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Fatal Occupational Injuries in Massachusetts 1991-1999 PDF Version Massachusetts Department of Public Health
 

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1.1 Overview

  • A total of 633 workers suffered fatal injuries at work from 1991 through 1999, an average
    of 70 fatalities a year, more than one worker death each week (1.3 fatalities per week).
  • The average annual occupational fatality rate for the nine-year period was 2.3 fatalities per
    100,000 civilian workers.
  • The average age2 at death was 42.4 years. These fatalities resulted in an average 33 years
    of potential life lost for each death (number of years before the victim reached age 75) and for
    a total of 20,724 years of potential life lost over the nine-year period.
  • The number of work-related fatalities and fatality rates in Massachusetts fluctuated over time
    (Chart 1). Except for 1998, the annual number of fatalities ranged between 62 and 86 and the
    annual fatality rate between 2.0 and 3.0 fatalities per 100,000 workers. The lowest number of
    fatalities was observed in 1998 and the highest in 1993.
Chart 1. Number and Rate of Fatal Occupational Injuries by Year, Massachusetts, 1991-1999 (N=633)



A 16-year-old male part-time cleaning helper was fatally injured at a seafood processing/retail facility when the forklift he was operating overturned. The victim was operating the forklift to move a wooden pallet loaded with trash. The load was raised approximately 4 ½ feet when the victim made a right-hand turn causing the forklift to overturn. When the forklift overturned, the Falling Object Protective Structure (FOPS) of the forklift struck him in the chest. He was transported to a hospital where he died the next day from his injuries.

In order to prevent similar incidents, the Massachusetts FACE program recommended that employers should: 1) comply with federal and state child labor laws that prohibit youth less than 18-years-old from operating forklifts; 2) train all forklift operators in safe operating procedures; 3) provide adequate supervision for young workers, new employees, and any inexperienced workers; and 4) develop, implement, and enforce a written comprehensive health and safety program (Massachusetts FACE report, 00MA058).

1.2 Gender

  • The great majority (589 workers, 93%) of workers who died due to work-related injuries were men. Female workers accounted for the remaining 44 fatalities (7%).
  • The fatal occupational injury rates for male workers were much higher than the rates for female workers for all the years under consideration (Chart 2). The average annual fatal occupational injury rate for the nine-year study period for men was 4.1 fatalities per 100,000 workers, more than thirteen times the rate for women (0.3 per 100,000). These findings are consistent with findings at the national level.
  • The difference in fatality rates for men and women is likely in large part due to the fact that more men are employed in high-risk occupations. For example, in 1999, proportionately more men (18%) than women (3%) were employed in two occupation groups with high fatality rates: Farming, Forestry & Fishing occupations and Operators, Fabricators and Laborers. Conversely, 75% of female workers compared to 52% of male workers were employed in two occupation groups with low fatality rates: Managerial & Professional Specialty occupations and Technical, Sales and Administrative Support occupations.
  • Fatal events varied by gender. Highway transportation incidents (16 fatalities, 36%) and homicide (12 fatalities, 27%) were the two leading events for female workers, accounting for 63% of all female fatalities. In contrast, fall to a lower level was the leading event among men (114 fatalities, 20%) followed by homicide (70 fatalities, 12%), and highway transportation incidents (68 fatalities, 12%).
Chart 2. Rate of Fatal Occupational Injuries by Gender, Massachusetts, 1991-1999



1.3 Age
  • The average age at death for the nine-year period was 42.4 years, with a range of 9 to 85 years. Most workers (398 fatalities, 63%) who were fatally injured on the job were 45 years old or younger.
  • Six workers (1%) were less than 18 years of age. These included: 3 newspaper carriers who were struck by vehicles while delivering papers; a teen worker who was fatally injured when a trench collapsed on him; a teen worker who was crushed by a street sweeper; and another teen worker who committed suicide while at work.
  • Forty-nine victims (8%) were 65 years of age or older, and the risk of being fatally injured on the job increased markedly with age (Chart 3). A similar age trend is seen in the national data.3
  • Fatality rates calculated using number of workers employed underestimate the risks faced by both older (greater than 64 years) and younger (less than 18 years) workers. Workers in both these age groups are more likely to be employed part-time; therefore their rates are higher when actual total work hours are taken into account.4
  • Fatal events varied by age. Forty-nine percent of the workers 65 years or older (24 fatalities) died as a result of falls compared to 19% (109 fatalities) of workers less than 65 years old (Appendix 8).
Chart 3. Number and Rates of Fatal Occupational Injuries by Age Group, Massachusetts, 1991-1999 (N=624)



NOTE: Employment data for 1995 from the Current Population Survey was used for rate computation. Four fatal injuries were excluded because victims were younger than 16 years. Another 5 fatalities were excluded due to lack of age information.

