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The neighborhood of Al Khawaneej in has experienced increased noise pollution due to construction and new attractions. Construction uses loud machinery, especially at inconvenient times, which negatively impacts residents' health, learning, and productivity. New attractions also use loud equipment and music. Implementing noise regulations on construction hours and sustainable building designs, as well as introducing noise barriers, can help address this issue and ensure residents' well-being.
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Noise pollution in Al Khawaneej.pdf
Noise pollution from construction and new attractions in the Al Khawaneej neighborhood has negatively impacted residents' health, well-being, and quality of life. Implementing noise regulations on construction hours and using noise barriers can help reduce noise levels and associated health issues like cardiovascular diseases and sleep problems. A study in Qatar found that enforcing curfews and using audio-visual devices to limit construction noise resulted in average noise levels dropping from 64.6dB to 24dB. Residents of Al Khawaneej deserve a peaceful environment, which can be achieved through noise regulations and curfews.
Noise pollution in Al Khawaneej.pdf
Noise pollution from construction and new attractions in the Al Khawaneej neighborhood has negatively impacted residents' health, well-being, and quality of life. Implementing noise regulations on construction hours and using noise barriers can help reduce noise levels and associated health issues like cardiovascular diseases and sleep problems. A study in Qatar found that enforcing curfews and using audio-visual devices to limit construction noise resulted in average noise levels dropping from 64.6dB to 24dB. Residents of Al Khawaneej deserve a peaceful environment, which can be achieved through noise regulations and curfews.
IRJET- Effect of Noise on Human Psychology in Public Spaces of Dhaka City
The document discusses the effects of noise pollution on human psychology in public spaces in Dhaka, Bangladesh. It measures noise levels at five public locations and interviews people at each location about the psychological impacts of noise. The study finds that noise from vehicles, crowds, and hawkers causes health issues like headaches and stress responses. Extreme noise is linked to problems like irritation, anxiety, and sleep disturbances. The busiest locations of Farmgate and Mirpur 10 have the highest noise levels and most reported psychological effects.
IRJET- Effect of Noise on Human Psychology in Public Spaces of Dhaka City
The document discusses the effects of noise pollution on human psychology in public spaces in Dhaka, Bangladesh. It measures noise levels at five public locations and interviews people at each location about the psychological impacts of noise. The study finds that noise from vehicles, crowds, and hawkers causes health issues like headaches and stress responses. Extreme noise is linked to problems like irritation, anxiety, and sleep disturbances. The busiest locations of Farmgate and Mirpur 10 have the highest noise levels and most reported psychological effects.
Computational Modelling of Noise Pollution and Its Health Hazard Using Probab...
Computational Modelling of Noise Pollution and Its Health Hazard Using Probab...Associate Professor in VSB Coimbatore
Noise pollution is one of the man-made environmental hazards after air, water and land pollution that is given the least attention by the World Health Organization (WHO). Noise pollution is an excessive sound produce intentionally or accidently that can have deleterious effects on human and animal’s health and even environmental quality. The major Sources of this sound are industries, highways, railways, and aircraft traffic and entertainment cafes. This research work was to conduct systematic review regarding the application of probability distribution models and other computing techniques in modelling the effects of extensive sound in human health and also the critical level of sound to human exposure as compare to WHO standard. Computational Modelling of Noise Pollution and Its Health Hazard Using Probab...
Computational Modelling of Noise Pollution and Its Health Hazard Using Probab...Associate Professor in VSB Coimbatore
Noise pollution is one of the man-made environmental hazards after air, water and land pollution that is given the least attention by the World Health Organization (WHO). Noise pollution is an excessive sound produce intentionally or accidently that can have deleterious effects on human and animal’s health and even environmental quality. The major Sources of this sound are industries, highways, railways, and aircraft traffic and entertainment cafes. This research work was to conduct systematic review regarding the application of probability distribution models and other computing techniques in modelling the effects of extensive sound in human health and also the critical level of sound to human exposure as compare to WHO standard. IRJET- Increasing Noise Pollution in SRTM University Campus Area of Vishn...
This document summarizes a study on increasing noise pollution in the Swami Ramanand Teerth Marathwada University campus area in Nanded, India. Noise levels were measured between January 2018 and December 2018 at 20 sampling sites, including locations designated as silence zones, residential areas, and commercial areas. The results found noise levels exceeding permissible limits set by the Central Pollution Control Board, with some commercial areas reaching up to 85 dB during the day. Increasing population, urbanization, construction activities, and vehicle traffic were concluded to be contributing factors to rising noise pollution levels in the university campus area.
IRJET- Increasing Noise Pollution in SRTM University Campus Area of Vishn...
This document summarizes a study on increasing noise pollution in the Swami Ramanand Teerth Marathwada University campus area in Nanded, India. Noise levels were measured between January 2018 and December 2018 at 20 sampling sites, including locations designated as silence zones, residential areas, and commercial areas. The results found noise levels exceeding permissible limits set by the Central Pollution Control Board, with some commercial areas reaching up to 85 dB during the day. Increasing population, urbanization, construction activities, and vehicle traffic were concluded to be contributing factors to rising noise pollution levels in the university campus area.
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Noise pollution in Al Khawaneej.pdf
Noise pollution from construction and new attractions in the Al Khawaneej neighborhood has negatively impacted residents' health, well-being, and quality of life. Implementing noise regulations on construction hours and using noise barriers can help reduce noise levels and associated health issues like cardiovascular diseases and sleep problems. A study in Qatar found that enforcing curfews and using audio-visual devices to limit construction noise resulted in average noise levels dropping from 64.6dB to 24dB. Residents of Al Khawaneej deserve a peaceful environment, which can be achieved through noise regulations and curfews.
