Investigating Ultra Violet (UV) Strength against Different Level of Altitude using New Environmental Data Management System
This paper presents the investigation results of UV
measurement at different level of altitudes and the development of a
new portable instrument for measuring UV. The rapid growth of
industrial sectors in developing countries including Malaysia, brings
not only income to the nation, but also causes pollution in various
forms. Air pollution is one of the significant contributors to global
warming by depleting the Ozone layer, which would reduce the
filtration of UV rays. Long duration of exposure to high to UV rays
has many devastating health effects to mankind directly or indirectly
through destruction of the natural resources. This study aimed to
show correlation between UV and altitudes which indirectly can help
predict Ozone depletion. An instrument had been designed to
measure and monitors the level of UV. The instrument comprises of
two main blocks namely data logger and Graphic User Interface
(GUI). Three sensors were used in the data logger to detect changes
in the temperature, humidity and ultraviolet. The system has
undergone experimental measurement to capture data at two different
conditions; industrial area and high attitude area. The performance of
the instrument showed consistency in the data captured and the
results of the experiment drew a significantly high reading of UV at
high altitudes.
[1] M. Amir Abas, "New Computational Technique Data Acquisition and
Data Analysis for Environmental Monitoring System" Report for
Escience Fund Project (01-02-13-SF0002), 2011
[2] M. Amir Abas, A. Khusairy Azim, M. Hilmi Fadzil, M. Dahlui,
A.M.Arshad, "Portable Multi-Channel Environmental Data
Measurement System for Monitoring Global Warming" Chapter in
Book: Computer and Simulation in Modern Science Volume V,
Publisher WSEAS Press.
[3] M. Hilmi Fadzil S, M. Amir Abas, Samsudin A.Kadir, A. Khusairy
Azim, "Improved Structure of Solar Tracker with Microcontroller
based Control" 2nd International Conference on Advances in
Computing, Control, and Telecommunication Technologies - ACT
2010, Dec 02-03 2010 in Jakarta, Indonesia.
[4] M. Amir Abas, A. Khusairy Azim, M. Hilmi Fadzil, M. Dahlui,
A.M.Arshad, "Portable Multi-Channel Environmental Data
Measurement System for Monitoring Global Warming" Proceeding of
the 9th International Conference on Instrumentation, Measurement,
Circuits and Systems, April 10-13, 2010 Hangzhou, China pp 33-37
[5] M. Hilmi Fadzil, M. Amir Abas, A. Khusairy Hakiim, "Development
of Environmental Monitoring Data Management System using OSS
Python" Proceeding of the International Conference on Electrical and
Computer Engineering April 2010, Rome.
[6] http://www.learner.org/courses/envsci/unit/text.php?unit=11&secNum
=10#ozone_depletion
[7] D.E.Williams et al., "Development of Low-Cost Ozone and Nitrogen
Dioxide Measurement Instrument suitable for use in an Air Quality
Monitoring Network" Proceeding of IEEE Sensors 2009 p.p 1099-
1104
[8] S.O-Keeffe, C.Fitzpatrick, E.Lewis, "Ozone Measurement using an
optical fibre sensor in the visible region" pp. 758-761
[9] Malaysian Meteorological Department, http://www.met.gov.my/
[10] R.Luharuka et al. "Design and realization of a portable data logger for
physiological sensing." IEEE Transaction on Instrumentation and
Measurement, June, 2003.
[11] R.Mukaro and X.F.Carelse. "A microcontroller based data acquisition
system for solar radiation and environmental monitoring." IEEE
transaction on instrument and measurement, Vol 4, no 6. December
1999. 2.
[1] M. Amir Abas, "New Computational Technique Data Acquisition and
Data Analysis for Environmental Monitoring System" Report for
Escience Fund Project (01-02-13-SF0002), 2011
[2] M. Amir Abas, A. Khusairy Azim, M. Hilmi Fadzil, M. Dahlui,
A.M.Arshad, "Portable Multi-Channel Environmental Data
Measurement System for Monitoring Global Warming" Chapter in
Book: Computer and Simulation in Modern Science Volume V,
Publisher WSEAS Press.
[3] M. Hilmi Fadzil S, M. Amir Abas, Samsudin A.Kadir, A. Khusairy
Azim, "Improved Structure of Solar Tracker with Microcontroller
based Control" 2nd International Conference on Advances in
Computing, Control, and Telecommunication Technologies - ACT
2010, Dec 02-03 2010 in Jakarta, Indonesia.
[4] M. Amir Abas, A. Khusairy Azim, M. Hilmi Fadzil, M. Dahlui,
A.M.Arshad, "Portable Multi-Channel Environmental Data
Measurement System for Monitoring Global Warming" Proceeding of
the 9th International Conference on Instrumentation, Measurement,
Circuits and Systems, April 10-13, 2010 Hangzhou, China pp 33-37
[5] M. Hilmi Fadzil, M. Amir Abas, A. Khusairy Hakiim, "Development
of Environmental Monitoring Data Management System using OSS
Python" Proceeding of the International Conference on Electrical and
Computer Engineering April 2010, Rome.
[6] http://www.learner.org/courses/envsci/unit/text.php?unit=11&secNum
=10#ozone_depletion
[7] D.E.Williams et al., "Development of Low-Cost Ozone and Nitrogen
Dioxide Measurement Instrument suitable for use in an Air Quality
Monitoring Network" Proceeding of IEEE Sensors 2009 p.p 1099-
1104
[8] S.O-Keeffe, C.Fitzpatrick, E.Lewis, "Ozone Measurement using an
optical fibre sensor in the visible region" pp. 758-761
[9] Malaysian Meteorological Department, http://www.met.gov.my/
[10] R.Luharuka et al. "Design and realization of a portable data logger for
physiological sensing." IEEE Transaction on Instrumentation and
Measurement, June, 2003.
[11] R.Mukaro and X.F.Carelse. "A microcontroller based data acquisition
system for solar radiation and environmental monitoring." IEEE
transaction on instrument and measurement, Vol 4, no 6. December
1999. 2.
@article{"International Journal of Earth, Energy and Environmental Sciences:63339", author = "M. Amir Abas and M. Dahlui", title = "Investigating Ultra Violet (UV) Strength against Different Level of Altitude using New Environmental Data Management System", abstract = "This paper presents the investigation results of UV
measurement at different level of altitudes and the development of a
new portable instrument for measuring UV. The rapid growth of
industrial sectors in developing countries including Malaysia, brings
not only income to the nation, but also causes pollution in various
forms. Air pollution is one of the significant contributors to global
warming by depleting the Ozone layer, which would reduce the
filtration of UV rays. Long duration of exposure to high to UV rays
has many devastating health effects to mankind directly or indirectly
through destruction of the natural resources. This study aimed to
show correlation between UV and altitudes which indirectly can help
predict Ozone depletion. An instrument had been designed to
measure and monitors the level of UV. The instrument comprises of
two main blocks namely data logger and Graphic User Interface
(GUI). Three sensors were used in the data logger to detect changes
in the temperature, humidity and ultraviolet. The system has
undergone experimental measurement to capture data at two different
conditions; industrial area and high attitude area. The performance of
the instrument showed consistency in the data captured and the
results of the experiment drew a significantly high reading of UV at
high altitudes.", keywords = "Ozone Layer, Monitoring, Global Warming,Measurement, Ultraviolet", volume = "5", number = "11", pages = "743-5", }