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Construction health and safety: A topic landscape study Cover

Figures & Tables

Fig. 1

The publication percentage and its growth rate of “construction health and safety”.
The publication percentage and its growth rate of “construction health and safety”.

Fig. 2

Inter-topic distance in a two-dimensional space using MDS. MDS, multidimensional scaling.
Inter-topic distance in a two-dimensional space using MDS. MDS, multidimensional scaling.

Fig. 3

Topics development over the past three decades.
Topics development over the past three decades.

The most popular journals per topic

Topic IDJournals
1American Journal of Industrial MedicineJournal of Occupational and Environmental MedicineScandinavian Journal of Work Environment and Health
2International Journal of Environmental Research and Public HealthJournal of Construction Engineering and ManagementEngineering Construction and Architectural Management
3American Journal of Industrial MedicineInternational Journal of Environmental Research and Public HealthJournal of Occupational and Environmental Medicine
4American Journal of Industrial MedicineJournal of Construction Engineering and ManagementJournal of Occupational and Environmental Medicine
5American Journal of Industrial MedicineSafety ScienceJournal of Occupational and Environmental Medicine
6American Journal of Industrial MedicineOccupational and Environmental MedicineJournal of Occupational and Environmental Medicine
7Journal of Construction Engineering and ManagementSafety ScienceAmerican Journal of Industrial Medicine
8American Journal of Industrial MedicineJournal of Occupational and Environmental MedicineJournal of Construction Engineering and Management
9American Journal of Industrial MedicineInternational Journal of CancerJournal of Occupational and Environment Medicine
10Automation in ConstructionJournal of Construction Engineering and ManagementJournal of Computing in Civil Engineering

Topic 3 representative articles per topic

Topic IDArticles
1Tonnon et al. (2019); Chung et al. (2019); Caban-Martinez et al. (2018)
2Campbell and Gunning (2020); Kotera et al. (2019); Xing et al. (2019)
3Onyebeke et al. (2016); Sokas et al. (2019); Yaldiz et al. (2018)
4Al-Bayati et al. (2017); Dong et al. (2010); Khan and Sandhu (2016)
5Hussain et al. (2020); Khokhar et al. (2019); Xu et al. (2019)
6Bello et al. (2020); Kiconco et al. (2019); Moldovan et al. (2020)
7Alomari et al. (2020); Li et al. (2020); Marín et al. (2019)
8Gupta et al. (2018); Roelen et al. (2014); Schofield et al. (2019)
9Asfar et al. (2019); Chapman et al. (2020); Roche et al. (2020)
10Osunsanmi et al. (2019); Yu et al. (2019a); Yu et al. (2019b)

