Lighting quality contributions from biopsychological processes

Journal of the Illuminating Engineering Society

Volumn 30, Issue 1, 2001, Pages 3-16

  Veitch, Jennifer A ^a  

^a NATIONAL RESEARCH COUNCIL CANADA   (Canada)

Author keywords

[No Author keywords available]

Indexed keywords

BIOMEDICAL ENGINEERING; COMPUTER TERMINALS; FLICKERING; GLARE EFFECTS; LIGHT SCATTERING; LIGHTING FIXTURES; MEDICAL APPLICATIONS; NUMERICAL METHODS; PSYCHOPHYSIOLOGY; REFLECTION; SPECTRUM ANALYSIS; VISION;

BIOPSYCHOLOGICAL PROCESS; COGNITIVE PROCESSING; INTRAOCULAR LIGHT SCATTER; LIGHTING QUALITY; SPECTRAL POWER DISTRIBUTION; VISUAL DISPLAY TERMINAL; VISUAL PROCESSING;

ELECTRIC LIGHTING;

EID: 0035572063     PISSN: 00994480     EISSN: None     Source Type: Journal    
DOI: 10.1080/00994480.2001.10748329     Document Type: Article

References (117)

1. Benya, J.R., and Webster, J.C., 1977. Energy Conservation and Lighting — The Facts and the Follies. LD+A. Vol. 7. (No. 9). pp. 21–27.
2. Chase, V.D., 1977. Lighting and Energy Efficiency. LD+A. Vol. 7. (No. 9). pp. 14–18.
3. Florence, N., 1976. Comparison of the Energy Effectiveness Of Office Lighting Systems. LD+A. Vol. 6. (No. 9). pp. 30–36.
4. Veitch, J.A., and Newsham, G.R., 1998. Determinants of Lighting Quality I:State Of The Science. J of the IESNA. Vol.27. (No. 1). pp. 92–106.
5. Loe, D.L., and Rowlands, E., 1996. The Art and Science of Lighting:A Strategy for Lighting Design. Lighting Research and Technology. Vol. 28. pp. 153–164.
6. Chartered Institution of Building Services Engineers. 1994. Code For Interior Lighting. London, U.K. CIBSE.
7. Rea, M.S., (Ed.). 1993. Lighting Handbook, 8th edition. New York. Illuminating Engineering Society of North America.
8. Swedish National Board for Industrial and Technical Development (NUTEK). 1994. Lighting Design Requirements:Office Lighting. (S-117 86). Stockholm, Sweden:Swedish National Board For Industrial and Technical Development, Department of Energy Efficiency.
9. Veitch, J.A., (2001). Psychological Processes Contributing To Lighting Quality. J of the IESNA. Winter 2001.
10. Boyce, P.R., Berman, S.M., Collins, B.L., Lewis, A.L., and Rea, M.S., 1989. Lighting And Human Performance:A Review. Washington, D.C. Lighting Equipment Division, National Electrical Manufacturers Association.
11. Boyce, PR. 1981. Human Factors In Lighting. London. Applied Science Publishers.
12. Gifford, R., 1994. Scientific Evidence for Claims About Full-Spectrum Lamps:Past And Future. In J.A., Veitch (Ed.)- Full-Spectrum Lighting Effects On Performance, Mood, And Health. IRC Internal Report No. 659, pp. 37–46. Ottawa, Ontario. National Research Council of Canada, Institute for Research in Construction.
13. Kaye, S.M., 1992. The Psychology of Lighting. Lighting. Vol. 6. (No. 5). pp. 26–28, 36.
14. Tiller, D.K., 1990. Towards a Deeper Understanding of Psychological Effects Of Lighting. J of the IESNA. Vol. 19. (No. 2). pp. 59–65.
15. Veitch, J.A., and McColl S.L., 1994. Full-Spectrum Fluorescent Lighting Effects on People:A Critical Review. In J.A., Veitch (Ed.). Full-Spectrum Lighting Effects On Performance, Mood, And Health. IRC-IR-659. pp. 53–111. Ottawa, Ontario:National Research Council of Canada, Institute for Research in Construction.