1.4 Race and Hispanic Origin
  • Based on data obtained from death certificates for fatally injured workers, 562 workers (89%) were white while 31 (5%) were black and 24 (4%) were of Asian or Pacific Islanders descent. Thirty-two workers (5%) were of Hispanic origin.5
  • White workers had lower fatal occupational injury rates than other workers. The rate for black workers was 2.7 fatalities per 100,000 workers compared to a rate of 2.2 fatalities per 100,000 for white workers. Workers of Hispanic Origin had the highest rate of fatal injury (3.3 fatalities per 100,000 workers) (Chart 4). Findings are consistent with previous reports that minority workers are disproportionately employed in high-risk jobs.6
  • Industry divisions in which high numbers of fatal injuries occurred varied by race. A high number of fatal occupational injuries among non-white workers occurred in the Trade industry whereas a high number of white workers lost their lives in the Construction industry.
  • Leading fatal events also varied by race and ethnicity of victims. Falls were the leading event among white workers, while homicide was the leading event among black, Asian, Hispanic workers (Appendix 1).
Chart 4. Average Annual Rate of Fatal Occupational Injuries by Race and Hispanic Origin, Massachusetts, 1991-1999



NOTE: The Hispanic employed workforce is reportedly underestimated by 10%7. The rate is adjusted for this underestimation. The unadjusted rate was 3.7 fatalities per 100,000 workers.

A 40-year old Hispanic male laborer died when he was caught in a ribbon blender at a fish processing plant. The victim and a co-worker had stepped into the empty tank, normally used in the processing of fish gurry, carrying a hose to clean out the tank. When the victim pulled on the hose, it caught on the switch that turned on the machine. The co-worker escaped because he had not completely entered the tank, but the victim was caught in the slowly rotating blades. The machine was shut down immediately and emergency medical services were called to the scene. The victim died in the machine. The victim and the majority of his co-workers spoke Spanish or Portuguese as their only language. The victim had worked for the same company for two months at the time of his death.

In order to prevent similar incidents, Massachusetts FACE recommended that employers should: 1) develop and enforce a comprehensive lockout/tag-out program; and 2) develop and enforce a safety program that includes training for all workers in their commonly spoken language in recognizing and avoiding machinery hazards (Massachusetts FACE report, 98MA035).

1.5 Events/Exposures

  • Transportation related incidents (including land, water and air transport incidents) led all event categories. During the nine-year period, 221 workers (35% of fatalities) died from work-related transportation incidents. Within this category, highway motor vehicle incidents and water vehicle incidents were the most frequent, resulting in 84 and 51 fatalities respectively. Forty workers were struck by vehicles and 24 died in aircraft crashes (Table 4).
  • Falls, the second leading event category, accounted for one-fifth (133 fatalities, 21%) of all fatal occupational injuries. Within this category, fall to lower levels was the single leading event; sixty percent (71 fatalities) of the falls to lower levels occurred in the construction industry division (See Special Topic: Falls to Lower Levels, page 27).
  • Assaults and Violent Acts was the third leading event category, accounting for 115 fatalities (18%). Homicide, which is the major single event within this category and the third leading event overall, claimed a total of 82 workers’ lives, while suicides and animal attacks accounted for 33 fatalities. In more than two-thirds (68%) of the homicides, firearms were used as a means of assault. Robbery was the primary circumstance in workplace homicides for which information about circumstance was available; 25 out of 51 (49%) of the cases occurred during robbery. (See Special Topic: Work-related Homicide, page 32).
  • Contact with objects accounted for the fatalities of 88 workers (14%). Twenty-four victims died after being struck by falling objects such as trees and electrical poles. Another 21 workers died when they were caught in running equipment or machinery. About 61% (54 fatalities) of the 88 fatalities due to contact with objects occurred in the Construction, Manufacturing and Agriculture industries, whereas only 35% of all fatalities occurred in these industries.
  • Fifty workers (8%) died from Exposure to Harmful Substances and Environments at their workplaces. Half (25) of them were electrocuted, 15 died from inhaling harmful substances, and 8 died from oxygen deficiency.
  • Fires and Explosion events fatally injured 25 workers (4%) during the nine-year period. Fire incidents claimed the lives of 17 workers while 7 workers died from explosions. Ten victims of fire incidents were fire fighters who died in the line of duty due to an injury;8six of them died in a single incident.
A 22-year old male warehouse worker was fatally injured when the forklift truck he was driving tipped over. The victim was driving the truck around the parking lot at the end of a shift after having filled the battery with water. He took a very sharp turn and the three-wheeled forklift truck tipped over. He was not wearing the available seat belt at the time of the incident. He fell from the vehicle and the truck fell on top of him. He had been driving a forklift truck in the warehouse for four years. His training had been completely on-the-job.

