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Searching for "food safety"

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Cross-contact and Allergens - Home Food Processors and Cottage Food Operators
Identifying major food allergens within food products is essential to meet labeling requirements for home-food processors and cottage-food operations in Iowa.
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FSMA Summary for Hops Growers
The Food Safety Modernization Act (FSMA) was signed into law in January of 2011. The aim of this law is to ensure that the US food supply is safe by shifting focus from responding to food contamination to preventing it. While brewing beer greatly reduces the presence of microorganisms of public health concern through means other than a kill step (e.g. pH, alcohol content and fermentation), hops are considered “covered” produce under FSMA Produce Safety Rule. Hops are sometimes added to beer after all the brewing steps are completed in a process called “dry hopping;” therefore, hops are in this case consumed raw. Based on this, hops were added to the Food and Drug Administration (FDA)’s list of rarely consumed raw produce subject to FSMA part 112 as applicable.
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PDF
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pH in Food Production - Home Food Processors and Cottage Food Operators
Measuring pH in food production evaluates a product’s acidity to prevent microbial growth. pH is very important for cottage-food operators who prepare and sell home-canned fruit, vegetables, and pickles, as well as standardized and nonstandardized jams, jellies, fruit butter, and other canned products.
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Ensuring Food Safety in the Vineyard: Table Grapes
The Food Safety Modernization Act (FSMA) focuses on the reduction and prevention of food safety risks.

This publication highlights the FSMA Produce Safety Rule and how those regulations relate to growing table grapes by focusing on worker training; pre-harvest, harvest, and post-harvest activities; records; and visitors and u-pick customers.
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PDF
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FSMA Human Food Audit Checklist
This FSMA based Food Safety Program Audit Checklist focuses on manufacturers of human food. It will help organize materials and assess current food safety preparedness. The checklist is NOT itself a plan, only an assessment tool to assist in plan development. This checklist also includes limited information pertaining to the Sanitary Transportation Rule (21 CFR Part 1 Subpart O). This is for personal use only, it is not a regulatory compliance program.
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Preserve the Taste of Summer
Stocking a cupboard or freezer with home-preserved fruits and vegetables is a great way to enjoy delicious, local food all year long. Learn how to can, freeze, and dry foods safely at home in this food preservation series.

Topics Include:
  • Canning vegetables, fruit, fruit spread (jam, jelly), salsa, pickles, meat, poultry, and wild game
  • Freezing fruit, vegetables, and tomato products
  • Fermentation
  • Dehydration
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Canning and Freezing Tomatoes
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Canning Vegetables
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Canning Salsa
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Canning Pickles
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Canning Meat, Poultry, and Wild Game
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Canning Fruits
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Canning Fruit Spreads
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Freezing Fruits and Vegetables
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Food Preservation Resources
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Fermentation
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Drying Foods
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Reducing Food Waste at Home - Spend Smart. Eat Smart.
Food storage tips and strategies to help you adjust how to plan, shop, and cook in order to keep food waste to a minimum in your home.
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PDF - English
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PDF - Spanish
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Food Safety in Blessing Boxes
Many communities have Blessing Boxes, Parking Lot Pantries, or similar efforts to offer easy access to foods and other items for people in need, which helps improve food security. Such boxes also are convenient places for people to donate food and other items. However, because these pantries are normally outside and subject to extreme temperatures in various seasons of the year, not all foods are safe to donate. It is critical that foods available through “Blessing Boxes” are as safe and nutritious as possible to truly be a blessing to those using the boxes.
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Ensuring Food Safety: Wineries
Wineries in the United States must adhere to regulations when selling wine, including those regarding food safety.

This publication provides guidance to winery businesses about the Food Safety Modernization Act (FSMA) and other regulations that affect wine production facilities.
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Ensuring Food Safety in the Vineyard: Wine Grapes
The Food Safety Modernization Act (FSMA) focuses on the reduction and prevention of food safety risks.