Noise pollution in Al Khawaneej.pdf
Noise pollution from construction and new attractions in the Al Khawaneej neighborhood has negatively impacted residents' health, well-being, and quality of life. Implementing noise regulations on construction hours and using noise barriers can help reduce noise levels and associated health issues like cardiovascular diseases and sleep problems. A study in Qatar found that enforcing curfews and using audio-visual devices to limit construction noise resulted in average noise levels dropping from 64.6dB to 24dB. Residents of Al Khawaneej deserve a peaceful environment, which can be achieved through noise regulations and curfews.
IRJET- Effect of Noise on Human Psychology in Public Spaces of Dhaka City
The document discusses the effects of noise pollution on human psychology in public spaces in Dhaka, Bangladesh. It measures noise levels at five public locations and interviews people at each location about the psychological impacts of noise. The study finds that noise from vehicles, crowds, and hawkers causes health issues like headaches and stress responses. Extreme noise is linked to problems like irritation, anxiety, and sleep disturbances. The busiest locations of Farmgate and Mirpur 10 have the highest noise levels and most reported psychological effects.
IRJET- Effect of Noise on Human Psychology in Public Spaces of Dhaka City
The document discusses the effects of noise pollution on human psychology in public spaces in Dhaka, Bangladesh. It measures noise levels at five public locations and interviews people at each location about the psychological impacts of noise. The study finds that noise from vehicles, crowds, and hawkers causes health issues like headaches and stress responses. Extreme noise is linked to problems like irritation, anxiety, and sleep disturbances. The busiest locations of Farmgate and Mirpur 10 have the highest noise levels and most reported psychological effects.
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Computational Modelling of Noise Pollution and Its Health Hazard Using Probab...Associate Professor in VSB Coimbatore
Noise pollution is one of the man-made environmental hazards after air, water and land pollution that is given the least attention by the World Health Organization (WHO). Noise pollution is an excessive sound produce intentionally or accidently that can have deleterious effects on human and animal’s health and even environmental quality. The major Sources of this sound are industries, highways, railways, and aircraft traffic and entertainment cafes. This research work was to conduct systematic review regarding the application of probability distribution models and other computing techniques in modelling the effects of extensive sound in human health and also the critical level of sound to human exposure as compare to WHO standard. Computational Modelling of Noise Pollution and Its Health Hazard Using Probab...
Computational Modelling of Noise Pollution and Its Health Hazard Using Probab...Associate Professor in VSB Coimbatore
Noise pollution is one of the man-made environmental hazards after air, water and land pollution that is given the least attention by the World Health Organization (WHO). Noise pollution is an excessive sound produce intentionally or accidently that can have deleterious effects on human and animal’s health and even environmental quality. The major Sources of this sound are industries, highways, railways, and aircraft traffic and entertainment cafes. This research work was to conduct systematic review regarding the application of probability distribution models and other computing techniques in modelling the effects of extensive sound in human health and also the critical level of sound to human exposure as compare to WHO standard. IRJET- Increasing Noise Pollution in SRTM University Campus Area of Vishn...
This document summarizes a study on increasing noise pollution in the Swami Ramanand Teerth Marathwada University campus area in Nanded, India. Noise levels were measured between January 2018 and December 2018 at 20 sampling sites, including locations designated as silence zones, residential areas, and commercial areas. The results found noise levels exceeding permissible limits set by the Central Pollution Control Board, with some commercial areas reaching up to 85 dB during the day. Increasing population, urbanization, construction activities, and vehicle traffic were concluded to be contributing factors to rising noise pollution levels in the university campus area.
IRJET- Increasing Noise Pollution in SRTM University Campus Area of Vishn...
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Noise-jkkniu-Mozakkir.pdf
The document is an assessment of noise pollution levels at various locations on the campus of Jatiya Kabi Kazi Nazrul Islam University in Bangladesh. Noise levels were measured at 16 locations using a sound level meter and GPS. The highest noise level was observed at the Nazrul Statue in the afternoon at 95.8 dB, while the lowest was at the Vice Chancellor's Residence in the evening at 42.2 dB. GIS software was used to create noise maps of the campus during morning, afternoon and evening. The results showed that ambient noise levels exceeded standards. Solutions proposed to reduce noise pollution include turning off appliances, using earplugs, lowering volume, planting trees and regular vehicle maintenance.
Noise-jkkniu-Mozakkir.pdf
The document is an assessment of noise pollution levels at various locations on the campus of Jatiya Kabi Kazi Nazrul Islam University in Bangladesh. Noise levels were measured at 16 locations using a sound level meter and GPS. The highest noise level was observed at the Nazrul Statue in the afternoon at 95.8 dB, while the lowest was at the Vice Chancellor's Residence in the evening at 42.2 dB. GIS software was used to create noise maps of the campus during morning, afternoon and evening. The results showed that ambient noise levels exceeded standards. Solutions proposed to reduce noise pollution include turning off appliances, using earplugs, lowering volume, planting trees and regular vehicle maintenance.
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This document summarizes a research paper about the health effects of traffic noise pollution. Some key points:
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- Prolonged exposure to noise levels over 55dB can cause health effects like hypertension, increased stress, and potential hearing loss.
- Noise pollution is linked to cardiovascular diseases as well as mental health impacts like disturbed sleep and changes in mood.
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IRJET- Assessment of Noise Pollution in Commercial and Residential Areas and ...
This document summarizes 7 research papers and 2 reports on noise pollution in India. The key findings are:
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2) Noise pollution adversely impacts human health, causing hearing loss, sleep disturbances, and other health issues.
3) Major sources of noise pollution identified are vehicles, construction, industrial activities, and public address systems.
4) Studies found increasing noise levels over time as urbanization increased. Control measures like limits, afforestation, and maintenance of vehicles are needed to reduce noise pollution.
Traffic Noise – A Health Stressor for Mankind
This document summarizes a research paper about the health effects of traffic noise pollution. Some key points:
- Traffic noise pollution has increased significantly with rising vehicle numbers and congested roads in cities.
