One of the fundamental objectives of this project was the integral inclusion of all of those who actually face the hazards associated with production agriculture on a daily basis. As much as we would have liked to include all of the variety of individuals this encompasses, the diversity of the farmers and migrant/seasonal farmworkers who could participate is gratifying, as they represent many of the types of farming and farm work environments found across the United States. These participants tell us that they were informed by the presentations and discussions, and were likewise appreciative of the opportunity to inform and relay their personal experiences to others. The consensus process that followed the conference was necessary to flesh out basic differences in opinion and to reach the degree of understanding that is reflected throughout this document.
Such inclusion served to allow one-on-one and group interactions that are not commonly available, particularly to those working directly in production agriculture. All involved suffer from limited exposure to the difficulties faced by others, though in many cases the difficulties are similar. This unfamiliarity may be due to a lack of previous interaction or little publicity of others' conditions within the groups' separate realms. And for those speaking a language other than English, there are natural communication barriers and transportation difficulties that preclude direct, meaningful interaction. Concerning health and safety in particular, there are many specifics that are common to all involved. However, there are also items unique to each group (farmers or workers), and these need to be noted.
Certain agricultural safety and health concerns were at once seen as common to both farmers and migrant/seasonal farmworkers. An excellent example is the concern about the lack of adequate medical services in rural areas and the high cost of those services that can be found. This problem points to the need for better training of health professionals in common agricultural environments and increased awareness of the lesser-understood migrant/seasonal farmworker health issues.
Other common laments were vulnerability to outside forces for the prices received for goods (commodities) or services (labor) and the high cost and limited availability of health insurance. Both farmers and farmworkers have very little control over the prices they receive. Farmers may use contracting or forward pricing but have little influence on the prices offered. Farmworkers may try organizing, but changes in season and locale, as well as the lack of a legally sanctioned right to organize, make sustaining improvements difficult. Both groups face difficulties in obtaining health insurance at costs that are affordable, even if it is available. Although state or federal programs may be available, many family farms face eligibility problems related to assets while farmworkers face time restrictions within any one location. Farmers or spouses may take off-farm jobs to obtain such insurance, but farmworkers, due to restrictions of movement, language, education, or documentation, lack that option.
Many farmers and farmworkers feel that this lack of control over prices received can have a direct relationship on safety and health and needed services, and they are receiving support. The United States Department of Agriculture in 1997 appointed the National Commission on Small Farms to review the status of small farms and determine a course of action for the USDA. This commission challenged the USDA "to be more cognizant of how we produce an abundant, safe food supply; to recognize the full diversity of contributors to this goal; to ensure that the market accommodates all producers fairly; and to recognize different needs and contributions of the diverse farm operations in this country" (USDA 2000).
The commission report, A Time to Act, states:
Other agricultural safety and health issues required some discussion to bring to light the common basis and the unique differences. Many workers on farms, be they full-time or seasonal, accept certain inherent working conditions and responsibilities within the work place and within specific fieldwork because they are the same ones incurred by the farmer/owner/employer. In other cases, even though the worker voluntarily offers his or her services for hire, there is an additional "power" issue involved. Migrant/seasonal farmworkers are by nature temporary in terms of employment and locality. Language barriers, dependence on employer housing and/or transportation, and immigration status may all contribute to the worker having little "power" to control his or her situation. An additional stress is the need to maximize earnings during the short season. The entire season for work in certain areas may be only five or six months. If the farmworker is migrant and is following the work as plants reach a critical stage (e.g., picking fruit), there is even less time in which the worker will be in one location. The short duration of stay makes workers particularly vulnerable not only to natural difficulties such as weather, but also to any forced requirements such as length of workday or hourly pay. Such pressures can increase workers' sense of having little power over their predicament.
This perceived power imbalance can lead to a situation of refraining from complaining about, much less reporting, safety or health violations. These situations can arise either in the formal workplace or in the residences located at or near the workplace. This situation can also lead to a farmworker's continuing to work following an injury or illness because doing otherwise would mean lost wages. There are many conscientious production agriculture employers who seek to meaningfully address this issue. However, we should not use examples of the conscientious in an attempt to mitigate the human impact of those who are not.
Another issue about which meaningful information and personal realities were exchanged related to migrant/seasonal farmworkers' experiences with the H-2A Guestworker visa program [Labor Certification Process for Temporary Agricultural Employment in the United States (H-2A Workers)]. This program allows agricultural employers to fill labor shortages with temporary foreign workers. One of the fundamental concepts in the H-2A Guestworker program is that an employer who applies for permission to hire temporary foreign workers may not offer employment terms that "adversely affect" the wages and working conditions of similarly employed U.S. farmworkers (Mandelbaum; Niedda). Discussion of the H-2A program led directly into the topic of undocumented workers.
The general initial reaction to this issue was "How does this apply to this particular safety and health effort?" It was pointed out that the program is perceived to discriminate against women and older farmworkers by a preference for younger, male workers. Instances occur under the program where women are paid less than men for the same work and older workers receive less as they work more slowly, rather than not work at all. The economic needs of the extended family may lead to children also working for hire. It was noted that children, women, older workers, and minorities have already been designated as "special populations at risk" for occupational health concerns. Combined with the aforementioned "power" issues, language barriers, housing locations, and transportation concerns, this led to acknowledgment that workers contributing to production agriculture under the program face numerous anxieties related to their safety and health. Regardless of personal views on policy, enforcement, or necessity, the farmworkers themselves spoke powerfully on the topic.
This section closes with two submissions: "The Disadvantages of the Undocumented Farmworkers" and "Thoughts from a Family Farmer." Because one of the primary goals of this project was the inclusion of individuals who routinely face agricultural hazards, it naturally followed that space should be provided for representatives of farmworkers and farmers to speak for themselves. Please read their earnest words closely.
|The Disadvantages of the Undocumented Farmworkers
Piece written by Aspacio Alcántara (CITA)
Undocumented workers do not have the same legal protections.
They work under the fear and threat of being incarcerated, fined, or deported as if they were criminals.
Their legal status makes them vulnerable to the abuses of crew leaders and growers who threaten to call the INS (immigration).
They are afraid to make complaints or report violations in regard to labor laws, like if they get sick or poisoned from working in a field sprayed with pesticides.
They are denied the opportunity to obtain a driver’s license to be able to drive cars, trucks, tractors, or other vehicles that are used in agriculture.
Regarding their health and that of their families, they do not have the opportunity to acquire health insurance or seek the necessary medical attention in case of illness.