This publication highlights grapes grown for wine and the FSMA regulations that governs their growth and production.
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PDF
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Home-Based Kitchen Operations
The state of Iowa has specific laws and regulations related to food that is prepared at home and sold directly to consumers. This online course will guide you through record-keeping, regulations, and the best food safety practices to ensure safe handling of your product from the kitchen to the point of sale.
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Moodle eCourse
$70.00
FSMA Produce Rule Summary for Midwest Orchards
The Food Safety Modernization Act (FSMA), signed into law in 2011, focuses on the reduction and prevention of food safety risks, and encompasses the entire food chain. Some farms are eligible for an exemption from the FSMA Produce Safety Rule based on commodities grown, size of operation, or processing activities. However, all growers should take positive actions to reduce risks of foodborne illnesses in their orchards and packing sheds, and strive to sell safe produce. According to Section §112.1(b)(1) of the FSMA Produce Safety Rule, fresh whole apples are considered a covered produce.
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PDF
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FSMA Compliant On-Farm Thermophilic Composting: A Safe Way to Enrich the Soil
Composting is a beneficial approach to convert organic waste into a valuable soil amendment. This factsheet discusses the validated biological decomposition process that is laid out in the FSMA Produce Safety Rule. Following these best practices will reduce your food safety risk when utilizing compost. The majority of standards related to soil amendments can be found within the Food Safety Modernization Act’s Subpart F: Standards Directed to Biological Soil Amendments of Animal Origin and Human Waste.
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PDF
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FSMA Produce Safety Rule: Dealing with Wildlife
Wildlife on the farm is natural and often unavoidable. Although animals can be beneficial, such as predatory mammals or raptors that reduce rodent population, birds and bats that reduce insect pests, or others that pollinate crops, some may pose food safety risks.
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Domesticated Animals Factsheet – FSMA Produce Safety Rule
Domesticated animals such as dogs, cats, cattle, sheep, goats, pigs, horses, and poultry, as well as wildlife are big challenges to on-farm food safety, both in the field and packing shed. However, handling and monitoring domesticated animals is comparatively easier than wildlife (which is covered in the Wildlife Management factsheet). Although domesticated animals are often used in fields as draft animals, for wildlife management, and to graze on crop residues/culls, the fecal matter left behind in the field can be a significant source of human pathogens, including E. coli O157:H7, Listeria, Salmonella, and Cryptosporidium. Droppings from poultry, wild birds, and even pets are a potential source of pathogens as well. The pathogen load carried by domesticated animals is influenced by a number of factors such as age of animals, type of animal, rearing practices, and other factors. Domesticated animals, if not limited to secured areas on the farm, can cause cross-contamination and result in food borne disease outbreaks.
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Bodily Fluid Clean Up on the Farm
All bodily fluids are considered potentially infectious. They can make you sick. In order to be safe, assume that all bodily fluids will make you sick. You should notify a supervisor responsible for food safety on the farm whenever you see bodily fluids in the field. Always ask for help if you are unsure how to safely clean up bodily fluid and/or feces.
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PDF
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Food Safety for Food Entrepreneurs
A series for food entrepreneurs about best practices related to food safety, food labeling, and cleaning and sanitation of food contact surfaces.
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Home Kitchen Basics - PDF
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Labeling Basics - PDF
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Cleaning and Sanitizing Basics - PDF
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Safe Home Canning Steps
Steps to follow before, during, and after home food preservation projects.
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PDF - English
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PDF - Spanish
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Produce Safety on Fresh Produce Farms
Fact sheets for growers of fresh produce focused on managing food safety risks as regulated under the Food Safety Modernization Act (FSMA) Produce Safety Rule (PSR).