- Prolonged exposure to noise levels over 55dB can cause health effects like hypertension, increased stress, and potential hearing loss.
- Noise pollution is linked to cardiovascular diseases as well as mental health impacts like disturbed sleep and changes in mood.
- Studies estimate thousands of premature deaths per year in Europe are caused by noise pollution from traffic and other sources. It is a major contributor to the disease burden in cities.
- More research is still needed on the long term health impacts of early life exposure to noise pollution
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1) Noise levels exceeded standards in residential, commercial, and industrial areas of cities studied due to increasing population, vehicles, and industrial activities.
2) Noise pollution adversely impacts human health, causing hearing loss, sleep disturbances, and other health issues.
3) Major sources of noise pollution identified are vehicles, construction, industrial activities, and public address systems.
4) Studies found increasing noise levels over time as urbanization increased. Control measures like limits, afforestation, and maintenance of vehicles are needed to reduce noise pollution.
Thesis irfan BY Muhammad Fahad Ansari 12IEEM14
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Thesis irfan BY Muhammad Fahad Ansari 12IEEM14
This document summarizes a thesis written by Muhammad Irfan on road traffic noise pollution and remedial measures in Multan City, Pakistan. The thesis measures noise levels and traffic flows at 12 busy intersections in Multan. It finds that average noise levels exceed national standards. Major noise sources are rickshaws, pressure horns, and improper silencers. A public opinion survey finds most residents and traffic police are annoyed by high noise. The thesis concludes standards are insufficient and recommends banning pressure horns and enforcing vehicle emission standards, while designating hospitals and schools as silent zones.
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The document proposes a novel approach to reduce noise pollution caused by vehicle honking through technological solutions, behavioral interventions, and community engagement. The technological solutions include smart honking systems that regulate honk intensity and duration based on real-time data, as well as noise-canceling technologies. Behavioral interventions involve awareness campaigns and stricter honking regulations. The proposed approach aims to create a more harmonious relationship between vehicles and pedestrians while enhancing quality of life.
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Traffic Noise Pollution and Its Health Implications on Humans: A Review
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Traffic Noise Pollution and Its Health Implications on Humans: A Review
This document reviews literature on the health implications of traffic noise pollution on humans. It discusses how traffic noise can cause physical and psychological health effects such as hearing loss, headaches, high blood pressure, and mental health disorders. Questionnaire surveys have found that road traffic is a major source of noise pollution in cities and it highly annoys respondents. Studies show noise exposure is linked to sleep disruption, lack of focus, and small reductions in birth weight. The literature review covers various studies that have measured noise levels in cities and investigated its relationship with health impacts and annoyance. Overall, the review finds that traffic noise poses significant health risks and that laws need proper enforcement to control this growing issue.
ASSESSMENT OF NOISE POLLUTION IN GOPALGANJ CITY
Traffic noise is a significant source of noise pollution in Gopalganj city, Bangladesh. Noise levels were measured from 9-10 AM at Launchghat using a sound level meter. All sound levels exceeded the standard of 50 dBA for a mixed area, ranging from 68.5-90.7 dBA. The noise pollution level was calculated to be 90.7 dBA, indicating high noise pollution from traffic in the area during morning hours. Recommendations to decrease noise pollution include restricting heavy vehicles during work hours and improving traffic conditions.
ASSESSMENT OF NOISE POLLUTION IN GOPALGANJ CITY
Traffic noise is a significant source of noise pollution in Gopalganj city, Bangladesh. Noise levels were measured from 9-10 AM at Launchghat using a sound level meter. All sound levels exceeded the standard of 50 dBA for a mixed area, ranging from 68.5-90.7 dBA. The noise pollution level was calculated to be 90.7 dBA, indicating high noise pollution from traffic in the area during morning hours. Recommendations to decrease noise pollution include restricting heavy vehicles during work hours and improving traffic conditions.
Studying the Effects of Aircraft Noise Around Abu Dhabi International Airport...
The aim of this study is to investigate the impact of aircraft noise pollution on community and workers’
health near Abu Dhabi International Airport. This study was conducted in residential neighborhoods and
employment areas living and working within a 25-km radius of the airport with high exposure to aircraft
noise and in matched control areas far from the airport (outside the 25-km radius) and are unaffected by
aircraft noise. Data was collected by conducting a revealed-preference face-to-face interview surveys
among the residents and the workers nea rand far from Abu Dhabi International Airport during the months
of September and December 2014. A total of 5,070 residents in both areas (2,579 near the airport and
2,492 far from the airport) and 1,995 workers in both areas (995 near the airport and 1,000 far from the
airport) were interviewed and completed the questionnaire. Binomial Logit Regression Model was used to
determine the impact of aircraft noise on community and workers’ health. After controlling for
confounders, the health of the residents adjacent to the airport who have been chronically exposed to high
aircraft noise level are found to be worse than the control group. The results show that residents from the
noise exposure area have a high level of noise stress, hypertension, headache, general disturbance, loss of
sleep/insomnia, and hearing problems than the matched control area. On the other hand, aircraft noise
pollution near Abu Dhabi Airport has no negative impact on workers adjacent to the airport. The impact of
aircraft noise on community health should not restrain the growth of air travel industry in the city as this
growth is essential and beneficial to the whole nation’s economy. The reduction of aircraft noise level in
the exposed area could be achieved by imposing policies, codes of practices, and action noise plans to
assess and evaluate land use management as an effective tool for mitigating aircraft noise. Future research
should assess community health based on self-reported physician diagnosed blood pressure; and hearing,
stress, headache diagnostic examination.
STUDYING THE EFFECTS OF AIRCRAFT NOISE AROUND ABU DHABI INTERNATIONAL AIRPORT...