They do not qualify for unemployment or disability benefits.
They have many problems in obtaining credit, bank accounts, in order to rent or buy a home where they can live with dignity.
Immigration status directly affects the education of their children, who also do not qualify for higher education.
For lack of immigration documents, many doors are closed for farmworkers, whose only crime is to work to survive poverty and produce wealth for this country. This profoundly affects the self esteem of these farmworkers, who are treated like third-class workers, very similar to slavery of the past.
All this and much more, like the danger and humiliation of crossing the Border, are the obstacles that our fellow farmworkers confront day after day, doing the work that the citizens of this country do not want to do.
For all these reasons, we consider the theme of health and safety in agriculture in the United States be seen and understood as an integral part of the migratory status of farmworkers.
Farmworker Groups Represented
CATA—El Comité de Apoyo a los Trabajadores Agrícolas
CITA—Centro Independiente de los Trabajadores Agrícolas
FHSI—Farmworker Health and Safety Institute
FWAF—Farmworker Association of Florida
MWUC—Men & Women United in the Community
|Thoughts from a Family Farmer
Christine Freehill, Strawn, Illinois
Farmers want to "do the right thing" for their families, communities, employees, and land; however, the costs are often prohibitive.
It is difficult to include "non-essential" items in a farmer's budget because of the uncertainty of income from year to year.
Operational costs in agriculture rise disproportionately to income, which makes including safety and health expenses difficult if not impossible for many farmers.
"Farmers" are rapidly becoming several different groups with vastly different interests-older farmers just trying to survive until retirement; young, aggressive farmers utilizing technology to implement agriculture on a large scale; part-time farmers that have full-time off-farm employment; and niche/boutique farmers that produce specialty products on small acreage. Each of these groups has different attitudes about safety and has different needs regarding safety and health.
There is a perception by the non-farming population that farming is a quaint way of life. This is not true. Farming is big business (no matter what the scale of the individual farmer).
Farmers breathe the air, drink the water, and live near the fields they farm. We are as interested in protecting these resources as our non-farming neighbors. The perception that farms are rampaging our natural resources out of greed or laziness is unfair and only serves to widen the rift between agricultural and non-agricultural interests.
Issues Farmers don't want others in their community to know when they are experiencing financial problems for fear of losing leased ground or losing the opportunity to lease more ground if landlords become aware of their problems. This decreases the likelihood they will seek help from outside resources and increases stress levels.
Farmers and farm families suppress feelings of stress and anxiety to avoid appearing weak. This prevents people from realizing they need help until it is too late.
The physical demands and hazardous exposures in agriculture are often unrecognized by primary care providers.
Primary care providers often don't recognize the potential for hazardous exposures in the family members of farmers.
The project "Using History and Accomplishments to Plan for the Future: A Summary of 15 Years in Agricultural Safety and Health, and Action Steps for Future Directions" was envisioned with three complementary and overlapping phases: a conference in the first year, a work-group process in the second year, and development of a draft document for review and publication of a finalized document in the third year. The effort constitutes a consensus process, with the objective of representing as many of the diverse views of agriculture as possible and combining academic rigor and personal, practical perceptions to inform participants in reaching agreement on the recommendations put forth.
The conference, "An Agricultural Safety and Health Conference: Using Past and Present to Map Future Actions," was designed as a forum for those with expertise in the field of agricultural safety and health to present their thoughts, perceptions, and findings on current pertinent topics through presentations and discussions. This expertise included researchers, educators, and program personnel; agriculture industry and organization representatives; federal, state, and local government agency personnel; and practicing farmworkers and farmers. This base of knowledge set the stage for the work-group discussions in the second year.
The consensus work-group process was designed as a mechanism to secure reflective input from individuals representative of the diverse participants in agriculture. Six work groups were formed, each with a designated facilitator (Delbecq et al. 1975), to examine three key questions (Donham et al. 1997; Meyers 2001) that would help guide discussions:
Current Status of Agricultural Safety and Health in the United States
The conference presentations and attendant discussions provided a snapshot of current perceptions relevant to agricultural safety and health. These presentations and discussions also provided insight into many of the changes that continue to impact production agriculture. The following summary provides a glimpse of the issues noted.
The total number of farms is now approximately 2.2 million, and concentration within production agriculture continues. The increasing concentration is evident not only in the growth of the average size of farms, but also in the fact that 20% of the farms enumerated produce almost 100% of the renewable fuels, 90% of the renewable fibers, and 80% of the foods or foodstuffs (Gunderson). This concentration can also be seen in management practices in dairy, cattle, poultry, and especially in swine (Thu). Hispanic farmers represent the fastest-growing category of new farmers (work groups). A recent seven-year average reveals that approximately 2.25 million full-time workers are employed in production agriculture. However, the most recent estimates indicate that the number of full-time workers has fallen below 2 million for the first time (Hard).
The number of women farm operators and mangers continues to increase, with 23.1% of farm operators and managers and 19% of farm workers being female. Overall, the percentage of women participating in agriculture is increasing faster compared with other business segments. The percentage of women farm operators and managers listing agriculture as their primary occupation, 45%, is now nearly the same as the percentage of men, 50.1% (McCoy).
The proportion of farmers age 55 and older continues to rise, now 61%, while the percentage of farmers less than 35 years of age continues to fall, now 8% (Hernandez-Peck). Older farmers continue to be at highest risk in terms of fatalities from tractor overturns (Hard).
Specific emphasis has been made in recent years on increasing the amount and quality of data available on special populations at risk (children, women, the elderly, minorities, disabled, selected others) within production agriculture. However, compared with white farm populations, the imbalance in the quantity of data available for these groups is extreme. This is particularly true for racial or ethnic minorities such as African-American, Hispanic, and various populations from Asia and the Caribbean. This imbalance applies also to cultural minorities based on socioreligious beliefs and practices, such as the Amish and the Old Order Mennonites, and to individuals with various physical or mental disabilities (Earle-Richardson; Jones; Field).
The total number of hired farmworkers has decreased but has recently stabilized, and the expectation is that the number of hired farmworkers will begin to increase. As opposed to the trend of increasing age found with owners, hired farmworkers tend to be younger males who speak a primary language other than English, though women and families are also prevalent (Mandelbaum; Gunderson; Earle-Richardson). This projected increase is partially due to a decrease in the number of nonpaid agricultural workers, who now comprise the largest percentage of agricultural workers and many of whom are family members (Stallones; Shutske).