In order to prevent similar incidents, FACE recommended that employers: 1) assure that forklift operators are trained in the safe operation of their vehicles; 2) require that operator restraints be used; and 3) develop and implement a comprehensive safety program that includes worker training in recognizing and controlling the hazards of warehouse work (Massachusetts FACE report, 98MA033).

Table 1. Number and Rate of Fatal Occupational Injuries by Event/Exposure, Massachusetts, 1991-1999

Event/Exposure Number of fatalities Percent Rate Per 100,000 Workers
Transportation Incidents
  Highway motor vehicle incidents
  Water vehicle incidents
  Worker struck by vehicle
  Aircraft crashes
221
84
51
40
24
35
13
8
6
4
0.8
0.3
0.2
0.2
0.1
Falls
  Falls to lower levels
133
118
21
19
0.5
0.4
Assaults and Violent Acts
  Homicide
  Suicide
115
82
30
18
13
5
0.4
0.3
0.1
Contact with objects
  Struck by falling object
  Caught in running equipment or machinery
88
24
21
14
4
3
0.3
0.1
0.1
Exposure to Harmful Substances or Environments
  Electrocution
50
25
8
4
0.2
0.1
Fires and Explosions 25 4 0.1
Total 633 100 2.3

Table 2. Major Events/Exposures Categories and Events/Exposures with Three or More Occupational Fatalities, Massachusetts, 1991-1999

Event/Exposure Category Events/Exposures with Three or More Occupational Fatalities
Contact with Object or Equipment (88) Struck by falling objects (24)- [trees (10) and other objects (14)]; Struck by dislodged flying object (3); Struck by rolling vehicles that were not in normal operation (7); Caught in running machinery or equipment (21); Compressed or pinched by rolling or sliding objects (3); Excavation or trenching cave-in (5); and caught in or crushed in collapsing structure (3)
Falls (133) Fall down stairs or steps (8); Fall from floor, dock, or ground level (6); Fall from ladder (21); Fall from roof (26); Fall from scaffold, staging (18); Fall from building girders or other structural steel (6); Fall from non-moving vehicle (9); and Fall to floor, walkway, or other surface (8); and Fall onto or against objects (93)
Exposure to Harmful Substances And Environments (50) Electrocution (25); Inhalation of substance (12); Drowning, submersion (7)
Transportation Accidents (221) Highway motor-vehicle related incidents (84) [Collision between vehicles or collision between a moving vehicle and stationary objects or vehicles (70) and Non-collision incidents (11); Non-highway motor vehicle related incidents (19); Worker struck by motor vehicle (40); Railway incidents (3); Water vehicle incidents (51)- [Sinking , capsizing water vehicle (34) and Fall from ship or boat (14)]; and Aircraft crashes (24)
Fires and Explosions (25) Unintended fires (17); and Explosions (8)
Assaults and Violent Acts (115) Homicides (82); Suicides (30); and Attacks by Non-venomous Animals (3)