16. Dowling, J.E., 1987. The Retina. An Approachable Part Of The Brain. Harvard. Belknap Press.
17. Spillman, L., and Werner, J.S., 1990. Visual Perception:The Neurophysiological Foundations. San Diego, Calif. Academic Press.
18. Blackwell, H.R., 1959. Development and Use of a Quantitative Method for Specification of Interior Illumination Levels on the Basis of Performance Data. Illuminating Engineering. Vol. 54. pp. 317–353.
19. Boyce, PR. 1973. Age, Illuminance, Visual Performance and Preference. Lighting Research and Technology. Vol. 5. pp. 125–140.
20. Rea, M.S., and Ouellette, MJ. 1991. Relative Visual Performance:A Basis for Application. Lighting Research and Technology. Vol. 23. pp. 135–144.
21. Colombo, E.M., Kirschbaum, C.F., and Raitelli, M., 1987. Legibility of Texts:The Influence of Blur. Lighting Research and Technology. Vol. 19. pp. 61–71.
22. Perry, M.J., Campbell, F.W., and Rothwell, S.E., 1987. A Physiological Phenomenon and its Implications For Lighting Design. Lighting Research and Technology. Vol. 19. pp. 1–5.
23. Rea, M.S., Boyce, PR., and Ouellette, M.J., 1987. On Time To See. Lighting Research and Technology. Vol. 19. pp. 101–103.
24. Rea, M.S., and Ouellette, M.J., 1988. Visual Performance Using Reaction Times. Lighting Research and Technology. Vol. 20. pp. 139–153.
25. Stone, P.T., Clarke, A.M., and Slater, A.I., 1980. The Effect Of Task Contrast On Visual Performance And Visual Fatigue At A Constant Illuminance. Lighting Research and Technology. Vol. 12. pp. 144–159.
26. Gufh, S.K., and McNelis, J.F., 1969. Visual Performance — Subjective Differences. Illuminating Engineering. Vol. 64. pp. 723–729.
27. Boyce, PR. 1996. Illuminance Selection Based on Visual Performance — And Other Fairy Stories. J of the IESNA. Vol. 25. (No. 2). pp. 41–49.
28. Shahnavaz, H., and Hedman, L., 1984. Visual Accommodation Changes in VDU Operators Related to Environmental Lighting and Screen Quality. Ergonomics. Vol. 27. pp. 1071–1082.
29. Sanders, P.A., and Bernecker, C.A., 1990. Uniform Veiling Luminance and Display Polarity Affect VDU User Performance. J of the IESNA. Vol. 19 (No. 2). pp. 113–123.
30. Bemecker, C.A., Sanders, P.A., and Mistrick, R.G., 1995. Reflected Luminance Patterns in Visual Display Units. J of the IESNA. Vol. 24. (No. 2). pp. 8–18.
31. Veitch, J.A., and Newsham, G.R., 1998. Lighting Quality and Energy-Efficiency Effects on Task Performance, Mood, Health, Satisfaction and Comfort. J of the IESNA. Vol. 27. (No. 1). pp. 107–129.
32. Saunders, J.E., 1969. The Role Of The Level And Diversity of Horizontal Illumination in an Appraisal of a Simple Office Task. Lighting Research And Technology. Vol. 1. pp. 37–46.
33. Guth, S.K., 1970. Lighting for Visual Performance and Visual Comfort. Journal of the American Optometric Association. Vol. 41. pp. 63–71.
34. Rea, M.S., Ouellette, M.J., and Tiller, D.K, 1990. The Effects of Luminous Surroundings on Visual Performance, Pupil Size, and Human Preference. J of the IESNA. Vol. 19. (No. 2). pp. 45–58.
35. Biesele, R.L., 1950. Effect of Task-To-Surround Brightness Ratios on Visual Performance. Illuminating Engineering. Vol. 45. pp. 733–740.