Description of the extracted 10 distinct topics

Topic IDTopic labelKey featuresDescription
1Physical health and diseaseHealth status and various related indicators.Correlation of strain-related diseases and other diseases.Construction workers need more education on nutrition, healthy behaviors, and workplace injury prevention. Training and education programs can promote nutrition and health and safety knowledge such that the dietary behavior of construction workers can be improved, and workplace injuries can be reduced. Existing studies demonstrate that obesity and high physical workload have a synergistic, negative effect on work ability.
2Mental health and dysphreniaMental health problems, work pressure, suicidal behavior, and mental disorders.Management should focus on improving construction workers’ engagement with the workplace and work/life balance. Many male construction workers do not seek out help despite experiencing mental health issues. Active interventions and self-compassion are important and can medicate and adjust workers’ adverse emotional and mental states.
3Gender and ageGender ratio Differences in personal income due to gender and age.Aging of the labor market Labor replacement and updating.Trade-specific age trends within the construction industry reveals that age is a boundary condition of job resources stress link. In addition, female construction workers are exposed to various safety hazards as they hardly find properly fitting Personal Protective Equipment (PPE). Understanding the needs and motivations of construction employees of different genders and ages is crucial to their health and safety and well-being.
4Migrant and raceIncome difference between ethnicities and immigrants.Behavior and awareness of health and safety.The construction industry is multicultural, containing a large number of migrants. Effective communication on construction sites is crucial to improve construction performance. Cultural barriers affect the clarity of communication between construction workers, which in turn, affect the jobsite safety and productivity. Understanding and managing various cultures and improving work practice can help improve the health and safety, and the economic and social construction of migrant workers.
5Vocational ability and trainingDegree of skill proficiency.Improvement and importance of vocational skill training for health and safety.Jobsite accident rate remains high despite substantial efforts have spent in improving the health and safety education, Existing one-size-fits-all training program does not cater to the needs to construction workers who are heterogeneous in nature. The major factor contributing to ineffective training is the information delivery gaps during the knowledge-transfer process, i.e., ineffectiveness of transferring their knowledge and skills to job sites. Personalized training with active interventions is a promising approach for a diverse group of construction workers.
6Occupational exposure and accidentEffects of occupational exposure on health and safety.Workplace accidents and work-related injuries.The construction industry is a dangerous workplace. Construction workers are highly likely to exposed to reactive chemicals, solar Ultraviolet (UV) radiation, poor safety environment and PPE, stress, and other health and safety hazards, which cause occupational injuries. However, most of the factors significantly associated with these dangers and injuries can be prevented and controlled. It is essential to increase workers’ health and safety awareness and implement comprehensive exposure control programs, including regulations in regional and national legislation, in order to minimize accidents and injuries.
7Safety climate and managementKnowledge of the construction safety.Relationship between management and workers Management strategies and methodologies.Different factors impact the health and safety of jobsite construction workers. Prior studies explored whether construction workers’ social capital affects their safety behaviors and showed that structural and relational dimensions of workers’ social capital have a significant and direct effect on workers’ safety behaviors, whereas the cognitive dimensions does not. Effective and trustful interpersonal relationships between construction workers and management can improve workers’ safety behaviors. Organizational factors have the greatest impact on construction workers’ safety while human factors have the least.
8Job situation, security and policiesWorking conditions, job security, pensions, subsidies and other welfare benefits provided by management.Jobsite facilities and labor welfare benefits directly or indirectly affect the productivity of the construction workforce.
9Tobacco, alcohol and drugsAddiction to smoking, alcohol, and drugs.Quitting behavior.The construction is a generally male-dominated industry that is more susceptible to tobacco, alcohol, and drug use, which pose a serious risk to construction workers’ health and safety. The influence of tobacco, alcohol, and drug workplace availability and norms highlight the importance of workplace culture and health. Hybrid and multifaceted approaches involving culture change and personal-level responses targeting vulnerable, low-acculturation-level, and migrant construction workers are necessary in order to minimize risk from smoking-, alcohol-, and drug-related harm and effects. Specific tobacco, alcohol, and drug treatments tailored for vulnerable and migrant workers’ culture are essential to support sustainable worksite cessation efforts and can be integrated into other health and safety programs.
10Smart devicesUse of smart products.Use of intelligent monitoring and management devices.Intelligent management systems.One major reason for unsatisfactory occupational health and safety records in the construction industry is attributed to high physical requirements and dynamic and hostile working environments. Construction workers are subjected to ergonomic risks and other potential injuries. Traditional jobsite worker monitoring relies on construction workers’ self-reporting and subjective questionnaires. Both intrusive (e.g., wearable devices and attached sensors) and non-intrusive (e.g., computer-vision-based motion capturing) methods are used to monitor workers’ status by effectively and objectively collecting their physical and mental data and then used to access workers’ physical states.