1.6 Industry

  • The Service industry division, which includes Forestry and Fishing, lost the greatest number of workers (156 fatalities, 25%) to fatal occupational injuries (Chart 5). Within this division, Commercial Fishing had by far the largest number of fatalities (57), followed by Business Services and Health Services industries with 18 and 17 fatalities, respectively.
  • The Agriculture industry division had the highest fatality rate during the nine-year period and had the second smallest number of fatalities. About two-thirds of these fatal injuries (23 fatalities) occurred in Landscaping and Horticultural Services and more than half (52%, 12 fatalities) of these 23 victims in the Landscaping and Horticultural services industry were either struck by falling trees or fell from trees.
  • The Construction industry division had the second highest number of fatalities and the second highest fatal occupational injury rate. During the nine-year period, the construction industry division lost 136 workers (21%) to occupational injuries and the average annual fatality rate was 10.9 fatalities per 100,000 workers- more than four times the overall state rate. Nearly three-in-four construction workers fatally injured on the job (100 fatalities) were employed in the Special Trade Contractors sector which includes, among others, carpentry, roofing, masonry, and steel erection. More than one-half of the fatalities (53%, 71 fatalities) in this major industry group resulted from fatal falls.
  • The Trade industry division, which employs about one-fifth of Massachusetts’ labor force, had 85 fatalities (13%) during the nine-year period. More than half (49) of the fatalities in this industry division were the result of workplace homicides and transportation incidents.
  • Sixty-nine workers employed in the Government sector suffered fatal injuries. Approximately twothirds (67%, 46 fatalities) of those fatally injured were in Public Administration jobs such as fire protection, public safety, and security. The two leading events among government workers were highway motor vehicle incidents and homicide (Appendix 6).
  • Leading fatal events varied by industry division (Table 3).
Chart 5. Number and Rate of Fatal Occupational Injuries by Industry Division, Massachusetts, 1991–1999

NOTE: Employment data from the Current Population Survey were used to calculate rates. Except for agriculture, fatalities among selfemployed workers were excluded from rate computations. The Finance, Insurance and Real Estate industry division was excluded due to small number of fatalities (9 fatalities). Information about industry/ownership was unavailable for two fatalities.

Table 3. Industry Divisions, Leading Fatal Events and Industries with Three or More Work-related Fatalities, Massachusetts, 1991-1999

Industry Division Leading fatal events Industries with three or more work-related fatalities
Agriculture, Forestry and Fishing (94) - Water vehicle incidents (57)
- Struck by falling objects (9)
- Falls to lower levels (8)
Fruits and tree nut farms (7); landscape and horticultural services (23); and commercial fishing (57)
Construction (136) - Falls to lower levels (71)
- Electrocution (13)
- Struck by object (12)
General building contractors –residential buildings (13); general building contractors-non-residential buildings (5); highway and street construction (5); heavy construction-except highway and street construction (11); and special construction trades (100)[ e.g. carpentry, masonry, roofing,…etc]
Manufacturing (55) - Caught in running equipment/machinery (7)
- Falls to lower levels (5)
- Suicides (4)
Iron and steel foundries (5) and fabricated structural metal products (4)
Transportation/ Communication/ Public Utilities (84) - Highway motor vehicle incidents (24)
- Homicides (15)
- Aircraft crashes (14)
Taxicabs (13); trucking and courier services, except air (25); public warehousing and storage (3); marine towing and tugboat services (3); air transportation, nonscheduled (8); telephone commmunications (6); electric services (5); and sanitary services (5)
Wholesale and Retail Trade (85) - Homicide (29)
- Highway motor vehicle Incidents (12)
- Falls to lower levels (11)
Electrical goods wholesale (3); hardware, and plumbing & heating equipment and supplies wholesale (3); miscellaneous durable goods wholesale (5); groceries and related products wholesale (5); lumber and building material retail (4); grocery stores (9); gasoline service stations (3); eating and drinking places (18); liquor stores (3); used merchandise stores (3); and miscellaneous shopping good stores (3)
Finance, Insurance and Real Estate (9) - Falls to lower levels (5) Real estate agents and managers (5)
Services (97) - Highway motor vehicle incidents (22)
- Homicides (20)
- Falls to lower levels (12)
Hotels and motels (4); laundry, cleaning, and garment services (3); building cleaning and maintenance (8); personnel supply services (6); miscellaneous business services (10); automotive repair shops (7); miscellaneous repair shops and related services (3); miscellaneous amusement and recreation services (4); hospitals (5); home health care services (4); miscellaneous health and allied services (3); colleges, universities, professional schools and junior colleges (6); religious organizations (3); engineering, architectural, and surveying services (3); and research, development, and testing services (6)
Government Sector (69) - Highway motor vehicle incidents (14)
- Homicides (14)
- Suicides (6)
Highway and street construction (3); local and suburban passenger transportation (4); sanitary services (3); elementary and secondary schools (4); public order and safety (32); administration of environmental quality program (3); and national security (4)