The aim of this study is to investigate the impact of aircraft noise pollution on community and workers’
health near Abu Dhabi International Airport. This study was conducted in residential neighborhoods and
employment areas living and working within a 25-km radius of the airport with high exposure to aircraft
noise and in matched control areas far from the airport (outside the 25-km radius) and are unaffected by
aircraft noise. Data was collected by conducting a revealed-preference face-to-face interview surveys
among the residents and the workers nea rand far from Abu Dhabi International Airport during the months
of September and December 2014. A total of 5,070 residents in both areas (2,579 near the airport and
2,492 far from the airport) and 1,995 workers in both areas (995 near the airport and 1,000 far from the
airport) were interviewed and completed the questionnaire. Binomial Logit Regression Model was used to
determine the impact of aircraft noise on community and workers’ health. After controlling for
confounders, the health of the residents adjacent to the airport who have been chronically exposed to high
aircraft noise level are found to be worse than the control group. The results show that residents from the
noise exposure area have a high level of noise stress, hypertension, headache, general disturbance, loss of
sleep/insomnia, and hearing problems than the matched control area. On the other hand, aircraft noise
pollution near Abu Dhabi Airport has no negative impact on workers adjacent to the airport. The impact of
aircraft noise on community health should not restrain the growth of air travel industry in the city as this
growth is essential and beneficial to the whole nation’s economy. The reduction of aircraft noise level in
the exposed area could be achieved by imposing policies, codes of practices, and action noise plans to
assess and evaluate land use management as an effective tool for mitigating aircraft noise. Future research
should assess community health based on self-reported physician diagnosed blood pressure; and hearing,
stress, headache diagnostic examination.
Studying the Effects of Aircraft Noise Around Abu Dhabi International Airport...
The aim of this study is to investigate the impact of aircraft noise pollution on community and workers’
health near Abu Dhabi International Airport. This study was conducted in residential neighborhoods and
employment areas living and working within a 25-km radius of the airport with high exposure to aircraft
noise and in matched control areas far from the airport (outside the 25-km radius) and are unaffected by
aircraft noise. Data was collected by conducting a revealed-preference face-to-face interview surveys
among the residents and the workers nea rand far from Abu Dhabi International Airport during the months
of September and December 2014. A total of 5,070 residents in both areas (2,579 near the airport and
2,492 far from the airport) and 1,995 workers in both areas (995 near the airport and 1,000 far from the
airport) were interviewed and completed the questionnaire. Binomial Logit Regression Model was used to
determine the impact of aircraft noise on community and workers’ health. After controlling for
confounders, the health of the residents adjacent to the airport who have been chronically exposed to high
aircraft noise level are found to be worse than the control group. The results show that residents from the
noise exposure area have a high level of noise stress, hypertension, headache, general disturbance, loss of
sleep/insomnia, and hearing problems than the matched control area. On the other hand, aircraft noise
pollution near Abu Dhabi Airport has no negative impact on workers adjacent to the airport. The impact of
aircraft noise on community health should not restrain the growth of air travel industry in the city as this
growth is essential and beneficial to the whole nation’s economy. The reduction of aircraft noise level in
the exposed area could be achieved by imposing policies, codes of practices, and action noise plans to
assess and evaluate land use management as an effective tool for mitigating aircraft noise. Future research
should assess community health based on self-reported physician diagnosed blood pressure; and hearing,
stress, headache diagnostic examination.
STUDYING THE EFFECTS OF AIRCRAFT NOISE AROUND ABU DHABI INTERNATIONAL AIRPORT...
The aim of this study is to investigate the impact of aircraft noise pollution on community and workers’ health near Abu Dhabi International Airport. This study was conducted in residential neighborhoods and employment areas living and working within a 25-km radius of the airport with high exposure to aircraft
noise and in matched control areas far from the airport (outside the 25-km radius) and are unaffected by aircraft noise. Data was collected by conducting a revealed-preference face-to-face interview surveys among the residents and the workers nea rand far from Abu Dhabi International Airport during the months
of September and December 2014. A total of 5,070 residents in both areas (2,579 near the airport and 2,492 far from the airport) and 1,995 workers in both areas (995 near the airport and 1,000 far from the airport) were interviewed and completed the questionnaire. Binomial Logit Regression Model was used to
determine the impact of aircraft noise on community and workers’ health. After controlling for confounders, the health of the residents adjacent to the airport who have been chronically exposed to high aircraft noise level are found to be worse than the control group. The results show that residents from the noise exposure area have a high level of noise stress, hypertension, headache, general disturbance, loss of
sleep/insomnia, and hearing problems than the matched control area. On the other hand, aircraft noise pollution near Abu Dhabi Airport has no negative impact on workers adjacent to the airport. The impact of aircraft noise on community health should not restrain the growth of air travel industry in the city as this
growth is essential and beneficial to the whole nation’s economy. The reduction of aircraft noise level in the exposed area could be achieved by imposing policies, codes of practices, and action noise plans to assess and evaluate land use management as an effective tool for mitigating aircraft noise. Future research should assess community health based on self-reported physician diagnosed blood pressure; and hearing,
stress, headache diagnostic examination.
Studying the Effects of Aircraft Noise Around Abu Dhabi International Airport...
