Du CL, Chan CC, Wang JD. Comparison of personal and area sampling strategies in assessing workers, exposure to vinyl chloride monomer. Bulletin of Environmental Contamination and Toxicology 1996;56:534-542.
70. 陳孟裕:交通警察揮發性有機物質暴露危險評估。國立成功大學環 醫所碩士論文,1996。
71. 中部科學工業園區,取自於
http://www.ctsp.gov.tw/chinese/02intro/01develop.aspx?v=2&fr=18&no=
95。
72. Sudman S. Applied sampling. New York:Academic Press, 1976.
73. Tinsley HEA, Tinsley DJ. Use the factor analysis in counseling psychology research. Journal of Counseling Psychology
1987;34:414-424.
74. 台中縣政府主計室,取自於
http://accgov.com.tw/b3e.htm。
75. 台中市政府主計室,取自於
http://www.tccg.gov.tw/sys/SM_theme?page=41448784。
76. 台灣地區地方概況,取自於
http://twinfo.ncl.edu.tw/tiqry/hypage.cgi?HYPAGE=search/search_sim.h pg&dtd_id=4&g=&s_id=61951180773361。
77. 行政院經濟建設委員會:「都市及區域發展統計彙編」。台北 2004。
78. 于明誠:「都市計畫概要」。詹氏書局 1996。
79. 93 年臺灣地區社會發展趨勢調查(時間運用)、人力資源資料統計 結果,行政院主計處國情統計通報,http://www.dgbas.gov.tw,2005。
80. Guo H, Lee SC, Li WM, et al. Source characterization of BTEX in indoor microenvironments in Hong Kong. Atmospheric Environment 2003;37:73-82.
81. Schneider P, Gebefugi I, Richter K, et al. Indoor and outdoor BTX levels in German cities. The Science of the Total Environment 2001;267:41-51.
82. Son B, Breysse P, Yang W. Volatile organic compounds concentrations
in residential indoor and outdoor and its personal exposure in Korea.
Environment International 2003;29:79-85.
83. Lee SC, Li WM, Ao CH. Investigation of indoor air quality at residential homes in Hong Kong-case study. Atmospheric Environment
2002;36:225-237.
84. Chao CY, Wong KK. Residential indoor PM10 and PM2.5 in Hong Kong and the elemental composition. Atmospheric Environment
2002;36:265-277.
85. Lee SC, Chang M. Indoor and outdoor air quality investigation at schools in Hong Kong. Chemosphere 2000;41:109-113.
86. Lee SC, Chan LY, Chiu MY. Indoor and outdoor air quality Investigation at 14 public places in Hong Kong. Environment International 1999;25:443-445.
87. Li WM, Lee SC, Chan YL. Indoor air quality at nine shopping malls in Hong Kong. The Science of the Total Environment 2001;273:27-40.
88. Smith KR. Biofuels, Air Pollution and Health. Plenum Press, New York 1987.
89. Zhang J, Smith KR. Indoor air pollution: a global health concern. British Medical Bulletin 2003;68:209-225.
90. Smith KR, Samet JM, Romieu I, et al. Indoor air pollution in developing countries and acute lower respiratory infection in children. Thorax 2000;55: 518-532.
91. Sinha SN, Kulkarni PK, Shah SH, et al. Environmental monitoring of benzene and toluene produced in indoor air due to combustion of solid
biomass fuels. Science of the Total Environment 2006;357:280-287.
92. Balakrishnan K, Parikh J, Sankar S, et al. Daily average exposures to respirable particulate matter from combustion of biomass fuels in rural households of Southern India. Environmental Health Perspectives 2002;110: 1069-75.
93. Jenkins PL, Phillips TJ, Mulberg EJ, et al. Activity patterns of California:
use of and proximity to indoor pollutant sources. Atmospheric Environment 1992;26A:2141-2148.
94. Chein HM, Chen TM. Emission characteristics of volatile organic compounds from semiconductor manufacturing. Journal of Air Waste Management Association 2003;53:1029-39.
95. Chelton CF, Glowatz M, Mosovsky KA. Chemical hazards in the semiconductor industry. IEEE Transactions on Education.
96. Chiu KH, Wu BZ, Chang CC, et al. Distribution of volatile organic compounds over a semiconductor industrial park in Taiwan. Environment Science Technology 2005;39:973-983.
97. Smith KR, Samet JM, Romieu I, et al. Indoor air pollution in developing countries and acute lower respiratory infections in children. Thorax 2000;55:518-22.
98. Ezzati M, Salish H, Kammen DM. The contributions of emission and spatial microenvironments to exposure to indoor air pollutions from biomass combustion in Kenya. Environmental Health Perspectives 2002;109:481-3.
三、居家環境資料(目前居住地方) 1. 目前所居住房子的屋齡:
□ 少於 1 年 □ 1 年但未滿五年 □ 5 年但未滿 10 年
□ 滿 10 年以上 2. 目前房屋的型態:
□ 公寓/大廈 樓(請寫出您目前居住的樓層)
□ 透天厝 □ 平房
3. 目前所居住的房子共有幾間房間?
□ 1 間 □ 2 間 □ 3 間 □ 4 間 □ 大於 4 間 4. 家中窗戶打開情形:
(1) 客廳窗戶是否每天打開 □ 是 □ 否 □ 無窗戶 (2) 臥房窗戶是否每天打開 □ 是 □ 否 □ 無窗戶 (3) 廚房窗戶是否每天打開 □ 是 □ 否 □ 無窗戶 (4) 浴室窗戶是否每天打開 □ 是 □ 否 □ 無窗戶 5. 您目前所使用的通風設備為何?
□ 中央空調 □ 獨立式冷氣 □ 風扇 6. 目前的居家環境:
(1) 溫度 □ 太高 □ 剛好 □ 太低 (2) 濕度 □ 太高 □ 剛好 □ 太低 (3) 噪音 □ 太吵 □ 剛好 □ 安靜 (4) 空氣品質 □ 良好 □ 普通 □ 不良 (5) 通風良好 □ 是 □ 否
(6) 灰塵太多 □ 是 □ 否
四、工作或唸書的環境資料(以目前工作場所為主) 1. 您目前工作或唸書所騎乘的主要交通工具為何?
□ 自己開車 □ 騎摩托車 □ 搭公車
□ 騎腳踏車 □ 走路 □ 搭乘他人的交通工具 2. 當您騎乘腳踏車或摩托車時,是否會戴口罩? □ 是 □ 否 3. 請您寫出目前工作或唸書地點位於何處?
4. 目前的工作或唸書環境:
(1) 溫度 □ 太高 □ 剛好 □ 太低 (2) 濕度 □ 太高 □ 剛好 □ 太低 (3) 噪音 □ 太吵 □ 剛好 □ 安靜 (4) 空氣品質 □ 良好 □ 普通 □ 不良 (5) 通風良好 □ 是 □ 否
(6) 灰塵太多 □ 是 □ 否 五、24 小時活動量表
以下 8 頁將要請您以勾選的方式回想過去 24 小時內您所在的位置,我們分別需
要您回想假日(六跟日)及非假日(一至五)各一天,表格中以每十五分鐘為一各單位,
時間為昨天早上七點至今天早上七點,共24 小時。每一格的時間點請您勾選最適宜
的地點,並且請您不要漏勾任何一個時間點。