1.7 Occupation
  • Farming, Forestry & Fishing occupation group had the highest fatal occupational injury rate with 30.6 fatalities per 100,000 workers, more than thirteen times the overall state rate for all occupations (2.3 fatalities per 100,000 workers) (Chart 6). Most of the workers in this group (57 of 95) were fishers; fishing claimed more lives than any other single occupation (Table 4) (See Special Topic: Commercial Fishing, page 36).
  • Operators, Fabricators, and Laborers had the highest number of occupational fatalities and the third highest fatality rate over the nine-year period (Chart 6). One-fourth (160 fatalities) of all workers fatally injured on the job were employed in this occupation group, which had a fatality rate of 5.3 fatalities per 100,000 workers.
  • The Precision, Production, Craft, and Repair occupation group had the second highest fatality rate (5.4 per 100,000 workers) and more fatal falls and electrocution injuries than any other occupation group. About two-thirds (68%) of all fatal falls to lower levels and 60% (15 of 25) of all fatal electrocutions involved workers in this occupation group.
  • Leading events varied by occupation group (Table 4). Water Vehicle incidents were the leading event in the Farming, Forestry and Fishing occupation group. Homicide was the leading event in three occupation groups: Service, Managerial & Professional Specialty, and Technical, Sales & Administrative Support occupation groups. Falls to Lower Levels was the leading event in Precision Production, Craft & Repair occupation group.
Chart 6. Number and Rate of Fatal Occupational Injuries by Occupation Groups, Massachusetts, 1991-1999

NOTE: Employment data from the Current Population Survey (1991-1999) were used to calculate rates. The data included fatalities to both self- employed and wage and salary workers. Four fatalities were excluded because victims were younger than 16 years. Four other fatalities were excluded due to lack of information about occupation.

Table 4. Occupation Groups, Leading Fatal Events and Occupations with Three or More Work-related Fatalities, Massachusetts, 1991-1999


Occupation Groups Three Leading Fatal Events Occupations with Three or More Fatalities
Managerial and Professional Specialty (76) - Homicide (17)
- Highway motor vehicle incidents (15)
- Falls to lower levels (8)
Administrators, education and related fields (3); managers, food serving and lodging establishments (7); managers, property and real estate (3); other managers and administrators (14); civil engineers (3); agricultural engineers (5); physicians (3); lawyers (3); and athletes (3)
Technical, Sales and Administrative Support (86) - Homicide (26)
- Aircraft crashes (16)
- Highway motor vehicle incidents (14)
Electrical and electronic technicians (6); airplane pilots and navigators (12); supervisors and proprietors-sales occupations (19); sales workers (6); cashiers (5); news vendors (4); messengers (3); traffic, shipping and receiving clerks (4); and stock and inventory clerks (5)
Service (67) - Homicide (19)
- Highway motor vehicle incidents (15)
- Falls to lower levels (8)
Fire fighting occupations (10); police and detective-public service (16); guards and police- except public service (8); cooks (4); miscellaneous food preparation occupations (3); nursing aides, orderlies and attendants (4); and janitors and cleaners (8)
Farming, Forestry and Fishing (95) - Water vehicle incidents (47)
- Falls to lower levels (10)
- Struck by falling objects (8)
Farmers-except horticultural (3); horticultural specialty farmers (3); groundskeepers and gardeners-except farm (14); captains and other officers-fishing vessels (12); and fishers (45)
Precision Production, Craft and Repair (144) - Falls to lower levels (67)
- Electrocution (15)
- Inhalation of substance (9)
Supervisors, mechanics, and repairers (3); automobile mechanics (5); bus, truck, and stationary engine mechanics (3); industrial machine repairers (3); heating, air conditioning, and refrigeration mechanics (3); elevator installers and repairers (3); specified mechanics and repairers (3); supervisors, carpenters and related workers (4); supervisors, n.e.c. (11); brickmasons and stonemasons (6); carpenters (16); electricians (15); painters, construction and maintenance (9); plumbers, pipefitters and steamfitters (6); roofers (16); structural metal workers (7); construction trades, n.e.c. (9); and supervisors, production occupations (8)
Operators, Fabricators, and Laborers (161) - Highway motor vehicle incidents (33)
- Homicide (17)
- Struck by vehicle (17)
- Falls to lower levels (15)
Molding and casting machine operators (3); welders and cutters (4); truck drivers (43); bus drivers (3); taxicab drivers and chauffeurs (14); sailors and deckhand operators (3); operating engineers (3); excavating and loading machine operators (6); industrial truck and tractor equipment operators (5); miscellaneous material moving equipment operators (3); construction laborers (21); garbage collectors (3); machine feeders and offbearers (3); freight, stock and material handlers, n.e.c. (4); and laborers-except construction (24)
n.e.c. – Not elsewhere classified
  • As shown in Table 5, seven occupations with the highest number of fatalities accounted for nearly one-third (30%) of all occupational fatalities in Massachusetts during the nine-year period.
Table 5. Selected Occupations with High Number of Fatal Occupational Injuries, Massachusetts, 1991-1999