The aim of this study is to investigate the impact of aircraft noise pollution on community and workers’
health near Abu Dhabi International Airport. This study was conducted in residential neighborhoods and
employment areas living and working within a 25-km radius of the airport with high exposure to aircraft
noise and in matched control areas far from the airport (outside the 25-km radius) and are unaffected by
aircraft noise. Data was collected by conducting a revealed-preference face-to-face interview surveys
among the residents and the workers nea rand far from Abu Dhabi International Airport during the months
of September and December 2014. A total of 5,070 residents in both areas (2,579 near the airport and
2,492 far from the airport) and 1,995 workers in both areas (995 near the airport and 1,000 far from the
airport) were interviewed and completed the questionnaire. Binomial Logit Regression Model was used to
determine the impact of aircraft noise on community and workers’ health. After controlling for
confounders, the health of the residents adjacent to the airport who have been chronically exposed to high
aircraft noise level are found to be worse than the control group. The results show that residents from the
noise exposure area have a high level of noise stress, hypertension, headache, general disturbance, loss of
sleep/insomnia, and hearing problems than the matched control area. On the other hand, aircraft noise
pollution near Abu Dhabi Airport has no negative impact on workers adjacent to the airport. The impact of
aircraft noise on community health should not restrain the growth of air travel industry in the city as this
growth is essential and beneficial to the whole nation’s economy. The reduction of aircraft noise level in
the exposed area could be achieved by imposing policies, codes of practices, and action noise plans to
assess and evaluate land use management as an effective tool for mitigating aircraft noise. Future research
should assess community health based on self-reported physician diagnosed blood pressure; and hearing,
stress, headache diagnostic examination.
STUDYING THE EFFECTS OF AIRCRAFT NOISE AROUND ABU DHABI INTERNATIONAL AIRPORT...
The aim of this study is to investigate the impact of aircraft noise pollution on community and workers’
health near Abu Dhabi International Airport. This study was conducted in residential neighborhoods and
employment areas living and working within a 25-km radius of the airport with high exposure to aircraft
noise and in matched control areas far from the airport (outside the 25-km radius) and are unaffected by
aircraft noise. Data was collected by conducting a revealed-preference face-to-face interview surveys
among the residents and the workers nea rand far from Abu Dhabi International Airport during the months
of September and December 2014. A total of 5,070 residents in both areas (2,579 near the airport and
2,492 far from the airport) and 1,995 workers in both areas (995 near the airport and 1,000 far from the
airport) were interviewed and completed the questionnaire. Binomial Logit Regression Model was used to
determine the impact of aircraft noise on community and workers’ health. After controlling for
confounders, the health of the residents adjacent to the airport who have been chronically exposed to high
aircraft noise level are found to be worse than the control group. The results show that residents from the
noise exposure area have a high level of noise stress, hypertension, headache, general disturbance, loss of
sleep/insomnia, and hearing problems than the matched control area. On the other hand, aircraft noise
pollution near Abu Dhabi Airport has no negative impact on workers adjacent to the airport. The impact of
aircraft noise on community health should not restrain the growth of air travel industry in the city as this
growth is essential and beneficial to the whole nation’s economy. The reduction of aircraft noise level in
the exposed area could be achieved by imposing policies, codes of practices, and action noise plans to
assess and evaluate land use management as an effective tool for mitigating aircraft noise. Future research
should assess community health based on self-reported physician diagnosed blood pressure; and hearing,
stress, headache diagnostic examination.
How to Make a Field Mandatory in Odoo 17
In Odoo, making a field required can be done through both Python code and XML views. When you set the required attribute to True in Python code, it makes the field required across all views where it's used. Conversely, when you set the required attribute in XML views, it makes the field required only in the context of that particular view.
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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Noise-jkkniu-Mozakkir.pdf
The document is an assessment of noise pollution levels at various locations on the campus of Jatiya Kabi Kazi Nazrul Islam University in Bangladesh. Noise levels were measured at 16 locations using a sound level meter and GPS. The highest noise level was observed at the Nazrul Statue in the afternoon at 95.8 dB, while the lowest was at the Vice Chancellor's Residence in the evening at 42.2 dB. GIS software was used to create noise maps of the campus during morning, afternoon and evening. The results showed that ambient noise levels exceeded standards. Solutions proposed to reduce noise pollution include turning off appliances, using earplugs, lowering volume, planting trees and regular vehicle maintenance.
Noise-jkkniu-Mozakkir.pdf
The document is an assessment of noise pollution levels at various locations on the campus of Jatiya Kabi Kazi Nazrul Islam University in Bangladesh. Noise levels were measured at 16 locations using a sound level meter and GPS. The highest noise level was observed at the Nazrul Statue in the afternoon at 95.8 dB, while the lowest was at the Vice Chancellor's Residence in the evening at 42.2 dB. GIS software was used to create noise maps of the campus during morning, afternoon and evening. The results showed that ambient noise levels exceeded standards. Solutions proposed to reduce noise pollution include turning off appliances, using earplugs, lowering volume, planting trees and regular vehicle maintenance.
Traffic Noise – A Health Stressor for Mankind
This document summarizes a research paper about the health effects of traffic noise pollution. Some key points:
- Traffic noise pollution has increased significantly with rising vehicle numbers and congested roads in cities.
- Prolonged exposure to noise levels over 55dB can cause health effects like hypertension, increased stress, and potential hearing loss.
- Noise pollution is linked to cardiovascular diseases as well as mental health impacts like disturbed sleep and changes in mood.
- Studies estimate thousands of premature deaths per year in Europe are caused by noise pollution from traffic and other sources. It is a major contributor to the disease burden in cities.
- More research is still needed on the long term health impacts of early life exposure to noise pollution
IRJET- Assessment of Noise Pollution in Commercial and Residential Areas and ...
This document summarizes 7 research papers and 2 reports on noise pollution in India. The key findings are:
1) Noise levels exceeded standards in residential, commercial, and industrial areas of cities studied due to increasing population, vehicles, and industrial activities.
2) Noise pollution adversely impacts human health, causing hearing loss, sleep disturbances, and other health issues.
3) Major sources of noise pollution identified are vehicles, construction, industrial activities, and public address systems.
4) Studies found increasing noise levels over time as urbanization increased. Control measures like limits, afforestation, and maintenance of vehicles are needed to reduce noise pollution.
Traffic Noise – A Health Stressor for Mankind
This document summarizes a research paper about the health effects of traffic noise pollution. Some key points:
- Traffic noise pollution has increased significantly with rising vehicle numbers and congested roads in cities.