It is estimated that there are from 2.2 to 2.5 million farmworkers laboring within production agriculture. The lack of consistent definitions both among federal agencies and between studies and the environment within the work is performed makes precise enumeration difficult (Stallones). This difficulty is aggravated by the grouping of different ethnicities or races within an occupational group (e.g., migrant and seasonal farmworker), thus discounting ethnicity/race as a factor in individual worker health (Earle-Richardson).
The number of farm operators with physical disabilities continues to increase, while the increasing mean age has led to a higher prevalence of disabling due to age-related diseases. The most frequently occurring disabling conditions are spinal cord injuries and amputations (Field). As many as 288,000 agricultural workers between ages of 15 and 79 have a disability that affects their ability to perform one or more essential functions of life (Willkomm).
Emergency and Medical Services
A higher percentage of rural residents are over 65 (18% vs. 15%) and a higher percentage of rural elderly live in poverty (21% vs. 12%) compared with their urban counterparts. At the same time, this rural, elderly, and low-income population is primarily dependent on fire and emergency medical service departments made up of volunteers, who provide the only services for 80% of the U.S. geographic area and for fully 25% of the U.S. population (Erisman a). This condition is aggravated by the increased rural population (Gunderson). This situation naturally highlights the increasing scarcity of local medical services of all kinds-primary care providers, emergency rooms, clinics, ambulances, and emergency medical technicians-for all rural residents, either farm or nonfarm, but particularly those whose principal language is other than English (Erisman b; Lighthall; Rosmann). A primary concern for those individuals who do volunteer is training. Funding for emergency medical services training, which was established by federal funding, is no longer available through that source (Erisman b).
There has been an increased understanding of the unique mental health issues related to agriculture. The risk of psychological injuries, emotional and mental health impairments, relationship issues (including abuse), and substance misuse is similar to the risk of physical health injuries and illnesses: The likelihood of these undesired events increases with age, economic stress, and exposure to multiple distressing events at once. If there is one general conclusion that can be reached, it is that producing food and fiber as a way of life is associated with an increased likelihood of behavioral health perils. One direct indicator of this is the marked difference between the general population and farmers in suicide attempts per successful suicide (the general population has almost twice as many attempts per success). Another indicator is that the difference in negative mental health indicators between farmers and nonfarmers (with farmer indicators more negative) is greater than that found between rural dwellers and urban dwellers. In addition, specific information on behavioral health issues of farmworkers is almost totally lacking (Rosmann).
Fatalities and Injuries
On the nation's farms in 1997 there were 705 work-related fatalities and 50,544 work-related injuries (Runyan). The fatality rate per 100,000 workers in agricultural production is 25.8, compared with an all-industry fatality rate of 5.0. A specific segment of agricultural production, crop production, has an even higher rate at 36.5 (Hard). Research for more accurate fatality data on women in agriculture is slowly occurring (McCoy). More specific research on minority farm owners and farmworkers is occurring especially for African-American farmers in the South and Hispanics in the Southeast and the West. However, most of this research is geared toward men, with little data for women available (Earle-Richardson).
On U.S. farms, 104 individuals less than age 20 die each year. The fatality rate for workers ages 15-19 is the same as that for workers ages 20-54, over twice the average rate for all industries. In terms of specific age categories, 40% of the deaths among males occur between the ages of 15 and 19, while 40% of the deaths among females occur at age 4 or less (Lee; Vela Acosta).
Tractor overturns continue to cause the highest percentage of farm work-related fatalities (Hard). As many as 32% of agricultural deaths are tractor related, amounting to 270 occupational fatalities, 264,651 restricted work days, and 10,939 lost-time injuries per year (Myers). The increased size of machinery combined with the longer public roadway transportation distances due to larger farm size can be correlated to road collisions involving farm equipment, which now ranks as the second highest cause of farm fatalities (Redding).
In terms of nonfatal agricultural injuries overall, 61% occurred to the operator of the farm or to farm family members. The most common source of injuries are machinery and livestock, at 19%, with livestock handling being the specific work activity most frequently performed (28%) (Hard). As for nonfatal agricultural injuries to youth, 32,800 occur each year among workers less than age 20 years. During this same year, males will account for 80% of all injuries, and the majority injured will be white. The most common fatality cause will be "farm machinery including tractor," at 36%. During this same year, specific data for migrant and seasonal youth farm laborers indicate that 3,900 will be injured (Lee; Vela Acosta).
Other injuries also commonly occur on farms. Common, chronic back pain occurs in 26% of farmers and ranchers overall and affects 71% of swine producers. Arthritis of the hips and knees is routinely found in dairy farmers. In California nurseries, 49% of injuries result from sprains and strains, with 46% affecting the back specifically (Kirkhorn). Given the deficiencies in data, it is assumed that injuries in the farmworker population are undercounted. According to available data, the one-year prevalence of back pain in production agriculture is 1/2 times higher than the average in other industries (Chapman).
Illnesses and Diseases
Individuals working in the general agricultural environment face an increased prevalence of several acute and chronic respiratory diseases, with exposures to a wide range of respiratory toxins in concentrations higher than those found in other industries. In addition, though confined animal feeding operations (CAFO) may provide for improved working conditions overall, such facilities can also increase worker exposure to organic dust, bioaerosols, toxic gases, and endotoxins (found in organic dusts) (Kirkhorn; Von Essen). Research also shows that neighbors of CAFOs report specific symptoms similar to those of workers within the facilities themselves (Thu). Regional differences are also found, with acute and chronic effects of inorganic dust on the respiratory system greater in dry-climate agricultural regions (Kirkhorn).
Several cancers are of concern within the production agricultural setting. Lip cancer, multiple myeloma, non-Hodgkin's lymphoma, and prostate, skin, brain, and soft-tissue sarcomas all have demonstrated associations with farming, but research findings remain inconsistent, with no consensus on causality. Several cancers have been associated with specific exposures to pesticide related compounds, and those with the most direct exposures, especially farmworkers and pesticide mixers and applicators, may be at higher risk (Kirkhorn).
Non-cancer pesticide-related difficulties may take the form of skin irritation, eye irritation, fatigue, and headaches. However, chronic exposures have been associated with reproductive problems, particularly lymphomas and reproductive organ tumors. The effects in females include miscarriage, preterm delivery, and infertility. Adverse results have also been shown in ecologic studies with males. In addition, acute organophosphate poisonings have well-described effects on the nervous system, with additional burdens found with mixtures of pesticides. Another critical concern is the potential endocrine disruptor effect of pesticides (Kirkhorn; Fuortes).