Occupation Number % of total
fatalities
Fishers
Truck drivers
Construction laborers
Supervisors and proprietors, sales occupations
Police and detectives
Carpenters
Roofers
57
43
21
19
16
16
16
9.0
6.8
3.3
3.0
2.5
2.5
2.5
Total 188 30.0

1.8 Government Employed Workers
  • A total of 69 (11% of total work-related fatalities) government employees died on the job. Public sector workers raise special concerns because they are not protected under the federal Occupational Safety and Health Act in Massachusetts.
  • The two leading events in the sector were highway motor vehicular incidents (14 fatalities, 20% of public sector total) and homicide (14 fatalities, 20%) (Appendix 6). Nine workers were fatally injured after being struck by vehicles at their workplaces. Suicide, electrocution, fire, and other events accounted for the remaining fatalities.
  • The age of victims at time of death ranged from 16 to 70 years. Nearly two-thirds (64%) of these workers were between the ages of 35 and 54 years and 99% (68 victims) were younger than 65 years. Government workers fatally injured on the job in Massachusetts were, on average, younger than all workers who suffered fatal occupational injuries in the state.
  • Government workers who died from work-related injuries were employed in a wide range of industries. The majority (32 victims, 46%) of these workers were employed in the Justice, Public Order and Safety industry. Twelve (17%) fatalities occurred in the Transportation and Public Utilities division and 7 (10%) occurred in the Service industry division. Four victims were federal government employees involved in National Security and Internal Affairs Activities.
  • Almost half (48%, 33 workers) of the workers were employed in service occupations which include detectives, police officers, supervisors, and firefighters. Fifteen victims were law enforcement workers and 10 were firefighters. Six of the 10 firefighters were fatally injured in a single fire.
A police officer was fatally injured when a motorist intruded into a roadway construction work zone striking him. The victim was standing at a four-way intersection directing traffic through a detour. The main flow of traffic followed the detour making a right-hand turn at the four-way intersection. The motorist failed to turn right at the construction site detour and struck the victim. The victim was transported to a local hospital where he was pronounced dead. In order to prevent similar incidents, FACE recommended that employers/highway construction contractors should: 1) ensure that the work zone is setup, at a minimum, in accordance with the Manual on Uniform Traffic Control Devices (MUTCD), Part 6 developed by the U.S. Department of Transportation Federal Highway Administration; 2) consider portable rumble strips to alert motorist to the changed roadway conditions; and 3) consider area objects and the work site background when choosing colors for worker apparel. In addition, FACE also recommended that local and state government agencies should: 1) consider training and certifying all municipal officers who are performing traffic details on work zone construction sites; and 2) consider developing state work zone laws to include increased fines for motorists speeding within work zones (Massachusetts FACE report, 00MA054).