36. Slater, A.I., and Boyce, PR. 1990. Illuminance Uniformity on Desks:Where is the Limit? Lighting Research and Technology. Vol. 22. pp. 165–17
37. Kokoschka, S., and Haubner, P., 1985. Luminance Ratios at Visual Display Workstations and Visual Performance. Lighting Research and Technology. Vol. 17. pp. 138–144.
38. Fry, G.A., 1954. A Re-Evaluation of the Scattering Theory of Glare. Illuminating Engineering. Vol. 49. pp. 98–102.
39. Rea, M.S., 1981. Visual Performance With Realistic Methods of Changing Contrast. J of the IESNA. Vol. 10. pp. 164–177.
40. Haubner, P., and Kokoschka, S., 1983. Visual Display Units — Characteristics Of Performance. In J., Schanda (Ed.). Proceedings of the 20th Session of the International Commission on Illumination, Amsterdam, 31 August 8-September 1983 Vol. 1. pp. B3/1-B3/8). Paris:Bureau Centrale de la CIE.
41. Shahnavaz, H., 1982. Lighting Conditions and Workplace Dimensions of VDU-Operators. Ergonomics. Vol. 25. pp. 1165–1173.
42. Hultgren, G.V, and Knave, B., 1974. Discomfort Glare And Disturbances From Light Reflections In An Office Landscape With CRT Display Terminals. Applied Ergonomics. Vol. 5. pp. 2–8.
43. Berman, S.M., 1992. Energy Efficiency Consequences Of Scotopic Sensitivity. J of the IESNA. Vol. 21. (No. 1). pp. 3–14.
44. Berman, S.M., Fein, G., Jewett, D.L., and Ashford, F., 1993. Luminance-Controlled Pupil Size Affects Landolt C Task Performance J of the IESNA. No. 22. (No. 2). pp. 150–165.
45. Berman, S.M., Fein, G., Jewett, D.L., and Ashford, F., 1994. Landolt-C Recognition In Elderly Subjects Is Affected By Scotopic Intensity Of Surround Illuminants. J of the IESNA. Vol. 23. (No. 2). pp. 123–130.
46. Halonen, L., 1993. Effects Of Lighting and Task Parameters On Visual Acuity and Performance. Espoo, Finland. Helsinki University of Technology. NTIS No. PB94–179231.
47. Rowlands, E., Loe, D.L., Waters, I.M., and Hopkinson, R.G., 1971. Visual Performance in Illuminance Of Different Spectral Quality. Paper presented at the 17th session of the Commission Internationale de l'Éclairage, Barcelona, Spain.
48. Veitch, J.A., and McColl, S.L., 1995. On The Modulation of Fluorescent Light:Flicker Rate And Spectral Distribution Effects on Visual Performance And Visual Comfort. Lighting Research and Technology. Vol. 27. pp. 243–256.
49. Berman, S. M., Greenhouse, D.S., Bailey, I.L., Clear, R., and Raasch, T.W., 1991. Human Electroretinogram Responses to Video Displays, Fluorescent Lighting and Other High Frequency Sources. Optometry and Vision Science. Vol. 68. pp. 645–662.
50. Brundrett, G.W., 1974. Human Sensitivity To Flicker. Lighting Research and Technology. Vol. 6. pp. 127–143.
51. Rey, P., and Rey, J.P., 1963. Les Effets Comparés de Deux Éclairages Fluorescents Sur Une Täche Visuelle Et Des Tests De “Fatigue.” [Comparison of the effects of two fluorescent lights on a visual task and fatigue tests]. Ergonomics. Vol. 6. pp. 393–401.
52. West, D.C., and Boyce, P.R., 1968. The Effect of Flicker on Eye Movements. Vision Research. Vol. 8. pp. 171–192.
53. Wilkins, A.J., 1986. Intermittent Illumination From Visual Display Units and Fluorescent Lighting Affects Movements of the Eyes Across Text. Human Factors. Vol. 28. pp. 75–81.
