| Course | PHE 101 Fundamentals of Public Health |
|---|---|
| Module | Module 5 |
| Paper type | undergraduate project analyzing a public health problem |
| Length | About 1,020 words, 6 pages |
| Format | APA 7 student paper |
| School | Southern New Hampshire University |
| Program | BS Public Health |
| Updated | October 2026 |
Free sample paper for PHE 101 Module 5
Project One: Pulled Under. A Public Health Analysis of Grain Bin Entrapment in Prairie Bend County, Kansas
[Student Name]
Southern New Hampshire University
PHE 101: Fundamentals of Public Health
Project One
[Instructor Name]
[Date]
The organization, setting and figures below are a composite written as a model document. No real employer, client, colleague or patient is described.
Project One: Pulled Under. A Public Health Analysis of Grain Bin Entrapment in Prairie Bend County, Kansas
Every harvest, some farmworkers across the Midwest climb into grain bins to loosen crusted or clumped grain, and some never climb out. In the composite county at the center of this course, home to about 9,000 people on the Kansas plains, two young men died this way within three weeks last fall. This project analyzes grain bin entrapment as a public health problem. It describes how entrapment happens, how often it occurs locally and nationally, who is at risk, what it costs, what is being done and where information is missing.
What Entrapment Is
Grain in a bin can form a crust on top or a hollow pocket beneath when it spoils or is stored wet. A worker who enters to break it up may stand on a surface that collapses, or may be drawn down by flowing grain if an unloading auger is running below. Flowing grain behaves like quicksand; within seconds a person can be buried to the waist, and the pressure of the grain makes it impossible to pull free without help. Full burial causes suffocation within minutes. Even partial entrapment can injure, and rescuers who enter without proper equipment can become victims themselves.
Local Magnitude
Prairie Bend County has never tracked farm injuries. For this project, the student worked with the health department to review ten years of coroner reports, run reports from the county's four volunteer fire departments and emergency records from the regional hospital, searching for grain-related incidents. The review found four deaths and seven non-fatal entrapments requiring rescue over the decade, eleven incidents in a county of about 9,000 people. Nine of the eleven occurred in September, October or November. Seven involved a person working alone. In four, an unloading auger was running. These are small numbers, and a single bad year can double them, but they show a pattern that repeats with the harvest.
National Patterns
National data come mainly from surveillance at Purdue University, which has documented incidents in agricultural confined spaces since the 1970s. Cheng et al. (2018) reported that the database held nearly 2,000 documented injuries and deaths in U.S. agricultural confined spaces between 1964 and 2016. In the subset involving grain transport vehicles, about seven in ten victims whose ages were known were 20 or younger. Because cases are found through news reports and other public sources rather than mandatory reporting, the true numbers are almost certainly higher. The local pattern of harvest timing, solitary work and running augers matches what national reports describe.
Who Is at Risk
Risk is not spread evenly. Young workers, including teenagers working on family farms or for neighbors, are overrepresented nationally, and two of Prairie Bend's eleven incidents involved people under 18. Seasonal workers hired for harvest may lack experience with bins and may hesitate to refuse a dangerous task. Older farmers who work alone are another group: four of the local incidents involved farmers over 60. Rose (1985) argued that a large number of people at modest risk can produce more cases than a few at high risk, and that insight fits here: most entrapments involve ordinary workers on ordinary days, not unusually reckless people.
Consequences
The direct consequence is death or injury, but the effects spread. Families lose sons, parents and partners, often in the middle of the harvest that pays their year. Rescues pull volunteer firefighters away from their own farms for hours and expose them to danger; one local rescue last year required eleven responders and five hours. Neighbors and coworkers who witnessed or attempted rescue may carry lasting distress. Farms may lose labor and income at the worst moment, and small communities lose people they cannot easily replace.
Current Efforts and Gaps
Some prevention exists. The local grain cooperative posts warning signs and offers safety talks, the county extension office distributes national materials and one fire district owns a grain rescue tube. Cheng et al. (2024) reported that a national grain rescue training program improved first responders' knowledge, but only one of Prairie Bend's four fire districts has sent anyone to it. There is no county plan, no local counting system and no program to supply equipment that would let farmers break up crusted grain without entering a bin. Frieden (2010) argues that interventions changing the context so safe choices become the default reach more people than education, and local efforts so far sit almost entirely at the education level.
Comparison With Other Farm Hazards
It helps to place entrapment beside other farm dangers the county already knows. Tractor rollovers, which killed one Prairie Bend farmer in the same decade, have been addressed nationally for years through rollover protective structures and seat belts, and the farm community broadly accepts them. Livestock injuries and machinery entanglements are more frequent but less often fatal. Entrapment stands out for three reasons: it kills quickly once it begins, it is concentrated in a few weeks each year and it endangers rescuers as well as victims. Those features suggest that prevention before entry, and fast, well-equipped rescue when prevention fails, matter more for entrapment than for most other farm hazards, and that the county could learn from how rollover protection became normal practice.
Data Limitations
The local counts depend on records not designed for this purpose. Coroner reports describe deaths but not near misses. Fire run reports vary in detail, and some rescues handled by family members never reach any record. The hospital sees only those who reach it. The true number of entrapments, including people freed by coworkers without help, is unknown. Any program should therefore begin by creating a simple reporting route for near misses, perhaps through the cooperative and fire districts.