1.9 Self-employed Workers
  • Of the 633 workers who were fatally injured from 1991 to 1999, 111(18%) were self-employed.
  • The average annual fatality rate for self-employed workers (4.4 fatalities per 100,000 workers) was more than twice the average annual fatality rate for wage and salary workers (2.0 fatalities per 100,000 workers).
  • Most fatal injuries to self-employed workers occurred in high-risk industries and occupations. For example, 57% of fatalities (63 fatalities) among self-employed workers occurred in two industry divisions: Construction and Agriculture, Forestry & Fishing. Similarly, 59% (65 fatalities) of the fatalities among self-employed workers were to fishers, construction workers, sales workers, cabdrivers, and truck drivers.
1.10 Foreign-Born Workers
  • One out of every 6 workers (110 fatalities) who died due to occupational injuries in Massachusetts was foreign–born (Table 6). An equal proportion (17%) of Massachusetts’s labor force is comprised of immigrant workers.9
  • Of the 99 foreign-born workers for whom race information was available, two-thirds (66) were white, 17 were black and 16 were Asian. Fifteen (15 %) of the foreign-born workers were of Hispanic origin.
  • Foreign-born workers accounted for high proportion of work-related fatal injuries among Asian, black and Hispanic workers. About 89% (16 out of 18) of the fatalities among Asian workers, 55% (17 out of 31) of fatalities among black workers, and 53% (17 out of 32) of fatalities among Hispanic workers involved workers born outside the United States. In contrast, only 12% of fatalities among white workers occurred to workers born in other countries.
  • Foreign-born workers who died on the job were somewhat more likely than native born to be selfemployed (23% vs 18%). Nearly half of the fatalities among foreign-born workers occurred among fishers, taxi drivers, construction trade occupations, and sales occupations.
  • The leading event categories among foreign-born and native workers were the same: Transportation Incidents (including water vehicle incidents), Assaults and Violent Acts, and Falls. However, these three event categories accounted for 72% of the fatalities among the foreignborn compared to 44% of the victims born in the U.S.
A 33-year old carpenter was fatally injured when he fell through the open side of the third floor of a structure being renovated from a factory into an office building. The victim was working with two co-workers to place a 300 lb. wooden box beam onto the roof 8 ½ feet above the floor using a manual hoist. The hoist mechanism let go allowing the beam to fall and strike the victim, pushing him out the opening. He fell approximately 22 ½ feet to the ground below and died from severe head injuries.

In order to prevent similar incidents, FACE recommended that the employers: 1) ensure that alternative fall protection is used when guardrails are removed to gain access for construction tasks; 2) ensure that all lifting equipment is in good working order and follow all recommended maintenance procedures; 3) develop, implement and enforce a comprehensive safety program that includes, but is not limited to, worker training in recognizing fall hazards and the hazards of the equipment used on the job; and 4) coordinate safety planning among contractors on multi-employer sites (Massachusetts FACE report 96MA023).

  • Foreign-born workers also accounted for a disproportionate share of the victims of workplace homicide. About one-third (28 workers) of workplace homicide victims were foreign-born whereas only 10% of the fatalities among native-born workers were due to workplace homicides.
Table 6. Number and percent of Fatal Occupational Injuries Among Foreign-born Workers, Massachusetts, 1991-1999

Year
Number of fatalities to foreign-born workers *
Number of total occupational fatalities
Percent
1991
1992
1993
1994
1995
1996
1997
1998
1999
13
19
16
11
12
9
8
6
16
82
67
86
74
66
62
69
44
83
16
28
19
15
18
15
12
14
19
Total
110
633
17
* Information on country of birth was obtained from death certificates.

1.11 Establishment size
  • Out of 518 fatal injuries for which employers’ establishment size information was available, more than one-half (299 fatalities) occurred in small establishments with 19 or fewer employees (Chart 7). One-third (102 fatalities) of these occurred in the Construction industry division, followed by the Agriculture, Forestry, and Fishing (69 fatalities) and the Service (43 fatalities) industry divisions.
  • Small establishments also suffered the highest fatality rate (3.5 fatalities per 100,000 workers), more than one and half times the average rate for all establishments (2.3 fatalities per 100,000 workers).
  • Forty-nine percent (256 fatalities) of fatalities for which establishment size information was available occurred in establishments with 10 or fewer employees. About one-third (35%, 89 fatalities) of these occurred in the Construction industry division while 25% (64 fatalities) occurred in the Agriculture, Fishing & Forestry industry division, and 14% (37 fatalities) occurred in the Services industry division.
  • Self-employed workers accounted for 32% (81 fatalities) of fatal injuries in small establishments (with 10 or fewer employees) while they accounted for 17% of all fatal occupational injuries.
  • Occupational fatalities in establishments with more than 50 employees were concentrated in two industry divisions: Manufacturing and Service industry divisions. These two industry divisions accounted for more than half (54%, 56 fatalities) of fatalities in these establishments while they only accounted for about 24% of all fatal occupational injuries.
Chart 7. Number and Rate of Fatal Occupational Injuries by Establishment Size, Massachusetts, 1991-1999

NOTE: Rates calculated using year 2000 employment data from the Massachusetts Division of Employment and Training. To maintain consistency with the denominator data, fatalities among self-employed workers are excluded from rate computation. Establishment size information was not available for 115 fatalities.