54. Nelson, T.M., Hopkins, G.W., and Nilsson, T.H., 1983. Steps Toward Convergence of Optimal Human and Energy Effectiveness:Interactions of Indoor Environmental Factors and Their Effects on Human Performance, Comfort, and Mood. Edmonton, Alberta:Department Of Psychology, University of Alberta. Report for the Alberta Environmental Research Trust, Edmonton.
55. Nelson, T.M., Nilsson, T.H., and Hopkins, G.W., 1987. Thermal Comfort:Advantages and Deviations. ASHRAE Transactions. Vol. 93–1. pp. 1039–1054.
56. Hedge, A., Sims, W.R., and Becker, ED. 1995. Effects of Lensed-Indirect and Parabolic Lighting on the Satisfaction, Visual Health, and Productivity Of Office Workers. Ergonomics. Vol. 38. pp. 260–280.
57. Rea, M.S., Ouellette, M.J., and Kennedy, M.E., 1985. Lighting and Task Parameters Affecting Posture, Performance, and Subjective Ratings. J of the IESNA. Vol. 14. (No. 2). pp. 231–238.
58. Rosenthal, N.E., 1993. Diagnosis and Treatment of Seasonal Affective Disorder. [Clinical Conference]. Journal of the American Medical Association. Vol. 270. pp. 2717–2720.
59. Tarn, E.M., Lam, R.W., and Levitt, A.J., 1995. Treatment of Seasonal Affective Disorder:A Review. Canadian Journal of Psychiatry. Vol. 40. pp. 457–466.
60. Hill, M.A., 1992. Light, Circadian Rhythms, and Mood Disorders:A Review. Annals of Clinical Psychiatry. Vol. 4. pp. 131–146.
61. Brainard, G.C., Lewy, A.J., Menaker, M., Frederickson, R.H., Miller, L.S., Weleber, R.G., Cassone, V., and Hudson, D., 1988. Dose-Response Relationship Between Light Irradiance and the Suppression Of Plasma Melatonin In Human Volunteers. Brain Research. Vol. 454. pp. 212–218.
62. Boyce, P.R., Beckstead J.W., Eklund, N.H., Strobel, R.W., and Rea, M.S., 1997. Lighting the Graveyard Shift:The Influence of a Daylight-Simulating Skylight on the Task Performance and Mood of Night-Shift Workers. Lighting Research and Technology. Vol. 29. pp. 105–134.
63. Czeisler, C.A., Johnson, M.P., Duffy, J.F., Brown, E.N., Ronda, J.M., and Kronauer, R.E., 1990. Exposure to Bright Light and Darkness to Treat Physiologic Maladaptation To Night Work. New England Journal Of Medicine. Vol. 322. pp. 1253–1259.
64. Bernecker, C.A., Brainard, G.C., Fernsler, FJ., Rollag, M.D., Long, R.R., Tierney, S., and Gaddy, J.R., 1994. Biological Effects of Architectural Lighting and Their Associated Energy Utilization. J of the IESNA. Vol. 23. (No. 2). pp. 31–39.
65. Dollins, A.B., Lynch, H.J., Wurtman, R.J., Deng, M.H., and Lieberman, H.R., 1993. Effects of Illumination on Human Nocturnal Serum Melatonin Levels and Performance. Physiology and Behavior. Vol. 53. pp. 153–160.
66. Costa, G., Ghirlanda, G., Minors, D.S., and Waterhouse, J.M., 1993. Effect of Bright Light on Tolerance To Night Work. Scandinavian Journal Of Work, Environment, and Health. Vol. 19. pp. 414–420.
67. Begemann, S.H.A., Beld van den, G.J., and Tenner, A.D., 1995. Daylight, Artificial Light, and People, Part 2. Proceedings of the 23rd Session of the Commission Internationale de l'Éclairage, New Delhi, India, November 1–8, 1995. Vol. 1. pp. 148–151. Vienna, Austria:Bureau Centrale de la CIE.