- Prolonged exposure to noise levels over 55dB can cause health effects like hypertension, increased stress, and potential hearing loss.
- Noise pollution is linked to cardiovascular diseases as well as mental health impacts like disturbed sleep and changes in mood.
- Studies estimate thousands of premature deaths per year in Europe are caused by noise pollution from traffic and other sources. It is a major contributor to the disease burden in cities.
- More research is still needed on the long term health impacts of early life exposure to noise pollution
IRJET- Assessment of Noise Pollution in Commercial and Residential Areas and ...
This document summarizes 7 research papers and 2 reports on noise pollution in India. The key findings are:
1) Noise levels exceeded standards in residential, commercial, and industrial areas of cities studied due to increasing population, vehicles, and industrial activities.
2) Noise pollution adversely impacts human health, causing hearing loss, sleep disturbances, and other health issues.
3) Major sources of noise pollution identified are vehicles, construction, industrial activities, and public address systems.
4) Studies found increasing noise levels over time as urbanization increased. Control measures like limits, afforestation, and maintenance of vehicles are needed to reduce noise pollution.
Thesis irfan BY Muhammad Fahad Ansari 12IEEM14
This document summarizes a thesis written by Muhammad Irfan on road traffic noise pollution and remedial measures in Multan City, Pakistan. The thesis measures noise levels and traffic flows at 12 busy intersections in Multan. It finds that average noise levels exceed national standards. Major noise sources are rickshaws, pressure horns, and improper silencers. A public opinion survey finds most residents and traffic police are annoyed by high noise. The thesis concludes standards are insufficient and recommends banning pressure horns and enforcing vehicle emission standards, while designating hospitals and schools as silent zones.
Thesis irfan BY Muhammad Fahad Ansari 12IEEM14
This document summarizes a thesis written by Muhammad Irfan on road traffic noise pollution and remedial measures in Multan City, Pakistan. The thesis measures noise levels and traffic flows at 12 busy intersections in Multan. It finds that average noise levels exceed national standards. Major noise sources are rickshaws, pressure horns, and improper silencers. A public opinion survey finds most residents and traffic police are annoyed by high noise. The thesis concludes standards are insufficient and recommends banning pressure horns and enforcing vehicle emission standards, while designating hospitals and schools as silent zones.
A Novel Approach To Reduce The Noise Pollution Caused By Honking of Vehicles
The document proposes a novel approach to reduce noise pollution caused by vehicle honking through technological solutions, behavioral interventions, and community engagement. The technological solutions include smart honking systems that regulate honk intensity and duration based on real-time data, as well as noise-canceling technologies. Behavioral interventions involve awareness campaigns and stricter honking regulations. The proposed approach aims to create a more harmonious relationship between vehicles and pedestrians while enhancing quality of life.
A Novel Approach To Reduce The Noise Pollution Caused By Honking of Vehicles
The document proposes a novel approach to reduce noise pollution caused by vehicle honking through technological solutions, behavioral interventions, and community engagement. The technological solutions include smart honking systems that regulate honk intensity and duration based on real-time data, as well as noise-canceling technologies. Behavioral interventions involve awareness campaigns and stricter honking regulations. The proposed approach aims to create a more harmonious relationship between vehicles and pedestrians while enhancing quality of life.
Traffic Noise Pollution and Its Health Implications on Humans: A Review
This document reviews literature on the health implications of traffic noise pollution on humans. It discusses how traffic noise can cause physical and psychological health effects such as hearing loss, headaches, high blood pressure, and mental health disorders. Questionnaire surveys have found that road traffic is a major source of noise pollution in cities and it highly annoys respondents. Studies show noise exposure is linked to sleep disruption, lack of focus, and small reductions in birth weight. The literature review covers various studies that have measured noise levels in cities and investigated its relationship with health impacts and annoyance. Overall, the review finds that traffic noise poses significant health risks and that laws need proper enforcement to control this growing issue.
Traffic Noise Pollution and Its Health Implications on Humans: A Review
This document reviews literature on the health implications of traffic noise pollution on humans. It discusses how traffic noise can cause physical and psychological health effects such as hearing loss, headaches, high blood pressure, and mental health disorders. Questionnaire surveys have found that road traffic is a major source of noise pollution in cities and it highly annoys respondents. Studies show noise exposure is linked to sleep disruption, lack of focus, and small reductions in birth weight. The literature review covers various studies that have measured noise levels in cities and investigated its relationship with health impacts and annoyance. Overall, the review finds that traffic noise poses significant health risks and that laws need proper enforcement to control this growing issue.
ASSESSMENT OF NOISE POLLUTION IN GOPALGANJ CITY
Traffic noise is a significant source of noise pollution in Gopalganj city, Bangladesh. Noise levels were measured from 9-10 AM at Launchghat using a sound level meter. All sound levels exceeded the standard of 50 dBA for a mixed area, ranging from 68.5-90.7 dBA. The noise pollution level was calculated to be 90.7 dBA, indicating high noise pollution from traffic in the area during morning hours. Recommendations to decrease noise pollution include restricting heavy vehicles during work hours and improving traffic conditions.
ASSESSMENT OF NOISE POLLUTION IN GOPALGANJ CITY
Traffic noise is a significant source of noise pollution in Gopalganj city, Bangladesh. Noise levels were measured from 9-10 AM at Launchghat using a sound level meter. All sound levels exceeded the standard of 50 dBA for a mixed area, ranging from 68.5-90.7 dBA. The noise pollution level was calculated to be 90.7 dBA, indicating high noise pollution from traffic in the area during morning hours. Recommendations to decrease noise pollution include restricting heavy vehicles during work hours and improving traffic conditions.
Studying the Effects of Aircraft Noise Around Abu Dhabi International Airport...