1.12 Distribution of Occupational Fatalities by County
  • Number of fatal occupational injuries varied by county ranging from 3 fatalities in Nantucket County to 100 in Middlesex County (Table 7).
  • Four counties, namely, Middlesex, Suffolk, Worcester, and Bristol accounted for over half (55%, 337 fatalities) of the total occupational fatalities (for which county was determined) in the state during the 9-year period.
Table 7. Fatal Occupational Injuries by County Massachusetts, 1991-1999 (N = 611)

County
Number of fatal injuries
Percent
Barnstable
Berkshire
Bristol
Dukes
Essex
Franklin
Hampden
Hampshire
Middlesex
Nantucket
Norfolk
Plymouth
Suffolk
Worcester
30
29
70
7
57
14
38
13
100
3
47
36
91
76
4.9
4.8
11.5
1.2
9.3
2.3
6.2
2.1
16.4
0.5
7.7
5.9
14.9
12.4
Total
611
100

NOTE: County was undetermined for 22 fatalities.

1.12 Fatal Occupational Injuries Inspected by OSHA

The Occupational Safety and Health Administration conducts inspections of workplace fatalities to determine if safety standards have been violated. However, fatalities in some industries and circumstances fall outside OSHA jurisdiction. These include fatalities among fishing workers at sea, public sector workers in many states, including Massachusetts, and the self-employed. Also, certain other types of fatalities (such as homicides and highway motor vehicle incidents) are not routinely inspected by OSHA. In addition, since 1994, OSHA did not conduct fatality investigations when the fatalities occur more than 30 days after the injury events.

Out of the total 633 fatal occupational injuries, OSHA inspected 215 (34%) fatalities (Chart 8). The remaining 418 fatalities were not inspected because; a) they did not fall under OSHA’s jurisdiction; b) they resulted from events that are not routinely inspected by the agency; or c) the fatalities occurred more than 30 days after the injury. These included 203 occupational fatalities that occurred among self-employed workers, commercial fishers and among government workers. They also included 193 occupational fatalities due to homicide, suicide, motor vehicle related incidents, and air transportation incidents. Twenty-two fatalities were not inspected by OSHA because fatalities occurred more than 30 days after the occurrence of the injuries. Eleven of these 22 fatalities occurred within the same year (but more than thirty days after the injury) while the other 11 fatalities occurred more than a year after the workers were injured.


SOURCE: U.S. Department of Labor, OSHA, Region I Office.

In addition to OSHA’s enforcement inspections, the Massachusetts Department of Public Health conducted research-oriented investigations of 145 occupational fatalities between 1990 and 2001 as part of the national Fatality Assessment and Control Evaluation (FACE) program. The events covered in these investigations include, but are not limited to, falls to lower level, machine-related incidents, fatalities to teen workers, electrocutions, explosions, and highway work-zone incidents.


1 Fatal Injuries to Civilian Workers in the United States, 1980-1995: National and State Profiles, Health and Human Services, Centers for DiseaseControl and Prevention, National Institute for Occupational Safety and Health, July 2001.

2 Age Information was not available for 5 fatalities.

3 U.S. Department of Labor, Bureau of Labor Statistics, Census of Fatal Occupational Injuries, 1991-1999.

4 Ruser, J. Denominator Choice in the Calculation of Workplace Fatality Rates, Fatal Workplace Injuries in 1996: A Collection of Data and Analysis, U.S. Department of Labor, Bureau of Labor Statistics, June 1998.

5 Workers of Hispanic Origin may be of any race.

6 Frumkin H, Walker D, Friedman-Jimenez G, Minority Workers and Communities, Occupational Medicine: State of the Art Review, 14(3), 1999.

7 McKay, R. Cultural Factors Affecting Within Household Coverage and proxy Reporting in Hispanic Households. A Pilot study. Proceedings of the Section on Survey Research Methods. American Statistical Association. 614-618. 1992.

8 Firefighters who died in the line of duty from illnesses such as heart attack are not included.

9 Rodriguez, C. Foreign-born Fuel Economic Growth: Massachusetts Immigrants Filling Labor Needs. The Boston Globe, 2001 December 30.



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