Complementary videos are available on the Produce Safety Playlist.
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Agricultural Water Standards and Quality (Production Water)
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Agricultural Water Quality Parameters (Postharvest Water)
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Agricultural Water Testing (Sample Collection and Procedures)
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Best Practices for Pest Management at Produce Farms
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How to Clean and Sanitize Inside Walk-in Cooler
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Infiltration in Produce During Washing
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Best Practices to Control Field Contamination
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How to Clean and Sanitize Harvest Crates
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Agricultural Water Standards and Quality (Production Water) - Spanish
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Agricultural Water Quality Parameters (Postharvest Water) - Spanish
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Agricultural Water Testing (Sample Collection and Procedures) - Spanish
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Best Practices for Pest Management at Produce Farms - Spanish
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How to Clean and Sanitize Inside Walk-in Cooler - Spanish
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Infiltration in Produce During Washing - Spanish
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Best Practices to Control Field Contamination - Spanish
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How to Clean and Sanitize Harvest Crates - Spanish
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June Food Safety for Harvesting -- Gardening to Give
Feed your club, community, country, and your world with monthly, hands-on research-based learning opportunities. Gardening to give features activities on gardening and growing, designed for all ages and experience levels. Working together, we can provide food for our loved ones, and donate to food pantries while engaging in this horticulture learning experience.

This Gardening to Give lesson focuses on food safety for harvesting. When growing plants for consumption, whether for oneself or others, it is important to protect them from outside pests and follow safe procedures when handling produce from harvest to consumption.

Additional information about the program is available on the Gardening to Give webpage.
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Produce Safety in Gardens
Take steps to ensure that your garden's produce is safe to eat! Produce Safety in Gardens includes facilitator guides and participant materials for three interactive lessons focused on raising safe garden produce.

Activities introduce basic safety principles for working or volunteering in a garden, including proper handwashing, volunteer hygiene, identifying food safety hazards, and preventing cross-contamination.
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Scaling Up Specialty Crop Processing Toolkit
The Scaling Up Specialty Crop Processing Toolkit provides an overview of criteria for food businesses interested in processing specialty crops through value-added processing opportunities such as product development, commercial kitchens, increasing scales, and more. The project focuses on locally owned businesses and intentionally collaborated with local businesses within the supply chain to determine critical needs. Project participation included: survey and site visits of 15 businesses and organizations; technical assistance with four businesses and organizations across the state of Iowa; and development of this toolkit to share best practices and considerations for businesses and extension agents in their efforts to develop value-added specialty crop products. This toolkit includes four areas of interest based on research. The first three focus on specific business needs: food safety, business development, and logistics, with the last focusing on community development process of visioning and strategic planning.
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PDF - English
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PDF - Spanish
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PDF - Swahili
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Healthy Food Pantry Donation Guide
Tips on what to donate to a food pantry and instructions on how to lead a healthy food pantry drive.