68. Begemann, S.H.A., Beld van den, G.J., and Tenner, A.D., 1996. Daylight, Artificial Light, and People, Part 3:Visual And Biological Processes. Proceedings of the CIBSE National Lighting Conference 31 March-3 April 1996. University of Bath (pp. 141–146). London, UK:Chartered Institute of Building Services Engineers.
69. Brainard, G. C., & Bernecker, C. A., (1996). The Effects Of Light on Human Physiology And Behavior. In Proceedings of the 23rd Session of the Commission Internationale de l'Éclairage, New Delhi, India, November 1–8 1995. Vol. 2. pp. 88–100. Vienna, Austria:Bureau Centrale de la CIE.
70. Espiritu, R.C., Kripke, D.F., Ancoli-Israel, S., Mowen, M.A., Mason, W.J., Fell, R.L., Klanber, M.R., and Kaplan, D.J., 1994. Low Illumination Experienced By San Diego Adults:Association With Atypical Depressive Symptoms. Biological Psychiatry. Vol. 35. pp. 403–407.
71. Roller, M., Rundi, M., Stidl, H-G., Ziderz, T., and Haider, M., 1993. Personal Light Dosimetry In Permanent Night and Day Workers. Chronobiology International. Vol. 10. pp. 143–155.
72. Heerwagen, J. H., and Heerwagen, D.R., 1986. Lighting and Psychological Comfort. LD+A. Vol. 16. (No. 4). pp. 47–51.
73. Veitch, J.A., Hine, D.W., and Gifford, R., 1993. End Users' Rnowledge, Preferences, and Beliefs for Lighting. Journal of Interior Design. Vol. 19. (No. 2). pp. 15–26.
74. Veitch, J.A., and Gifford, R., 1996. Assessing Beliefs About Lighting Effects on Health, Performance, Mood and Social Behavior. Environment and Behavior. Vol. 28. pp. 446–470.
75. Collins, B.L., 1975. Windows And People:A Literature Survey (NBS Building Science Series 70). Washington, D.C. U.S. Government Printing Office.
76. Landy, F.J., 1985. Psychology Of Work Behavior. Homewood, IL:Dorsey.
77. Russell, J.A., and Mehrabian, A., 1977. Evidence For a Three-Factor Theory of Emotions. Journal of Research In Personality. Vol. 11. pp. 273–294.
78. Biner, P.M., (1991). Effects of lighting-induced arousal on the magnitude of goal valence. Personality and Social Psychology Bulletin. Vol. 17. pp. 219–226.
79. Kaye, S. M., 1988. Variations In The Luminous and Sonic Environment:Proofreading and Visual Search Effects; Mood States and Frustration Tolerance After Effects. (Project 84:SP:2). New York. Lighting Research Institute.
80. Kallman, W.M., and Isaac, W., 1977. Altering Arousal in Humans by Varying Ambient Sensory Conditions. Perceptual and Motor Skills. Vol. 44. pp. 19–22.
81. Delay, E.R., and Richardson, M.A., 1981. Time Estimation in Humans:Effects Of Ambient Illumination and Sex. Perceptual and Motor Skills. Vol. 53. pp. 747–750.
82. Roethlisberger, F.J., and Dickson, W.J., 1939. Management and The Worker. Cambridge, MA. Harvard University Press.
83. Snow, C.E., 1927. Research on Industrial Illumination. The Tech Engineering News. Vol. 8. (No. 6). pp. 257, 272–274, 282.
84. Pansky, S.H., 1985. Lighting Standards:Tracing The Development of the Lighting Standard from 1939 to the Present. LD+A. Vol. 15. (No. 2). pp. 46–48.
85. Hughes, P.C., and McNelis, J.F., 1978. Lighting, Productivity, and the Work Environment. LD+A. Vol. 8. (No. 12). pp. 32–39.
86. Barnaby, J.F., 1980. Lighting for Productivity Gains. LD+A. Vol. 10. (No. 2). pp. 20–28.