Why This Is a Public Health Problem
Grain bin entrapment meets the marks of a public health problem: it recurs predictably, it clusters in identifiable groups and seasons, it is largely preventable and it is shaped by conditions that individuals cannot change alone, such as harvest pressure, equipment and rescue capacity. Project Two will propose a response.
References
Cheng, Y.-H., Field, W. E., Issa, S. F., French, B. F., Ehlers, S. G., & Sheldon, E. J. (2024). Documenting baseline efficacy of grain rescue training for emergency first responders through pre- and post-testing, and follow-up survey. Journal of Agricultural Safety and Health, 30(3), 123-138. https://doi.org/10.13031/jash.16012
Cheng, Y.-H., Field, W. E., Issa, S. F., Kelley, K., Heber, M., & Turner, R. (2018). Summary of U.S. injuries and fatalities involving entrapment and suffocation in grain transport vehicles. Journal of Agricultural Safety and Health, 24(2), 73-88. https://doi.org/10.13031/jash.12479
Frieden, T. R. (2010). A framework for public health action: The health impact pyramid. American Journal of Public Health, 100(4), 590-595. https://doi.org/10.2105/AJPH.2009.185652
Rose, G. (1985). Sick individuals and sick populations. International Journal of Epidemiology, 14(1), 32-38. https://doi.org/10.1093/ije/14.1.32
What the PHE 101 Module 5 instructions ask for
PHE 101's first project, due in Module Five, asks for an analysis of a public health problem, often four to six pages in APA 7. Explain what the problem is and how it causes harm. Measure its size locally, using whatever records exist, and nationally, using surveillance or published research, and say honestly how reliable each source is. Identify which groups are most at risk and why. Describe consequences for individuals, families and the community. Review what is already being done and where the gaps are, ideally against a framework. Note what data are missing and how they could be collected. Conclude by explaining why the problem fits the definition of a public health issue.
How this PHE 101 Module 5 project one example is built
Prairie Bend County's analysis explains how crusted grain collapses and flowing grain buries a worker within seconds. Ten years of coroner, fire and hospital records yield four deaths and seven rescues, mostly at harvest, often alone, sometimes with augers running. Cheng and colleagues' Purdue surveillance, nearly 2,000 confined space cases with young victims prominent, frames the local pattern. Rose's population view explains why ordinary workers dominate the count. Consequences reach families and volunteer rescuers. Current efforts sit at the education level by Frieden's pyramid, with one rescue tube and training Cheng and colleagues found useful. The PHE 101 project names data gaps and argues the problem belongs to public health.
Where the PHE 101 Module 5 rubric puts the points
Graders of the PHE 101 first project usually look for a clear definition of the problem, measured magnitude from credible local and national sources, identification of at-risk groups with reasons, consequences beyond the individual, an honest review of current efforts and gaps, recognition of data limitations and a convincing link to public health concepts. Projects that score highest assemble local data where possible and explain what the numbers can and cannot show. Graders value attention to equity and to groups with less control over their risk. Organized headings, accurate citations in APA 7 and plain, respectful language about those affected complete the stronger submissions.
PHE 101 Module 5 help: the mistakes that cost points
Problem analyses in this course lose credit when they rely on national statistics alone, present numbers without sources, describe the problem as individual carelessness, ignore existing efforts or skip data limitations. Some choose a problem so broad, such as obesity in America, that no analysis is possible in a few pages. If your instructor assigned a different topic or your community faces a different problem, send the prompt and any local data or news reports you have, and the project will be built around them. County health rankings and state reports are good starting points. Our PHE 101 projects measure the problem locally and nationally and show why it is a population issue.
Get PHE 101 Module 5 written to your instructions
Share the PHE 101 Project One directions along with your chosen issue and any local counts, news stories or reports. The project will define the problem, measure it locally and nationally with sources, identify who is at risk, describe consequences, review current efforts and gaps and name missing data, delivered in 24 to 48 hours, free for a first order. The paper above is an original model document written by our desk, not a submitted student paper and not an official Southern New Hampshire University document.
More PHE 101 papers and related BS Public Health samples
- PHE 101 Module 1 Discussion: What Makes This a Public Health Problem
- PHE 101 Module 2 History Short Paper: What the Hookworm Campaign Teaches
- PHE 101 Module 3 Essential Services Short Paper: A County Health Department's Ten Jobs
- PHE 101 Module 4 Discussion: Rules, Liberty and the Family Farm
- PHE 101 Module 6 Determinants Short Paper: Why the Risk Falls Where It Does
- PHE 101 Module 7 Project Two: A Layered Plan to Prevent Entrapment
- PHE 101 Module 8 Discussion: Closing Reflection on the Values of Public Health
PHE 101 Module 5 questions, answered
Where can I find a free PHE 101 Module 5 Project One sample?
This page has the full PHE 101 Project One analysis of grain bin entrapment in a rural Kansas county, with local counts, national surveillance, risk groups and gaps.
What goes into a public health problem analysis?
A definition, local and national magnitude with sources, at-risk groups, consequences, current efforts and gaps, data limitations and a link to public health concepts.
Where can local public health data come from?
Coroner and death records, emergency medical services and fire run reports, hospital data, state health department reports and county health rankings.
How common is grain bin entrapment?
National surveillance has documented nearly 2,000 agricultural confined space incidents since the 1960s, and true numbers are likely higher because reporting is not mandatory.
Why describe data limitations in Project One?
Because small counts and incomplete records can mislead, and naming the gaps shows what information a program should collect.