Available in English and Spanish.
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PDF - English
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PDF - Spanish
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Non-food Alternatives for School Rewards and Fundraising
Some food items used for student rewards and school fundraising activities send a conflicting message compared to what is taught about healthy food choices. Check this list of ideas for non-food rewards for elementary, middle, and high school students. More than 50 non-food fundraising ideas also are given.
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Reducing Food Waste in Agricultural Settings
One of the best ways to prevent food waste is through donation. The surplus of food produced in the United States, if better utilized, could reach those who are food insecure. Farmers and food donation organizations can work together to end hunger.
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Reducing Food Safety Risks at Produce Farms - Agricultural Water
Reducing food safety risks is critical for growers. This poster highlights safety risks associated with agricultural water and is part of a series that can be displayed on produce farms to help remind workers of how to keep themselves and the produce they are growing safe.
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Reducing Food Safety Risks at Produce Farms - Cleaning and Sanitizing
Reducing food safety risks is critical for growers. This poster highlights safety risks associated cleaning and sanitizing and is part of a series that can be displayed on produce farms to help remind workers of how to keep themselves and the produce they are growing safe.
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Reducing Food Safety Risks at Produce Farms - Handwashing
Reducing food safety risks is critical for growers. This poster highlights safety risks associated with worker hygiene and health and is part of a series that can be displayed on produce farms to help remind workers of how to keep themselves and the produce they are growing safe.
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Reducing Food Safety Risks at Produce Farms - Worker Hygiene and Health
Reducing food safety risks is critical for growers. This poster highlights safety risks associated with worker hygiene and health and is part of a series that can be displayed on produce farms to help remind workers of how to keep themselves and the produce they are growing safe.
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Reducing Food Safety Risks at Produce Farms - Harvest and Post Harvesting Handling
Reducing food safety risks is critical for growers. This poster highlights safety risks associated with harvest and post harvest handling and is part of a series that can be displayed on produce farms to help remind workers of how to keep themselves and the produce they are growing safe.
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Reducing Food Safety Risks at Produce Farms - Biological Soil Amendments of Animal Origin (BSAAO)
Reducing food safety risks is critical for growers. This poster highlights safety risks associated with biological soil amendments of animal origin and is part of a series that can be displayed on produce farms to help remind workers of how to keep themselves and the produce they are growing safe.
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Reducing Food Safety Risks at Produce Farms
Fresh fruits and vegetables contribute greatly to foodborne disease outbreaks, and are often implicated in multistate outbreaks. Contamination of produce at the farm has the potential to cause foodborne disease outbreaks and should therefore be prevented. This publication points out different ways to minimize contamination of fresh produce on the farm.
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Agritourism Food Safety Checklist
Updates to this checklist are in development. Please check back later to download.

This checklist helps guide agritourism operators to better ensure food safety for their visitors.
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Food Safety at the Farmers Market
Following safe practices while operating a farmers market booth is critical to the success of your business. This infographic provides best practices to follow to keep your products safe at the farmers market.
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Checklist for Retail Purchasing of Local Produce
This checklist is designed for buyers of food service operations to begin the conversation with small-scale local growers about good agricultural practices and food safety.

Replaces PM 2046A.
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A Guide to Food Safety for Foodservice Employees
An introductory guide for school, retail, and assisted living foodservice employees focused on handwashing, temperature/time, and cleaning/sanitizing in the workplace.
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PDF - English
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PDF - Spanish
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Growing Together: Food Safety in Donation Gardens
Tips for keeping donation garden produce food safe during the stages of growing, harvest, and transport.
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Make Food Safety a Priority in Your School Garden
Research shows that a nutritious diet helps children learn better, and that kids are more likely to try and enjoy fresh vegetables and fruits if they helped grow them. School garden programs provide a unique opportunity for students to grow fresh vegetables, eat healthy food, and share their harvest with the rest of their school district by donating or selling it to the school cafeteria. To assure the food safety of the vegetables harvested from school gardens by students, schools should implement food safety protocols for their school garden activities.

This publication contains sample protocols for schools to use as they design best practices for their school gardens. These protocols are adapted from federal and state guidelines for Good Agricultural Practices (GAP) and Good Handling Practices (GHP).
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A Manager's Guide to Food Hub Finances - How to Evaluate and Improve Your Food Hub Operations
The purpose of this PDF guide (LF-0015A) is to explore how food hubs can use their own financial data to identify and address the strengths and challenges in their operation. Relying on data that most food hubs already have available in their financial records, we show how financial metrics can be used by managers to identify problems and risks and make decisions.