Top 10 most active research institutions

InstitutionCountry/regionPercentage (%)
Hong Kong Polytech UniversityHong Kong, China3.35
University of MichiganUS3.13
University of WashingtonUS2.68
National Institute for Occupational Safety and HealthUS2.68
Umea UniversitySweden2.46
Karolinska InstituteSweden2.35
Duke UniversityUS2.23
City University of Hong KongHong Kong, China2.12
Vrije University AmsterdamNetherlands2.12
Harvard UniversityUS2.12

Topic Label and Hi values for the 10 topics

Topic IDTopic label# Article (%)Hi (%)σ
1Physical health and disease193 (29.15)0.060.40
2Mental health and dysphrenia41 (6.19)0.340.22
3Gender and age15 (2.27)0.650.11
4Migrant and race14 (2.11)0.800.11
5Vocational ability and training29 (4.38)0.420.18
6Occupational exposure and accident183 (27.64)0.050.42
7Safety climate and management102 (15.41)0.100.33
8Job situation, security and policies28 (4.23)0.450.18
9Tobacco, alcohol and drugs26 (3.93)0.510.17
10Smart devices31 (4.68)0.210.20

Top 10 research areas

Research area#ArticlePercentage (%)
Public, environmental and occupational health49355.08
Engineering18620.78
Environmental sciences and ecology869.61
Construction and building technology697.71
Business and economics455.03
Psychology353.91
Toxicology303.35
General and internal medicine283.13
Operations research and management science262.91
Transportation252.79

Top 10 research journals

Journal name#ArticlePercentage (%)
American Journal of Industrial Medicine9110.17
Journal of Occupational and Environmental Medicine364.02
Journal of Construction Engineering and Management343.80
Occupational and Environmental Medicine323.58
International Journal of Environmental Research and Public Health283.13
Scandinavian Journal of Work Environment and Health262.91
Safety Science252.79
International Archives of Occupational and Environmental Health192.12
Automation in Construction171.90
Journal of Safety Research161.79

The most popular authors per topic

Topic IDAuthors (Surname, First name)
1van der Beek, Allard J.; Brenner, H; Proper, Karin I.
2Gullestrup, Jorgen; LaMontagne, Anthony D.; Milner, Allison
3Chan, Alan H. S.; Dong, Xiuwen Sue; Wang, Xuanwen
4Evia, Carlos; Dietz, Noella A.; Asfar, Taghrid
5Hess, Jennifer A.; Weeks, Douglas L.; Anton, Dan
6Dong, Xiuwen Sue; Jarvholm, Bengt; Heederik, Dick
7Chan, Albert P. C.; McCabe, Brenda; Li, Shuquan
8Jarvholm, Bengt; Stattin, Mikael; Burdorf, Alex
9Ye, Weimin; Duraisingam, Vinita; Pidd, Ken
10Lee, SangHyun; Li, Heng; Jebelli, Houtan

ARIMA results and forecasting

TopicOrder1logLikAICBICHQIC2RMSELBstat3Avg Future Gth (%)Category
The field(0,1,1)−93.83193.65197.76194.946.140.532.57Benchmark
1(0,1,1)−69.63145.26149.14146.413.160.888.65Hot
2(0,1,1)−42.7791.5494.6792.221.850.993.62Hot
3(0,1,1)−27.9861.9564.4562.201.220.870.91Stable
4(0,1,1)−21.7149.4351.7449.540.920.577.85Hot
5(0,2,2)−31.7471.4775.0371.961.260.857.56Hot
6(0,2,4)−78.14164.28169.61165.913.660.213.52Hot
7(0,1,2)−45.6297.25100.2397.832.290.094.95Hot
8(0,0,0)−34.8973.7875.6774.101.520.14−2.98Cold
9(0,2,1)−34.4876.9580.9477.731.270.921.70Stable
10(0,2,1)−19.8447.6748.8846.341.570.8115.74Hot
DOI: https://doi.org/10.2478/otmcj-2021-0027 | Journal eISSN: 1847-6228 | Journal ISSN: 1847-5450
Language: English
Page range: 2472 - 2483
Submitted on: Jul 30, 2020
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Accepted on: Jul 14, 2021
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Published on: Oct 9, 2021
Published by: University of Zagreb
In partnership with: Paradigm Publishing Services
Publication frequency: 1 issue per year

© 2021 Xiaorui Cao, Ruodan Lu, Liang Guo, Jianya Liu, published by University of Zagreb
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 License.