The aim of this study is to investigate the impact of aircraft noise pollution on community and workers’
health near Abu Dhabi International Airport. This study was conducted in residential neighborhoods and
employment areas living and working within a 25-km radius of the airport with high exposure to aircraft
noise and in matched control areas far from the airport (outside the 25-km radius) and are unaffected by
aircraft noise. Data was collected by conducting a revealed-preference face-to-face interview surveys
among the residents and the workers nea rand far from Abu Dhabi International Airport during the months
of September and December 2014. A total of 5,070 residents in both areas (2,579 near the airport and
2,492 far from the airport) and 1,995 workers in both areas (995 near the airport and 1,000 far from the
airport) were interviewed and completed the questionnaire. Binomial Logit Regression Model was used to
determine the impact of aircraft noise on community and workers’ health. After controlling for
confounders, the health of the residents adjacent to the airport who have been chronically exposed to high
aircraft noise level are found to be worse than the control group. The results show that residents from the
noise exposure area have a high level of noise stress, hypertension, headache, general disturbance, loss of
sleep/insomnia, and hearing problems than the matched control area. On the other hand, aircraft noise
pollution near Abu Dhabi Airport has no negative impact on workers adjacent to the airport. The impact of
aircraft noise on community health should not restrain the growth of air travel industry in the city as this
growth is essential and beneficial to the whole nation’s economy. The reduction of aircraft noise level in
the exposed area could be achieved by imposing policies, codes of practices, and action noise plans to
assess and evaluate land use management as an effective tool for mitigating aircraft noise. Future research
should assess community health based on self-reported physician diagnosed blood pressure; and hearing,
stress, headache diagnostic examination.
STUDYING THE EFFECTS OF AIRCRAFT NOISE AROUND ABU DHABI INTERNATIONAL AIRPORT...
The aim of this study is to investigate the impact of aircraft noise pollution on community and workers’
health near Abu Dhabi International Airport. This study was conducted in residential neighborhoods and
employment areas living and working within a 25-km radius of the airport with high exposure to aircraft
noise and in matched control areas far from the airport (outside the 25-km radius) and are unaffected by
aircraft noise. Data was collected by conducting a revealed-preference face-to-face interview surveys
among the residents and the workers nea rand far from Abu Dhabi International Airport during the months
of September and December 2014. A total of 5,070 residents in both areas (2,579 near the airport and
2,492 far from the airport) and 1,995 workers in both areas (995 near the airport and 1,000 far from the
airport) were interviewed and completed the questionnaire. Binomial Logit Regression Model was used to
determine the impact of aircraft noise on community and workers’ health. After controlling for
confounders, the health of the residents adjacent to the airport who have been chronically exposed to high
aircraft noise level are found to be worse than the control group. The results show that residents from the
noise exposure area have a high level of noise stress, hypertension, headache, general disturbance, loss of
sleep/insomnia, and hearing problems than the matched control area. On the other hand, aircraft noise
pollution near Abu Dhabi Airport has no negative impact on workers adjacent to the airport. The impact of
aircraft noise on community health should not restrain the growth of air travel industry in the city as this
growth is essential and beneficial to the whole nation’s economy. The reduction of aircraft noise level in
the exposed area could be achieved by imposing policies, codes of practices, and action noise plans to
assess and evaluate land use management as an effective tool for mitigating aircraft noise. Future research
should assess community health based on self-reported physician diagnosed blood pressure; and hearing,
stress, headache diagnostic examination.
Studying the Effects of Aircraft Noise Around Abu Dhabi International Airport...
The aim of this study is to investigate the impact of aircraft noise pollution on community and workers’
health near Abu Dhabi International Airport. This study was conducted in residential neighborhoods and
employment areas living and working within a 25-km radius of the airport with high exposure to aircraft
noise and in matched control areas far from the airport (outside the 25-km radius) and are unaffected by
aircraft noise. Data was collected by conducting a revealed-preference face-to-face interview surveys
among the residents and the workers nea rand far from Abu Dhabi International Airport during the months
of September and December 2014. A total of 5,070 residents in both areas (2,579 near the airport and
2,492 far from the airport) and 1,995 workers in both areas (995 near the airport and 1,000 far from the
airport) were interviewed and completed the questionnaire. Binomial Logit Regression Model was used to
determine the impact of aircraft noise on community and workers’ health. After controlling for
confounders, the health of the residents adjacent to the airport who have been chronically exposed to high
aircraft noise level are found to be worse than the control group. The results show that residents from the
noise exposure area have a high level of noise stress, hypertension, headache, general disturbance, loss of
sleep/insomnia, and hearing problems than the matched control area. On the other hand, aircraft noise
pollution near Abu Dhabi Airport has no negative impact on workers adjacent to the airport. The impact of
aircraft noise on community health should not restrain the growth of air travel industry in the city as this
growth is essential and beneficial to the whole nation’s economy. The reduction of aircraft noise level in
the exposed area could be achieved by imposing policies, codes of practices, and action noise plans to
assess and evaluate land use management as an effective tool for mitigating aircraft noise. Future research
should assess community health based on self-reported physician diagnosed blood pressure; and hearing,
stress, headache diagnostic examination.
STUDYING THE EFFECTS OF AIRCRAFT NOISE AROUND ABU DHABI INTERNATIONAL AIRPORT...