As with fatality data, a problem with specific data on farmworker illnesses is undercounting. The areas of concentration on illness data are also similar to the case for fatalities. One detailed study indicated that 66% of farmworkers reported musculoskeletal pain in the past year and 22% reported chronic eye irritation. Of those responding, over 30% had never been to a doctor or clinic and 50% had never been to a dentist or an eye care specialist. Most carried a genetic predisposition toward certain diseases such as diabetes and high rates of obesity, increasing longterm risks of heart disease, hypertension, and stroke (Lighthall).
Nitrate contamination of surface water as well as groundwater supplies has been documented in many areas of the United States. This contamination has been found in concentrations exceeding one-half of the 10 parts per million level allowed by the EPA. Exposure to nitrate per se is not of particular concern, but nitrate can be reduced in the body to (N-nitroso compounds (NOCs)), which are some of the strongest known carcinogens. While there is concern regarding long-term exposure to higher levels of NOCs, data is lacking to address the possible association of nitrate in drinking water with cancer risk. There are also potential non-cancer health effects from direct nitrate toxicity, such as "blue baby syndrome." Firm relationships between these non-cancer health effects and nitrate are difficult to establish due to many confounding factors (Weyer).
Noise-induced hearing loss can be found in over 50% of the farming population. Many common pieces of equipment such a tractors, vacuum pumps, and feed-unloading machinery are associated with decibel levels above those deemed safe according to OSHA standards (Kirkhorn).
Biotechnology has been both hailed as a major scientific breakthrough and condemned as a precursor of dread. While work has been done on risk assessments related to food safety and environmental protection concerning new products of biotechnology, little has been done in relation to the effects of this technology on the workers involved in producing and processing the new organisms. Thus, there are diverging opinions on its use. There are indications that the use of biotechnology may reduce exposure to traditional risks found in agriculture. The advantages claimed include fewer workers riding bean bars, fewer workers walking beans holding sharp tools, reduced persistency of Round Up compared with the chemical it replaces, and reduced use of insecticides with the planting of Bt Corn. However, others claim that there is an overall lack of accurate information regarding genetically modified organisms and their consequences for both the consumer and worker, that genetic engineering can lead to "super weeds" that actually require more applications of stronger herbicide to kill them, that new allergens and toxins may unwittingly be produced, and that the true health implications of the genetically engineered organisms are not investigated before approval for use is granted (Shutske; Niedda).
Agricultural Safety and Health Professionals
One of the important movements within agricultural safety and health has been the crosseducation and cross-training of safety professionals and medical/health professionals in the broad range of issues, concerns, and perspectives related to agriculture and its workers. Most safety professionals have undergone some exposure to aspects of human health in order to better perform their function in prevention and amelioration of undesirable incidents within the workplace. Medical/health professionals have recently received exposure to safety and prevention considerations outside that provided by public health education to be more informed about the unique exposures found within the agricultural environment. The cross-training movement has provided for more broadly informed and better-educated individuals in the two realms both separately and collectively. However, the ability of the "safety" field to continue to contribute to this cross-training is a matter of concern. A review of the graduate programs approved by the Accreditation Board for Engineering and Technology, Inc. (ABET), the organization that certifies safety programs, reveals no Ph.D. programs in safety, and few master's programs (ABET 2003).
A review of academic programs offered by the CDC/NIOSH-funded Education and Research Centers reveals no safety-specific academic programs offering safety training related to engineering or occupational health advanced degrees. This is relevant, as the mission of these NIOSH centers includes support of "academic degree programs and research training opportunities in the core areas of industrial hygiene, occupational health nursing, occupational medicine, and occupational safety, plus specialized areas relevant to the occupational safety and health field" (NIOSH 2003c). Reasons for the decline in graduate safety programs include (1) a strong employment market for those with baccalaureate safety degrees, (2) lack of incentives by employers for employees to pursue graduate safety degrees, (3) lack of faculty with advanced safety degrees-particularly Ph.D.s-to staff graduate programs, and (4) the fact that other graduate programs-particularly those that are health related-often integrate nonspecific safety content in their curricula in the belief that it will provide adequate preparation for their graduates. These factors added together are resulting in numbers below the threshold necessary for universities to maintain or initiate programs to produce safety graduates per se with advanced degrees. Thus, a pipeline for people with Ph.D.s- or, to a lesser extent, M.S. degrees-in safety no longer exists.
It is necessary to consider the potential consequences of the loss of a cadre of safety subject matter professionals to work alongside the extension, medical, health, education, and community professionals to address the issues found in the agricultural environment. (work groups).
Recommendations and Strategies with Rationales
The U.S. Congress should provide funding to the several federal agencies referenced-through reallocation, redistribution, or additional, and as needed-for implementing both the research and nonresearch components of this report.
The impact of the many local, regional, state, and national private-sector contributions are recognized and most significant to the cause of agricultural safety and health, and those will continue. The magnitude and importance of the recommendations and strategies identified are mostly national in scope and require national resource assistance, the better to serve as a foundation and partner to those-private sector contributions.
Develop a specific federal research and surveillance agenda with measurable goals and objectives to reduce agriculture-related injuries, illness, and disease.
A NIOSH should fund the development of goals and measurable objectives for agriculture producers, workers, and their families. Following a model similar to Healthy People 2010, a task force representing various agricultural health and safety disciplines would direct this initiative.
B Associated with Strategy A would be the development of an agriculture-specific National Occupational Research Agenda (NORA) within Centers for Disease Control and Prevention/NIOSH.
C Federal agencies and the land grant universities should develop strategies to implement the National Land Grant Research and Extension Agenda for Agricultural Safety and Health 2003.
D Include occupational injury and illness reporting, with location of injury, as a supplement to the annual National Health Interview Survey as an interim step until a mechanism to offset data omissions within current Bureau of Labor Statistics-based surveys can be implemented.
E DOL and NIOSH should coordinate the development of a comprehensive national nonfatal injury surveillance system comparable to the Census of Fatal Occupational Injuries (CFOI) that would be directed at women, older farmers, immigrant and minority workers (by race/ethnicity), the disabled, adult full- and part-time workers (both paid and unpaid), and cultural minorities for delineation of the extent of specific problems related to each of these populations.