The accompanying Excel spreadsheet (LF-0015B) provides an additional tool to calculate and interpret key metrics from a food hub's operation.
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Spreadsheet
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Local Food Coordinators Survey and Learning Circle Reports
In Iowa, more than 20 regional entities employ individuals as local food coordinators who promote the sale and purchase of locally grown food, provide regional capacity-building in local food systems and help build local food value chains. Iowa State University Extension and Outreach has begun a project to better understand the needs and challenges of local food coordinators, and to develop a program to better support both the coordinators and their supervisors. This report summarizes the project findings and outlines future plans for supporting local food coordinators across Iowa.
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Make Food Safety a Priority at Your Farmers Market Booth
Keeping food safe while operating a booth during a farmers market is critical to the success of a commercial operation. This publication discusses the ways to keep food clean and safe as it moves from farm to farmers market.
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Make Food Safety a Priority for Your CSA
As more consumers use Community Supported Agriculture (CSA) farms for their fresh produce, keeping that food safe during harvest and storage is at the forefront of producer’s minds. This publication discusses how to keep food safe before, during and after delivery.
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Quality Assurance and Safety Module
The module will identify the individual responsible for quality assurance and feed safety in feed manufacturing, recognize the difference between hazard identification and hazard analysis, and identify the steps involved in a feed recall. This grain module is brought to you by the Iowa Grain Quality Initiative, and was produced by the former Crop Adviser Institute.

Click here to access the Quality Assurance and Safety Module



Learning objective: Recognize the difference between hazard identification and hazard analysis. Identify the steps involved in a feed recall.

Introduction: The goal of feed quality assurance and feed safety programs is to provide a feed that is wholesome and nutritionally adequate. The feed mill manager and a team of specialists work to complete the desired level of feed and quality safety. Recent implementation of the Food Safety Modernization Act has required mills and other processors to have formal hazard analysis protocols.

Hazard identification: Hazard identification is the process of identifying a potential contaminant in food and classifying it as a physical, chemical, or biological hazard. It is a qualitative step that involves listing potential hazards within the mill and how those hazards entered the facility.

Hazard analysis: A hazard analysis evaluates hazards through collecting quantitative historical information. The analysis will show which hazards are significant and must be addressed in the feed safety plan. Hazards are assessed on severity, occurrence, history, and the likelihood of future occurrences.

Feed recalls: Even with proper hazard identification and analysis, programs can still fail. Recall steps are important to ensure feed quality and safety. Reasons for the recall must be clearly stated along with the discovery method.

Supporting information:
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Grain & Oilseed Risk Assessment Module
This module will introduce you to food safety hazards that may be present in the grain supply chain with a specific focus on grain and oilseeds. This grain module is brought to you by the Iowa Grain Quality Initiative, and was produced by the former Crop Adviser Institute.

Click here to access the Grain & Oilseed Risk Assessment Module



Learning objective: Be able to define risk management framework according to Food and Drug Administration (FDA) guidelines. Recognize sources of harm, risk, likelihood, and severity. Identify the occurrence of food safety risks and evaluate risk control strategies.

Introduction: Generally, grain and oilseeds do not have a lot of factors which make them high risk in terms of food safety. However, poor handling practices, weather issues, and improper storage procedures can increase the likelihood of certain hazards, notably mycotoxins.

Harm: The first part of risk is harm. Harm in grain can be classified in four ways: microbiological, chemical, physical, and the potential of an allergen (for food uses). Most microbiological hazards can be eliminated with heat treatment or processing. By law, chemically treated seed cannot be in the grain supply chain. Seeds leftover after planting must be disposed of according to specified protocols. Proper sanitation will prevent physical sources of harm and allergen potential. Mycotoxin management is the most complex risk issue in grains.

Severity estimates: The second part of risk is the level of severity. To measure severity, factors are number of deaths, the type of injury or disability, whether hospitalization was required, and whether the injury is permanent or temporary. Remember that grain and oilseeds contribute to raw ingredients for hundreds of human and animal products.

Supporting information:
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Wheat Processing Module
This module will recognize components of wheat processing prior to receipt at feed mill, identify classes of wheat and wheat by-products commonly used as livestock feed ingredients, list food safety hazards associated with wheat and wheat by-products and identify specialized equipment used to process wheat and wheat by-products. This grain module is brought to you by the Iowa Grain Quality Initiative, and was produced by the former Crop Adviser Institute.

Click here to access the Wheat Processing Module



Learning objective: Recognize components of wheat processing, identify classes and fractions of wheat, learn the specialized equipment needed, and understand potential food safety hazards.