87. Baron, R.A., Rea, M.S., and Daniels, S.G., 1992. Effects of Indoor Lighting (Illuminance and Spectral Distribution) On The Performance of Cognitive Tasks and Interpersonal Behaviors:The Potential Mediating Role Of Positive Affect. Motivation and Emotion. Vol. 16. pp. 1–33.
88. Gifford, R., 1988. Light, Decor, Arousal, Comfort and Communication. Journal of Environmental Psychology. Vol. 8. pp. 177–189.
89. Smith, S.W., and Rea, M.S., 1982. Performance of a Reading Test Under Different Levels of Illumination. J of the IESNA. Vol. 12. (No. 1). pp. 29–33.
90. Nelson, T.M., Nilsson, T.H., and Johnson, M., 1984. Interaction of Temperature, Illuminance and Apparent Time on Sedentary Work Fatigue. Ergonomics. Vol. 27. pp. 89–101.
91. Horst, R.L., Silverman, E.B., Rershner, R.L., Mahaffey, D.L., and Parris, H. L., 1988. Research Study on the Effects of Illumination on Performance of Control Room Tasks. IEEE Fourth Conference on Human Factors and Power Plants, Monterey, Calif. pp. 238–246. Piscataway, N.J. Institute of Electrical and Electronics Engineers.
92. Veitch, J. A., (1990). Office noise and illumination effects on reading comprehension. Journal of Environmental Psychology, 10, 209–217.
93. Gifford, R., Hine, D.W., and Veitch, J.A., 1997. Meta-Analysis for Environment-Behavior Research, Illuminated with A Study of Lighting Level Effects On Office Task Performance. In G.T, Moore and R.W., Marans (Eds.). Advances In Environment, Behavior, and Design. Vol. 4. pp. 223–253. New York:Plenum.
94. Sanders, M., Gustanski, J., and Lawton, M., 1974. Effect of Ambient Illumination on Noise Level of Groups. Journal of Applied Psychology. Vol. 59. pp. 527–528.
95. Veitch, J.A., and Kaye, S.M., 1988. Illumination Effects on Conversational Sound Levels and Job Candidate Evaluation. Journal of Environmental Psychology. Vol. 8. pp. 223–233.
96. Lacey, J.I., 1984. Somatic Response Patterning and Stress:Some Revisions of Activation Theory. In M.G. H., Coles, J.R., Jennings and Stern J.A., (Eds.). Psychophysiological Perspectives:Festschrift for Beatrice and John Lacey. pp. 42–70. New York. Van Nostrand Reinhold. (Reprinted from Appley, M. H. and Trumbull, R. (Eds.) 1967. Psychological Stress:Issues In Research. pp. 14–44. New York. Appleton-Century-Crofts).
97. Blascovich, J., and Kelsey, R.M., 1990. Using Electrodermal and Cardiovascular Measures of Arousal in Social Psychological Research. In C., Hendrick and M. S., Clark (Eds.). Research Methods In Personality And Social Psychology. pp. 45–73. Newbury Park, Calif.:Sage.
98. Venables, P.H., 1984. Arousal:An Examination of its Status as a Concept. In M. G. H., Coles, J.R., Jennings and J.A., Stern (Eds.). Psychophysiological perspectives:Festschrift for Beatrice and John Lacey. pp. 134–142. New York. Van Nostrand Reinhold.
99. Bjørset, H.H., and Frederiksen, E., 1979. A Proposal for Recommendations for the Limitation of the Contrast Reduction in Office Lighting. Proceedings of the 19th Session of the Commission Internationale de l'Éclairage, Kyoto, Japan. CIE Pub. No. 50. pp. 310–314. Paris. Bureau Centrale de la CIE.
100. Berman, S.M., Bullimore, M.A., Jacobs, RJ., Bailey, I.L., and Gandhi, N., 1994. An Objective Measure of Discomfort Glare. J of the IESNA. Vol. 23. (No. 2). pp. 40–49.