Much headway has been made in agricultural safety and health, but there remain no stated goals or specific objectives to use in measuring and evaluating progress. Healthy People 2010 is designed to reach two overarching goals (1) to increase the quality and years of healthy life and (2) to eliminate health disparities. Healthy People 2010 outlines 10 leading health indicators, defines 28 focus areas that can apply to any or all of the indicators, and lists 467 specific objectives [see Office of Disease Prevention and Health Promotion (2003) for a listing of indicators and focus areas]. At least 22 of the focus areas can be said to apply directly to agricultural safety and health. However, even given this level of specificity, much information related to agricultural health remains obscure (Donham).
An example of a leading health indicator is Environmental Quality. A focus area directly associated with this indicator is Environmental Health, which contains 30 specific objectives to use as benchmarks to measure improvement. An example of a specific objective is "8-13. Reduce pesticide exposures that result in visits to a health care facility."
The American Association of Poison Control Centers is the data source for this objective and is said to cover approximately 93% of the population (Office of Disease Prevention and Health Promotion 2003a).
However, given agricultural circumstances such as migrant and seasonal labor with associated language difficulties and power perceptions, use of family member labor, overall lack of health care access, and the many citations of the lack of quality baseline data (Earle-Richardson; Fuortes; Kirkhorn; Lighthall; Mandelbaum; McCarthy; Niedda; Vela Costa; Weyer), it would be expected that agriculture pesticide exposure incidents are underreported. As NIOSH has been given the lead in the Healthy People 2010 Occupational Safety and Health focus area and is charged generally with research into agricultural safety and health issues, it is natural for NIOSH to facilitate this group. It is recognized that quality baseline data for measuring progress is scattered or missing, and this will need to be addressed as part of the goal and objective process.
In April 1996 NIOSH and its partners unveiled the National Occupational Research Agenda (NORA), a framework to guide occupational safety and health research-not only for NIOSH but for the entire occupational safety and health community. Before NORA, no national research agenda existed in the field of occupational safety and health, and no research agenda in any field had captured such broad input and consensus. NORA consists of 21 priority areas categorized under three main headings: Disease and Injury (eight priorities), Environment and Workforce (five priorities), and Tools and Approaches (eight priorities). Unfortunately, as is the case with the Healthy People 2010 objectives, many of the priority areas that specifically relate to agricultural safety and health use data that is ill defined, partial and scattered, or missing altogether. It makes sense to coordinate the specific research priorities of an agricultural safety and health NORA with the broader goals and objectives of an agricultural Healthy People initiative.
The NCR-197 Committee on Agricultural Safety and Health Research and Extension was established in 2000 with the goal to make more effective use of "the land grant system's research and extension capacity in cooperation with the expertise of those who live and work in agriculture to reduce work-related injuries, illness, death, and property loss" (NCR-197). This committee of 18 land grant universities selected a subcommittee to develop a draft of research and extension priorities. A series of drafts were prepared and circulated to the full committee and selected administrators for review, comment, and revision. The finalized draft document, including the 12 priority recommendations, was circulated to all land grant institutions and was approved for distribution and implementation by a portion of those institutions.
National Land Grant Research and Extension Agenda for Agricultural Safety and Health 2003 (NCR-197),
The research and extension priorities are not intended to be all inclusive of every potential significant topic that could be addressed by the land grant system. Nor should the list of topics be used to restrict ongoing or future research and extension initiatives of individual land grant institutions and their staffs. The list does, however, reflect an effort to identify broad areas of needed research and a modest attempt to prioritize them. It is recognized that additional topics may surface due to the introduction of new production and processing practices and pressure from public opinion.
The current BLS National Health Interview Survey uses a fairly small sample and would contain wide confidence intervals for specific occupations such as farmers or workers in production agriculture. However, the addition of occupational injury and illness reporting that includes location of injury would add data that is not now collected. And the Bureau of Labor Statistics does not include family farms or farms that employ 10 or fewer people in their injury survey because these farms can not be required to maintain the records for injury/illness reporting. The latter circumstance arises from the annual legislative limitations on enforcement of Occupational Safety and Health Act regulations (Hard; Runyan; work groups). It is necessary to increase the data collected under the current instrument while a better collection apparatus is designed that would more fully describe the actual situation.
The Census of Fatal Occupational Injuries, part of the Bureau of Labor Statistics occupational safety and health statistics program, provides the most complete count of fatal work injuries available. The program uses diverse state and federal data sources to identify, verify, and profile fatal work injuries. Information about each workplace fatality (occupation and other worker characteristics, equipment being used, and circumstances of the event) is obtained by cross-referencing source documents, such as death certificates, worker's compensation records, and reports to federal and state agencies. This method ensures that counts are as complete and accurate as possible (BLS 2003).
As stated previously, gaps in data collection remain. Recognition of these gaps has fostered specific emphasis in recent years on increasing the amount and quality of data available on special populations at risk (children, women, the elderly, minorities, the disabled, selected others) within production agriculture. However, compared with white farm populations, the imbalance in the quantity of data available is extreme. This imbalance particularly applies to racial or ethnic minorities such as African-American, Hispanic, and various populations from Asia and the Caribbean. This imbalance applies also to cultural minorities based on socio-religious beliefs and practices, such as the Amish and the Old Order Mennonites, or to those with various physical or mental disabilities (Earle-Richardson; Field; Hernandez-Peck; Jones; McCoy; Rosmann; Willkomm). The recommendation for a more directed CFOI seeks to modify a current effort, even given its deficiencies, until a more complete program can be initiated.
Current funding for research and programming for special populations at risk within agriculture should be continued.
A USDA should continue funding through its Cooperative State Research, Education, and Extension Service (CSREES) for National AgrAbility and associated state programs as a conduit to collect and disseminate information on injury, illness, and disease effects within agriculture and successful accommodation of those disabling conditions.
B Implement the specific recommendations relating to childhood agriculture injury prevention as produced by the National Children's Center for Rural and Agricultural Health and Safety (Lee et al. 2002)
C Implement the specific recommendations relating to improving the working conditions of migrant and seasonal adolescent farmworkers as produced by the National Adolescent Farmworker Occupational Health and Safety Advisory Committee (Vela Acosta & Lee 2001).
Strategies to improve the living and working environment of migrant and seasonal farmworkers should be implemented.
A Federal funding for migrant health clinics should be maintained with expanded assistance to those clinics to assist in compiling surveillance data on diagnosis and treatment.
B Increase enforcement of current regulations relating to the current EPA Worker Protection Standard (WPS) and the Certification of Pesticide Applicators Standard (CAS).
C Evaluate components of the current EPA Worker Protection Standard (WPS) and the Certification of Pesticide Applicators Standard (CAS), in conjunction with local/regional farmworkers, to ensure that such training adequately reflects the actual conditions experienced by the workers.