Introduction: Wheat is sometimes fed as a grain to livestock in addition to being milled for flour. For pigs, it is ground, and for cattle it is steam-flaked. However, wheat is primarily grown for human consumption and is often not economically efficient to feed to livestock.

Processing: Wheat is processed into various grades of flour by cleaning, tempering, grinding, sifting, and purifying. Flour is sold to the baking industry.

Classes of wheat: The seven official classes of wheat are soft white, soft red spring, soft red winter, hard red winter, hard white, hard red spring, and durum. Classes are divided by hardness, color of kernels, and planting period. Each class has specific baking properties. The most common wheat by-products are wheat screenings and wheat middlings. The more fibrous and coarser fractions are used as animal feed ingredients. (Potential feed safety hazards associated with wheat or wheat by-products include non grain material, pesticides, chlorine, and vomitoxin.)

Equipment: Receiving separators, roller mills, sifters, and purifiers are important equipment in the wheat processing industry.
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Sanitation and Pest Management Module
The module will identify the components of a pest control program, including personnel and preventative practices used to reduce pests, identify individuals responsible for sanitation of specific process centers within the feed manufacturing facility. This grain module is brought to you by the Iowa Grain Quality Initiative, and was produced by the former Crop Adviser Institute.

Click here to access the Sanitation and Pest Management Module



Learning objective: Identify components of a pest control program, individuals responsible for sanitation, common pests, associated hazards, and methods of pest control in a feed and grain facility.

Introduction: The only way to keep pests from entering the grain chain is a strong sanitation program. Feed mill managers are primarily responsible for developing a sanitation schedule, based on mill design, that includes storage of incoming ingredients, equipment management, and feed transportation. Pests include mice, rats, birds, and other rodents.

Integrated pest management (IPM): The key to successful IPM starts with inspection. Every facility should have an inspection checklist customized to detect and correct issues as they emerge. Inspections and monitoring help define the presence, numbers, and spread of infestations. Periodic examination of monitoring data will indicate the benefits of IPM. Pest control is also a major element of the Food Safety Modernization Act Good Manufacturing Practices.

Food safety hazards: Physical hazards include the bodies or excreta of pests themselves. Chemical hazards involve pesticides or cleaners. Good manufacturing practices separate chemicals from feed so contamination does not occur. Biological hazards may occur if pests are carrying microbial pathogens, or if wet cleaning processes are used and equipment is not completely dry.

Supporting information:
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Rendered Ingredients Module
This module identify rendered ingredients, list the component steps of the rendered process prior to receipt at the feed mill, identify specialized equipment used to process rendered ingredients, and list hazards associated with rendered ingredients. This grain module is brought to you by the Iowa Grain Quality Initiative, and was produced by the former Crop Adviser Institute.

Click here to access the Rendered Ingredients Module



Learning objective: Identify ingredients, the steps of the rendering process, specialized equipment, and associated hazards.

Introduction: The rendering industry is vital to the sustainability of the animal feed industry. It provides the utilization of products that would be otherwise unused as feedstuffs. Common rendered ingredients include: feather meal, poultry meal, meat and bone meal, blood meal, spray dried animal plasma, fish meal, poultry fat, beef tallow, choice white grease, and yellow grease.

Rendering process: The rendering process includes receiving feedstuffs and by-products, sorting them into similar sizes, and press cooking them to separate fats prior to grinding. Of these steps, the cooking process is most pivotal.

Equipment: Specific equipment used in rendering includes sizing equipment, cookers, a feed press, and hammer mills.

Potential: Potential feed safety hazards include physical products, cleaning chemicals, and potential microbial risks inside slaughter or rendering facilities. The Rendering Code of Practice minimizes these risks in a preventative manner so that rendered ingredients pose a low animal feed or human food safety risk.
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Grain & Oilseed Basics Module
This module is to acquaint you with various grains and oilseeds grown in the United States and discusses how the major grains (wheat and corn) and soybeans are handled, processed, and used in food, feed, and industrial markets. This grain module is brought to you by the Iowa Grain Quality Initiative and was produced by the former Crop Adviser Institute.