101. Pai, T.R., and Gulati, V.C., 1995. Unified Glare Rating System:Practical Approach For Evaluating Discomfort Glare. Proceedings of the 23rd Session of the Commission Internationale de l'Éclairage, New Delhi, India, November 1–8, 1995. Vol. 1. pp. 184–187. Vienna, Austria:Bureau Centrale de la CIE.
102. Committee on Recommendations for Quality and Quantity of Illumination. 1966. Outline of a Standard Procedure for Computing Visual Comfort Ratings For Interior Lighting. Report No. 2. Illuminating Engineering. Vol. 61. pp. 643–666.
103. North, V, 1993. Factors Influencing Office Workers' Impressions of Glare in Open Offices. In L., Nissen (Ed.), Proceedings of the 1993 Interior Design Educators' Council Conference, Coeur d'Alene, Idaho, March 30-April 3, 1993. pp. 131–135. Irvine, Calif.:Interior Design Educators' Council.
104. Collins, B.L., Fisher, W.S., Gillette, G.L., and Marans, R.W., 1990. Second Level Post-Occupancy Evaluation Andysis. J of the IESNA. Vol. 19. (No. 2). 21–44.
105. Osterhaus, W.K.E., and Bailey, I.L., 1992. Large Area Glare Sources and Their Effect on Visual Discomfort and Visual Performance at Computer Workstations. Proceedings of the 1992 IEEE Industrial Applications Society Meeting, Houston, Texas, October 4–9, 1992. Vol. 2. pp. 1825–1829. Piscataway, N.J.:Institute of Electrical and Electronics Engineers.
106. Stone, P.T., 1992. Fluorescent Lighting And Health. Lighting Research and Technology. Vol. 24. pp. 55–61.
107. Wilkins, A.J., 1991. Visual Display Units Vs Visual Computation. Behavior and Information Technology. Vol. 10. pp. 515–523.
108. Wilkins, AJ. 1993. Health and Efficiency in Lighting Practice. Energy. Vol. 18. pp. 123–129.
109. Lindner, H., and Kropf, S., 1993. Asthenopic Complaints Associated with Fluorescent Lamp Illumination (FLI):The Role of Individual Disposition. Lighting Research and Technology. Vol. 25. pp. 59–69.
110. Wilkins, A.J., Nimmo-Smith, I., Slater, A., and Bedocs, L., 1989. Fluorescent Lighting, Headaches and Eye-Strain. Lighting Research and Technology. Vol. 21. pp. 11–18.
111. Wilkins, AJ., and Clark, C., 1990. Modulation of Light from Fluorescent Lamps. Lighting Research And Technology. Vol. 22. pp. 103–109.
112. Wilkins, A.J., and Wilkinson, P., 1991. A Tint to Reduce Eye-Strain from Fluorescent Lighting? Preliminary Observations. Ophthalmic and Physiological Optics. Vol. 11. pp. 172–175.
113. Wilkins, A.J., and Neary, C., 1991. Some Visual, Optometric, and Perceptual Effects of Coloured Glasses. Ophthalmic and Physiological Optics. Vol. 11. pp. 163–171.
114. Boyce, PR. 1987. Lighting Research And Lighting Design:Bridging the Gap. Lighting Design And Application. Vol. 17. (No. 5). pp. 10–12, 50–51; and Vol. 17 (No. 6). pp. 38–44.
115. Illuminating Engineering Society of North America. 1993. American National Standard Practice For Office Lighting ANSI/IESNA-RP-1–1993. New York, N.Y. IESNA.
116. Chartered Institution of Building Services Engineers. 1993. Lighting for offices (Lighting Guide LG7:1993). London, U.K. CIBSE.
117. Veitch, J.A., and Newsham, G. R., 1996. Determinants of Lighting Quality II:Research and Recommendations. Paper presented at the 104th Annual Convention of the American Psychological Association, Toronto, Ontario, Canada. ERIC Document Reproduction Service No. ED408543.