The aim of this study is to investigate the impact of aircraft noise pollution on community and workers’ health near Abu Dhabi International Airport. This study was conducted in residential neighborhoods and employment areas living and working within a 25-km radius of the airport with high exposure to aircraft
noise and in matched control areas far from the airport (outside the 25-km radius) and are unaffected by aircraft noise. Data was collected by conducting a revealed-preference face-to-face interview surveys among the residents and the workers nea rand far from Abu Dhabi International Airport during the months
of September and December 2014. A total of 5,070 residents in both areas (2,579 near the airport and 2,492 far from the airport) and 1,995 workers in both areas (995 near the airport and 1,000 far from the airport) were interviewed and completed the questionnaire. Binomial Logit Regression Model was used to
determine the impact of aircraft noise on community and workers’ health. After controlling for confounders, the health of the residents adjacent to the airport who have been chronically exposed to high aircraft noise level are found to be worse than the control group. The results show that residents from the noise exposure area have a high level of noise stress, hypertension, headache, general disturbance, loss of
sleep/insomnia, and hearing problems than the matched control area. On the other hand, aircraft noise pollution near Abu Dhabi Airport has no negative impact on workers adjacent to the airport. The impact of aircraft noise on community health should not restrain the growth of air travel industry in the city as this
growth is essential and beneficial to the whole nation’s economy. The reduction of aircraft noise level in the exposed area could be achieved by imposing policies, codes of practices, and action noise plans to assess and evaluate land use management as an effective tool for mitigating aircraft noise. Future research should assess community health based on self-reported physician diagnosed blood pressure; and hearing,
stress, headache diagnostic examination.
Studying the Effects of Aircraft Noise Around Abu Dhabi International Airport...
The aim of this study is to investigate the impact of aircraft noise pollution on community and workers’
health near Abu Dhabi International Airport. This study was conducted in residential neighborhoods and
employment areas living and working within a 25-km radius of the airport with high exposure to aircraft
noise and in matched control areas far from the airport (outside the 25-km radius) and are unaffected by
aircraft noise. Data was collected by conducting a revealed-preference face-to-face interview surveys
among the residents and the workers nea rand far from Abu Dhabi International Airport during the months
of September and December 2014. A total of 5,070 residents in both areas (2,579 near the airport and
2,492 far from the airport) and 1,995 workers in both areas (995 near the airport and 1,000 far from the
airport) were interviewed and completed the questionnaire. Binomial Logit Regression Model was used to
determine the impact of aircraft noise on community and workers’ health. After controlling for
confounders, the health of the residents adjacent to the airport who have been chronically exposed to high
aircraft noise level are found to be worse than the control group. The results show that residents from the
noise exposure area have a high level of noise stress, hypertension, headache, general disturbance, loss of
sleep/insomnia, and hearing problems than the matched control area. On the other hand, aircraft noise
pollution near Abu Dhabi Airport has no negative impact on workers adjacent to the airport. The impact of
aircraft noise on community health should not restrain the growth of air travel industry in the city as this
growth is essential and beneficial to the whole nation’s economy. The reduction of aircraft noise level in
the exposed area could be achieved by imposing policies, codes of practices, and action noise plans to
assess and evaluate land use management as an effective tool for mitigating aircraft noise. Future research
should assess community health based on self-reported physician diagnosed blood pressure; and hearing,
stress, headache diagnostic examination.
STUDYING THE EFFECTS OF AIRCRAFT NOISE AROUND ABU DHABI INTERNATIONAL AIRPORT...
The aim of this study is to investigate the impact of aircraft noise pollution on community and workers’
health near Abu Dhabi International Airport. This study was conducted in residential neighborhoods and
employment areas living and working within a 25-km radius of the airport with high exposure to aircraft
noise and in matched control areas far from the airport (outside the 25-km radius) and are unaffected by
aircraft noise. Data was collected by conducting a revealed-preference face-to-face interview surveys
among the residents and the workers nea rand far from Abu Dhabi International Airport during the months
of September and December 2014. A total of 5,070 residents in both areas (2,579 near the airport and
2,492 far from the airport) and 1,995 workers in both areas (995 near the airport and 1,000 far from the
airport) were interviewed and completed the questionnaire. Binomial Logit Regression Model was used to
determine the impact of aircraft noise on community and workers’ health. After controlling for
confounders, the health of the residents adjacent to the airport who have been chronically exposed to high
aircraft noise level are found to be worse than the control group. The results show that residents from the
noise exposure area have a high level of noise stress, hypertension, headache, general disturbance, loss of
sleep/insomnia, and hearing problems than the matched control area. On the other hand, aircraft noise
pollution near Abu Dhabi Airport has no negative impact on workers adjacent to the airport. The impact of
aircraft noise on community health should not restrain the growth of air travel industry in the city as this
growth is essential and beneficial to the whole nation’s economy. The reduction of aircraft noise level in
the exposed area could be achieved by imposing policies, codes of practices, and action noise plans to
assess and evaluate land use management as an effective tool for mitigating aircraft noise. Future research
should assess community health based on self-reported physician diagnosed blood pressure; and hearing,
stress, headache diagnostic examination.
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Oral presentation ppt.pdf
- 1. Noise pollution in Al Khawaneej Ayesha Arif Almheiri- Module 17
- 2. This beautiful neighborhood which has a blend of both Emirati heritage and modernity, has been affected by a common issue of noise pollution. Due to the construction and new attractions.
- 3. Causes and effects on noise pollution
- 4. Construction uses loud machinery and happens at inconvenient times. Which affects the future generation's social and learning abilities and can lead to economic losses according to Charles et al. Construction
- 5. New attractions New attractions use loud machinery and play loud music. A June 2018 Article in Noise Pollution and Urban Planning states that noise pollution affects the health of individuals and can lead, to cardiovascular diseases, sleeping, and psychological problems.
- 6. Solutions for noise pollution
- 7. Implementing noise regulations before building new attractions can prevent this issue. Examples according to a 2014 article are sustainable building designs and noise barriers. Introducing a curfew that contains the construction hours.
- 8. A 2021 study done in Kanpur, India during lockdown revealed that the annoyance level went from 86.23% to 41.25. A 2023 study was done in Doha, Qatar that implemented the curfew interventions and audio-visual devices. Results reveal that the average noise level before implementing the intervention on the unit was 64.6 dB and dropped to 24 dB.
- 9. Conclusion Al Khawaneej and its residents deserve a peaceful environment and by implementing noise regulations and curfews we can prevent noise pollution and ensure the safety of its resident's well-being.
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