Click here to access the Grain & Oilseed Basics Module



Learning objective: Identify major grains and oilseeds. Understand the importance of production locations and harvest schedules in terms of both food safety and quality needs.

Introduction: This modules describes quality factors and typical production, harvest, and handling procedures for wheat, corn, and soybeans. It also describes small grains such as barley, rice and millet, as well as other types of oilseeds such as canola, sunflower, flax, and cottonseed.

Grains and oilseeds: Individual field loads are blended with those from other farms as they enter the marketing chain to be sold as a bulk commodity. Bulk commodities often pass through several handling facilities before reaching a user. At each point, grain lots are combined or divided as needed for efficient shipment to the next buyer.

USDA grade standards: Grains are traded as bulk commodities using USDA Grade factors. Grade factors are determined by either official inspectors of the Federal Grain Inspection Service (FGIS), or by the buyer as determined by purchase contract. Factors considered under the Grades are: test weight, broken or split kernels, foreign material, damage, and odor. Buyers and sellers may also specify other factors in their purchase contract. For example, wheat is normally traded on protein content, while most other grains have no composition specification.
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Oilseed Processing Module
Oilseeds and their by-products are valuable ingredients for livestock and poultry. This module will identify components of oilseed processing prior to receipt at feed mill, identify common oilseeds and by-products, list hazards associated with oilseeds and by-products, and identify specialized equipment used to process oilseeds and by-products. This grain module is brought to you by the Iowa Grain Quality Initiative, and was produced by the former Crop Adviser Institute.

Click here to access the Oilseed Processing Module



Learning objective: Identify common oilseeds and oilseed by-products, learn the components of the oilseed process, explore the specialized equipment needed, and identify potential hazards.

Introduction: Oilseeds and their by-products are valuable ingredients for livestock and poultry. Common oilseeds are sun¬flowers, safflowers, canola, flax, and soybeans. The oil produced is usually used for human consumption, but soybean oilseed meal is most often used in animal feed.

Oilseed processing: Oilseed processing is done by solvent extraction. Multiple steps are taken to remove the hull, flake the meat, extract and refine the oil, and then process the remaining meal appropriately.

Equipment: Specific equipment used during oilseed processing includes: dehullers, flakers, extractors, centrifuges for refinement, the Desolventizer Toaster Dryer Cooler (DTDC) machine, and hammer mills.

Potential hazards: The potential feed safety hazards associated with oilseeds and their by-products include non-grain material, solvent residues, grain chemicals, and mold. However, potential feed safety hazards present a very low risk to animal and human health if consumed.

This module was created at Kansas State University as part of a cooperative agreement with the Food and Drug Administration for food safety inspector training.
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Determining Factors for Local Food Systems Success
Determining Factors for Local Food System Success analyzes the characteristics of factors that enable and hinder local food systems development within communities. Based on in-depth case studies of six of the most successful local food systems in the US, researchers present proven tactics for success in each of seven factors, or "community capitals." By using this guidebook, local food systems developers can identify resources and mitigate challenges in their own communities.
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Determination of Potential Microbial Hazard(s) in Animal Food
There are many factors that can contribute to feed becoming contaminated with a microbial hazard during the production of food for pets and livestock. The purpose of this reference document is to provide inspection program personnel with instructions to determine potential microbial contaminations that can lead to a food safety crisis within production facilities manufacturing food for pets and livestock.
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Risk Assessment Framework
Risk analysis activity for this project can be divided into two major components. The first section will examine the grain supply chain and determined the routes of potential compromises in food safety for corn and soybean supply chains. The second section will look specifically at the adulteration routes and determine the probability of occurrence for each. This measurement will allow for the development of control points so that the health of human and animal consumers can be protected.
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Food Safety Tips for Food Event Volunteers
Foodborne illness outbreaks can happen anywhere and can affect a large number of people. Follow these tips to avoid a foodborne illness outbreak.
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Local Food Organizational Toolkit - Part 3: Funding your local food organization
Part Three of this toolkit series lays out methods of funding a local foods organization. A variety of revenue sources are outlined, each depending on the legal structure of your organization. Discussed in this publication: in-kind gifts, membership campaigns and fees, merchandise sales, events, sponsorships, crowdfunding, grants, investors and loans. Information on organizations that are tax deductible is included. Budgets and fundraising are emphasized. Resources and practical helps in this publication will help take your idea from concept to reality.
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Iowa Food Hub: Managing Cash Flow for a Low-Capital Food Hub Start-up
For food hubs, or businesses that aggregate and distribute local food, limited funds can be a barrier to growth. If food hub managers pay close attention to cash flow, however, they can grow their business using the income generated by the business itself, and reduce the need for grants or loans in the start-up phase.