D Evaluate the current protocols related to reporting agricultural chemicals, in conjunction with local/regional farmworkers, to ensure that the procedures are readily available to farmworkers and conducted in a manner that farmworkers find effective.
E Federal agencies funding research and services for migrant and seasonal farmworkers should require that those workers, both men and women or their designated representatives, be actively engaged in the planning and implementation of proposal objectives as a criterion for funding.
The lack of consistent definitions among federal agencies, studies conducted, and the environment within the work is performed makes precise enumeration of workers in general difficult. Such difficulty is aggravated by the grouping of different ethnicities or races within an occupational group (e.g., migrant and seasonal farmworker), thus discounting ethnicity/race as a factor in individual worker health (Earle-Richardson; Lighthall; Niedda; Stallones; work groups).
The HHS Health Resources and Services Administration operates through four bureaus. Three of those bureaus and their missions are as follows: The Bureau of Primary Health Care (BPHC) serves to provide primary health care to medically underserved people, the Maternal and Child Health Bureau (MCHB) serves women and children through state programs, and the Bureau of Health Professionals serves to train a health workforce that is both diverse and motivated to work in underserved communities (HRSA 2003). An example of BPHC direct involvement in agricultural safety and health is through migrant health clinics. An example of MCHB direct involvement in agricultural safety and health is through funding for the National Children's Center for Rural and Agricultural Health and Safety. BPHC also provides the majority of funding for both community health clinics and specific migrant health clinics. Funding for such clinics requires the collection of much categorical data on health services' provision and use. However, most of this information is health related and not helpful in meeting occupational, particularly agricultural occupational, data needs. And migrant health clinics in particular have little capacity to assist in research projects that do not include funding for the devoted time of staff to participate. EPA, NIEHS, NIOSH, and NIH should review their funding goals to ensure that specific occupational data not currently being collected is a target for study. In addition, these agencies should include criteria for funding of the time of associated migrant clinic staff dedicated to assist with collecting the data.
One of the EPA administrator's charges is to ensure that the labeling and classification of pesticides protects farmers, farmworkers, and other persons coming in contact with the pesticides or pesticide residues. Among the EPA's attempts to meet this requirement are the Worker Protection Standard (WPS) and the Certification of Pesticide Applicators Standard (CAS), which were issued in 1992.
Model agricultural safety and health programs related to health care services, professional training, educating, and conducting applied research in community settings should be replicated and evaluated to determine their effectiveness in other agricultural communities.
A USDA should target the development of information, assessment, and assistance programs that address underserved populations in ways that are culturally sensitive to the differences among populations and base such programs on the successes learned with the National AgrAbility program.
B NIOSH should revitalize the Agricultural Health Promotion System (AHPS) funding stream. Such funding could focus on combining lessons learned from previous (AHPS) funding with new findings from successful models of community-directed interventions.
C NIOSH should target specific funding within the Centers for Agricultural Disease and Injury Research, Education, and Prevention (Ag Research Centers) to form advisory committees of farmers and farmworkers to develop protocols for using community assets to collaboratively conduct technical, anthropological, and social science research within the agricultural communities.
Stories, peer and family pressure, awareness of and involvement in community-based activities, local and broad-based participation, and personal injury and illness experiences have all been effective in providing the motivation and context for changing risky agricultural safety and health behaviors. Coalitions and partnerships, whether public or private, organization or agency, individual or group, or combinations thereof, have provided the means to successfully use all these sources of motivation and more (Cole; Palermo; work groups). This report is replete with examples of targets that need attention from research, programming, or both. This report also includes many references to the failure to directly involve specific populations in the planning of research directed at them or the planning of programs directed toward them.
Current funding requirements for research, programming, and program evaluation to include the target population in design, implementation, and evaluation represents an excellent start, and such efforts should be maintained and improved where possible. An example of a model for funding such endeavors, which includes direct participation of the population, provides funding opportunities for a partnership between federal and state agencies and not-for-profit disability organizations, addresses clientele in a culturally sensitive fashion, and includes specific evaluation requirements for continued funding, is the USDA/CSREES AgrAbility program (Field; Willkomm; work groups). Similar endeavors aimed at other underserved populations could elicit much data to fill the gaps currently outlined.
The NIOSH Agricultural Health Promotion System (AHPS) funding stream was previously available to state teams to accomplish specific agricultural safety and health objectives. Some examples of funding targets within specific states are assessment of causative factors leading to injuries (Missouri), development of model safety programs (Arizona), establishment of cooperative relationships with a newly funded NIOSH Ag Center (Iowa), development of safety and health instructional videos (Florida), and research to individualize the dose of pesticides for orchard trees (Washington), among many others (work groups; NIFS 2003b). Another benefit of these projects can be traced to seeds that matured after the three-year funded project. A good example occurred in Wisconsin, where funding from AHPS led to (1) improved networking and program collaboration among state agencies, (2) increased local programs for locally derived concerns, and (3) groundwork laid for state legislation. This Wisconsin legislation, Act 455, mandated and funded a tractor certification program for youth. This certification is necessary for youth to legally operate tractors on public roadways (work groups; Skjolaas 2003). NIOSH should review the long-term outcomes originating from AHPS funding with an eye for renewal during its planning of future funding efforts.
NIOSH criteria for funding proposals for Ag Research Centers contain the following requirements related to community involvement in its four cores:
Administrative and Planning
Core An External Advisory Committee, comprised of at least three members who are recognized leaders in agricultural health and safety and regional agricultural experts, will provide overall guidance and advice to the principal investigator and program investigators on program direction. If not already included in the Agricultural Center, one member should be from the Agriculture Extension community.
Multidisciplinary Research Core
Mechanisms for establishing communication and active partnerships with local organizations, health care providers, educators, and community leaders;
Education and Outreach Core
Projects should involve regional agricultural stakeholders in addressing educational needs and in the implementation of innovative approaches for meeting those needs. (NIOSH RFA: OH-03- 002, 2003)
Specific language was added to include active participation of an advisory committee of farmers and farmworkers in using community assets to conduct joint, collaborative technical, anthropological, and social science research within the communities in their region. Direct involvement, along with additional funds for such activity, will assist the Ag Research Centers in achieving overall goals as well as addressing current data gaps noted in this report (work groups).
Enhance collaborative efforts between professionals working in agricultural safety and health and professionals working in primary health care.
Increase the capacity to provide rural emergency medical services, agricultural occupational health services, mental health care, rehabilitation services, and education to the agricultural community.
A An interagency agreement between Department of Transportation/National Highway Traffic Safety Administration, Department of Homeland Security, Department of Health and Human Services, and United States Department of Agriculture should be developed to designate a single site with specific authority for administration and funding to ensure that rural emergency services remain an integral part of national emergency service capabilities.
Given the low potential for paid personnel coverage, further in-depth research into recruitment and retention will be needed in order to determine how to best address the problem.
The superficial data available is not useful in providing guidance about substantive, effective ideas for resolution. Research must be done at the community/squad/grassroots level to understand the population's perceptions of their problems and ideas for assistance. They hold the answers to questions about what needs to be done. Planning and actions should be based on information provided by the community and the rural squads. Until we get the data needed, we are simply speculating about steps that need to be taken to reverse the trends (Erisman 2003; work groups).
Enhance determinant research that examines how various risks and protective factors affect the health of the agricultural community.
A NIOSH, NIEHS, and EPA should continue funding investigations related to improved assessments of indoor air exposure for confinement workers and better define Recommended Exposure Limits (RELs, NIOSH) and associated Permissible Exposure Limits (PELs, OSHA) to reflect any dose-response relationship found.
B The EPA should target additional technical, epidemiological, and exposure assessments to define the emission elements responsible for specific community effects found with large confinement animal production.
C BLS and NIOSH should collaborate to allocate funding, similar to NIOSH Sentinel Event Notification System for Occupational Risks (SENSOR) projects, toward protocols to improve the delivery of standard medical surveillance to agricultural workers, including improved reporting and tracking of occupational injury and illness.
D NIOSH and privately and publicly owned corporations should increase efforts toward the standardization and improvement of biomarker assessments relating to agricultural illness and disease.
E EPA and privately and publicly owned corporations should target funding for research to establish causal linkages or dose-response relationships between chronic illness and pesticide exposure; critically important is research into potential endocrine disruptor effects of pesticides.
F The National Cancer Institute should target funding for long-term research on the possible association of nitrate in drinking water with cancer risks that addresses the inherent weaknesses of currently available case-control and ecological studies.
NIOSH develops and periodically revises recommended exposure limits (RELs) for hazardous substances or conditions in the workplace. As identified, these are recommended limits, as NIOSH is a research agency, not an enforcement agency. These recommendations are taken into consideration to set the Permissible Exposure Limits (PELs) used by OSHA. A PEL is the amount or concentration of a substance in the air that is permitted by OSHA, an enforcement agency. OSHA uses the PEL to gauge employer compliance or noncompliance with applicable regulations. While much research has been done on and in confined animal feeding operations (CAFOs), much more work needs to be done to properly identify hazardous substances in these environments. This research will aid in verifying the concentrations of these substances that prompt a response from workers and endanger their health (Kirkhorn; Thu; Von Essen; work groups). The respective agencies that are currently involved in the multistep process of deciding RELs and PELs should continue their efforts in this area.
An associated concern with setting appropriate RELs and PELs in CAFOs beyond workers' health needs is the issue of emissions from such operations and the potential impacts on those living around them. Anyone who has passed a large hog production CAFO on a hot, humid day will attest to there being a detectable odor and perhaps even a pervasive atmosphere associated with it. Whether this odor and atmosphere is determined to be pleasant or unpleasant, fragrance or stench, is strictly a personal matter. The perceived harm that might arise from this odor or atmosphere is of importance and would be classified as pollution. As the EPA has primary responsibility in the area of pollution, it should subject this situation to the additional research that is needed.
The NIOSH Sentinel Event Notification System for Occupational Risks (SENSOR) has as its mission to provide leadership to prevent work-related illness, injury, and death by gathering information, conducting scientific research, and translating the knowledge gained into products and services (NIOSH 2003d). SENSOR Surveillance Goal 3 is to "strengthen surveillance of high risk industries and occupations, and of high-risk populations, including special populations." Under Goal 3 is Objective 3.1, to "enhance surveillance of occupational illness, injuries, and hazards in agriculture," and Objective 3.5, to "assess the needs and explore the opportunities for additional surveillance in other occupations and demographic groups that are at high risk of occupational illness and injuries, such as special populations." The implementation of projects to address these objectives should be undertaken with BLS and NIOSH working jointly to establish a mechanism to fill current gaps in data in a manner that would be useful to both agencies.
Biomarkers can be defined as indicators that signal events occurring in biological systems or samples. Molecular biomarkers are the kind used in environmental health, research, and medicine. The three broad categories of molecular biomarkers commonly used are biomarkers of exposure, biomarkers of effect, and biomarkers of susceptibility. Regardless of the category, much basic research is required before the specific use of these biomarkers within occupational settings such as agriculture is possible. NIOSH, having primary federal responsibility for agricultural occupational research, and privately and publicly owned corporations, both benefiting from and contributing to federally funded programs, should continue to concentrate their efforts in the profitable use of biomarkers to protect the health and safety of farmers, farmworkers, their families, and all rural residents (Kirkhorn; Fuortes; Weyer; Wilson & Suk 2002; work groups).
The use of molecular biomarkers, and the many other measures necessary in identifying human health hazards, is directly related to research to establish causal linkages or dose response relationships between chronic illness and pesticide exposure. Causal linkages are determined by principles that lead to a judgment of whether the available information is of sufficient quantity and quality to establish a sound connection. A dose-response relationship is another way of determining cause; the greater the amount of exposure to a risk factor, the greater the chance of a harmful effect (Woodward 1999). As with most human endeavors, there can be informed opinions that reach different conclusions, and there is much disagreement on whether a specific set of evidence indeed fulfills the requirements for establishing a causal linkage or dose response relationship (Kirkhorn; Fuortes; Niedda; Von Essen; Weyer; work groups).
This statement applies broadly to the potential relationship between illness and pesticide exposures, and specifically to the area of endocrine disruptors. The endocrine system in humans regulates and integrates the functions of different cells through glands that produce hormones. The endocrine system is responsible for metabolism, growth, maintenance, automatic bodily responses to environmental changes, and reproduction. The term endocrine disruptor refers to any substance from outside the body that has a negative effect on the endocrine system, particular the reproductive organs. There are several classifications of endocrine disruptors Birkett & Lester 2003). The EPA and private and public corporations should continue the research focus on this important topic.