This publication explains the idea of cash flow and how food hub managers can use it to their advantage, drawing on the real-world experiences of Iowa Food Hub.

See more at: www.leopold.iastate.edu/marketing/food-hubs.
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Food Stand Operations - What You Need to Know - Safe Food
Selling a variety of food and beverages can be an effective fundraising activity, but only if no one gets sick. Find out what organizers and workers need to know before the event regarding regulations and food safety.
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Safe Food Is YOUR Job - Health and Hygiene Tips for Food Handlers
Outlines three actions for food handlers to take related to hand washing, staying home when sick, and wearing proper work attire.
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On-farm Food Safety: Cleaning and Sanitizing Guide
Suggested checklists, standard procedures, and schedules to document proper on-farm cleaning and sanitizing practices.
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Smart Growth and Local Food Systems - Engaging Community Planners and Local Elected Officials with Local Food Systems Producers to Integrate Local Food Systems into Community Plans and Policies
This is the third of four bulletins that discuss the findings of a local food system research project, Engaging Community Planners and Local Elected Officials with Local Food Systems Producers to Integrate Local Food Systems into Community Plans and Policies, funded by the Leopold Center for Sustainable Agriculture at Iowa State University.

This bulletin presents the context and options for addressing smart growth practices, and their impacts on agriculture in and near city limits through local plans, policies and land use regulations.
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Local Food Systems and Economic Development - Engaging Community Planners and Local Elected Officials with Local Food Systems Producers to Integrate Local Food Systems into Community Plans and Policies
This is the second of four bulletins that discuss the findings of a local food system research project, Engaging Community Planners and Local Elected Officials with Local Food Systems Producers to Integrate Local Food Systems into Community Plans and Policies, funded by the Leopold Center for Sustainable Agriculture at Iowa State University.

This bulletin presents the context and options for addressing the lack of recognition of local food systems as an economic development opportunity.
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Maintaining Food Safety Through Quality
Food safety is a worldwide issue affecting millions of people who suffer from diseases caused by contaminated food. Policy makers are looking to enhanced quality management systems for tracing food back to its source. This report will give producers, researchers and consumers a summary of efforts by Iowa State University Extension in food safety, quality management systems and traceability of grain and livestock products.
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2003 Summary Report - Iowa Farm and Rural Life Poll
Highlights include opinions on community well-being, quality of life, and sense of community. Questions were also asked about biotechnology, food safety, GMOs, and more.
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On Track with Tractor Safety -- The Mystery Club
Farm safety newsletter and activities for youth, focusing on tractor safety, brought to you by Captain Overalls, the safety crusader.
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2000 Summary Report - Iowa Farm and Rural Life Poll
Survey results from nearly 5,000 farmers in 2000 highlighted the following topics: biotechnology, food safety and health, transgenic hybrids, average distance traveled to obtain services (business, community, etc.), recreational and leisure activities, minority and immigrant issues, alternative livestock production, financial conditions, and quality of life.
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