The National Cancer Institute (NCI)/National Institutes of Health "coordinates the National Cancer Program, which conducts and supports research, training, health information dissemination, and other programs with respect to the cause, diagnosis, prevention, and treatment of cancer, rehabilitation from cancer, and the continuing care of cancer patients and the families of cancer patients." A search of the NCI site for research using first "nitrates" and then "pesticides" as the key words found two studies listed for nitrates and 29 listed for pesticides (NCI 2003a, 2003b). Some of these studies involved basic surveillance to assess exposures, and many others were designed using case-control or ecologic studies.
Case-control studies identify a set of individuals with a disease and a set of people without the disease. The two sets are then compared with regard to a risk factor. Such studies can include many risk factors but can study only one disease. They cannot be used to measure the chance of a disease occurring in another person. But these studies are attractive for diseases that take a long time to develop (Woodward 1999). Ecologic studies assume that relationships found in all exposures will apply to any individual. This is an inherent weakness, and much of the previous nitrate data relied on deaths from cancer and used residence at the time of death as the location for the entire life span. Associated common weaknesses are failure to account for any delay that occurs before the disease presents itself and failure to account for other possible risk factors for the disease (Weyer). It is essential that long-term research using more robust study methodology be conducted.
Apply to the fullest extent current advances in engineering and application technology to reduce fatalities, injuries, illness, and disease in the agricultural community.
A Continue dissemination and evaluation of the recommendations to reduce tractor-related injuries and deaths produced at the Tractor Risk Abatement and Control policy conference (Donham et al. 1997), particularly with those audiences whose collaboration will be needed to enact said recommendations.
B USDA, through the Cooperative State Research, Education, and Extension Service (CSREES) and the university-based extension system, should take the lead in facilitating the application of industry-wide, low-cost ergonomic interventions and commodity-specific standardization of improved ergonomic tools, using successes such as those in the NIOSH publication Simple Solutions: Ergonomics for Farm Workers as a model.
C American Society of Agricultural Engineers and Society of Automotive Engineers, through voluntary standards, should facilitate the use of universal design concepts to foster the development of high-quality and task-specific materials for use in safety and health equipment for the disabled.
The University of Iowa convened a policy conference in 1997 in recognition that little had been accomplished in reducing agricultural fatalities related to the tractor. The Tractor Risk Abatement and Control (TRAC) conference published a report with 25 specific items that, if implemented, would save an estimated 2000 lives by 2015 (Donham et al. 1997; Myers). Recommendations carried various dates of implementation and included developing educational and social marketing programs to change social norms regarding rollover protective structures (ROPSs); requiring that all tractors sold be equipped with ROPSs; requiring that all tractors be equipped with approved ROPSs; utilizing incentive program to ensure operator knowledge of safe tractor operation; prohibiting the driving of tractors on roads by persons without a valid driver's license; and developing social marketing programs to discourage extra riders; and requiring youths to have formal tractor operator training.
Several of the TRAC recommendations have been addressed in part. Equipment manufacturers have provided incentives to retrofit ROPSs on older tractors. Insurance incentives are being studied in conjunction with agricultural safety and health training and health provision, as in the Certified Safe Farm program. The state of Wisconsin has legislation, Act 455, mandating certification of training for youth to legally drive tractors on public roadways. Agencies and organizations such as NIOSH, the National Children's Center for Rural and Agricultural Safety and Health, National Institute for Farm Safety, National Safety Council, Progressive Farmer Foundation, and Farm Safety 4 Just Kids have all used marketing and offered specific programs to discourage the practice of extra riders on tractors. However, there remains much to be done on specific TRAC recommendations. In addition, many audiences remain to be involved in order to fully reach TRAC objectives. We encourage the dissemination and evaluation of the TRAC document.
A review by the University of California Agricultural Ergonomics Research Center over the past decade cited three general risk factors as both endemic and of highest priority throughout the agricultural industry. They are lifting and carrying heavy loads (over 50 pounds), sustained or repeated full-body bending (stoop), and highly repetitive hand work (e.g., clipping, cutting). Each type of production agriculture has its own unique ergonomic hazards and musculoskeletal injury problems, although some hazards are similar throughout production agriculture in general. It should be noted that while many of the types of hazards reported can be said to be of general industrial concern, most interventions, even those patterned on proven strategies and engineering control concepts, must be individually evaluated. As a result, there are simply now no ready, off the-shelf tools and technologies for addressing most of the ergonomic hazards found in agricultural workplaces (Chapman).
As an example, well-designed interventions have successfully persuaded some farm managers of fresh market vegetable operations in Minnesota, Wisconsin, Illinois, and Iowa to adopt production practices and labor aids that reduce exposures to musculoskeletal injury hazards. The crucial factor was having a group of research scientists coupled with outreach specialists, pilot farmers, and agricultural specialists all funded to work toward the same purpose: identification, control, and industry-wide prevention (and intervention evaluation) of musculoskeletal disorders in specific agricultural commodity areas. In addition, focusing on the promotion of production methods and labor aids that were not only safer but also sustained or improved production efficiencies ensured their popularity with farm managers. CSREES has an established network of university-based extension personnel with expertise in translating research into practice. CSREES, with additional targeted funding, could model proposal-based funding similar to its AgrAbility program toward ergonomics and musculoskeletal injuries in production agriculture (Chapman; work groups).
Universal design (UD) is an approach to designing all products and environments to be used by as many people as possible regardless of age, ability, or situation. Examples of considerations related to UD include sight, hearing, movement, and thought processes. Specific applications of UD can range from choice of text font, font size, and placement on Web sites or in presentations, to lever-type rather than round handles for doorknobs, to design considerations for interior spaces such as the width of hallways and doorways, to height of light switch placement, to kitchen equipment and cabinet design options. A water cooler may need to be a dual-height model, with both standard and lower spouts and controls. To create a universally usable group toilet room, two types of accessible toilet stalls may need to be installed. A universally usable landscape design may include alternative paths free of steps and stairs. The widespread use in product design of universally usable features such as touch-sensitive controls is bringing the UD approach into the market for consumer items (Universal Design Education Online 2003; Field; work groups).
Investigate the safety and health impacts of the annual exemptions from federal agency enforcement of regulations provided to agriculture.
A Form a task force composed of individuals representing farm organizations, farm employer organizations, farmers, farmworkers, appropriate researchers in pertinent fields, agricultural health care providers, and applicable governmental agencies to evaluate the overall impact of two important exemptions now applied to agriculture. NIOSH funds channeled through the Ag Research Centers would cover the travel and lodging of task force representatives. The two exemptions to be evaluated include:
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