1
Establish the Farm Context
2
Risk Assessment (Identification – Analysis – Evaluation)
3
Risk Treatment
4
Risk Communication and Consultation
5
Risk Monitoring and Review
6
Resilience Enhancement Management
1.1 Introduction
The “Farms Risk Management to Enhance Resilience” (FaRMER) project, supported by the Erasmus+ Programme under the KA220-VET action for vocational education and training, is designed to address the pressing challenges faced by the European agricultural sector. The project aims to develop and disseminate a risk management methodology that is sensitive to the unique needs of European farms, fostering resilience against the backdrop of increasing environmental, economic, and regulatory pressures. Through this initiative, we recognize the importance of empowering farmers with the tools and knowledge necessary to manage risks effectively, thus ensuring their sustainability and success.
1.2 Learning Objectives
By the end of this module, learners will be able to:
- Identify and understand the external factors affecting their farm, including social, cultural, political, and economic influences specific to the EU.
- Recognize and evaluate the internal dynamics of their farm, from organizational structure to data flow.
- Understand the importance of context in risk management and business resilience.
- Enhance farmers’ understanding and management of risks in a comprehensive manner.
- Improve the resilience, productivity, and competitiveness of the agricultural sector through the advancement of risk management competencies.
- Develop a holistic Risk Management Methodology that is accessible and applicable regardless of the farmers’ educational backgrounds.
1.3 Establish the Context Process
External Context: The EU, with its diverse cultures, policies, and economic drivers, presents a unique external context for farmers. Key considerations include:
Social and cultural dynamics of the region where the farm operates.
Political and regulatory frameworks, especially those related to agriculture in the EU.
Economic factors, including market trends and competition within the EU.
Environmental considerations, given the EU’s strong emphasis on sustainable farming practices.
Relationships with external stakeholders, including suppliers, customers, and regulatory bodies.
Internal Context: Each farm, while operating within the broader EU framework, has its unique internal dynamics.
Factors to consider include:
- The farm’s vision, mission, and values.
- Organizational structure, roles, and responsibilities.
- Strategy, objectives, and policies specific to the farm.
- The farm’s culture, which can be influenced by family traditions, regional practices, and more.
- Resources and knowledge available, including manpower, equipment, and technological tools.
1.3.1 Summary and Key Take Aways
Establishing the farm context is a foundational step in the FaRMER project. By understanding both external and internal factors, farmers can make informed decisions, manage risks effectively, and ensure the resilience and competitiveness of their operations within the EU. The FaRMER Resilience Methodology operationalizes this understanding into a structured approach to risk management.
1.4 Comprehension Questions
2.1 Introduction
Farm risk assessment is a methodical process of identifying, examining, and evaluating potential risks and dangers associated with farming activities. Its aim is to assess the likelihood and consequences of different risks on the farm’s goals, assets, employees, and stakeholders, with the ultimate goal of minimizing negative impacts and optimizing farm performance.
The process of farm risk assessment generally involves the following steps:
- Farms Risk Identification step where the farmer recognizes possible hazards, events, or situations that could pose risks to the farm. It involves evaluating various aspects of farm operations, such as crop production, livestock management, machinery usage, storage facilities, transportation, extreme weather conditions, supply chain, political and financial context, competition and the handling of chemicals or hazardous materials. Risks can be grouped into categories such as operational, financial, environmental, and health and safety risks.
- Farm Risks Analysis step where the identified risks are thoroughly analyzed to determine their likelihood of occurrence and the potential consequences if they do happen. The probability or frequency of each risk event is assessed based on historical data, expert knowledge, or industry statistics. The severity and impact of risks on farm operations, assets, employees, and stakeholders are evaluated. Additionally, the effectiveness of existing control measures in mitigating the identified risks is taken into consideration.
- Farm Risks Evaluation, where the analyzed risks are compared against established risk criteria and tolerance levels. Risks are prioritized based on their significance and potential impact on the farm’s objectives. Risks that require immediate attention and further risk treatment are identified. This helps in determining which risks should be addressed first and how resources should be allocated for risk management.
2.2 Learning Objectives
- Help trainees understand farm risk assessment concept and methodology including its purpose, benefits, and key steps involved in identifying, analyzing, and evaluating risks associated with farming operations.
- Farmers will learn techniques for identifying potential risks and hazards in farming activities as well as to categorize risks into different types, such as operational, financial, environmental, and health and safety risks.
- Farmers will gain skills in analyzing and evaluating risks by assessing the likelihood and consequences of identified risks.
- Farmers will learn techniques for prioritizing risks based on their significance and potential impact on the farm’s objectives.
2.3 Farm Risk Assessment Process
Risk Assessment Module is divided into three main steps:
This is one of the most important steps of your project. Perhaps the most important, because if there is a failure to identify a specific risk, then all the next steps to follow do not apply for this specific risk. This is not good because the risk will be there, bypassed and waiting, may become reality in a specific moment and we will have done nothing to manage it, for the simple reason that we missed identifying it.
On the other hand, we should have in mind that we will not be able to trace, recognize or identify all (100%) hazards and risks that are in place or all the threats that may exist. This is impossible. We are all humans, and our effort is limited to this as well.
What is really applicable: if we work systematically and follow a specific methodology approach, then we may be confident that we have – to our personal capabilities and limitations – done our best and – most probably – we have identified all major, important, critical and significant risks related to our
business.
Another important point we have to discuss is this: the results of a risk identification effort if this is accomplished by a field expert (instead of you) may be more productive (in the number of risks identified). This may be true, yet you have to keep in mind and be confident that if you follow the proposed approach and give your activity the required time and attention, your work will not be
inferior at all: at the end you will – for sure – have identified the vast majority of the risks related to your farm business.
So let’s take a step-by-step process to identify threats:
- Conduct a thorough review of the farm’s operations, processes, and activities:
- Evaluate all aspects of the farm’s operations, including crop production, livestock management, machinery usage, storage facilities, transportation, and handling of chemicals or hazardous materials.
- Consider the different stages of the farm’s processes, such as planting, harvesting, irrigation, animal feeding, waste management, and maintenance activities.
- Review the farm’s infrastructure, buildings, equipment, and technology systems to identify any potential risks associated with their use.
- Identify potential hazards, events, or circumstances that could pose risks to the farm’s objectives:
- Identify natural hazards such as weather conditions (storms, floods, droughts), pests, diseases, or natural disasters (earthquakes, wildfires).
- Identify operational hazards, including accidents, machinery failures, power outages, or supply chain disruptions.
- Consider market risks, such as price fluctuations, market demand, or changes in regulations or policies.
- Evaluate environmental risks, such as soil erosion, water pollution, or contamination from chemicals or waste.
- Assess health and safety risks for farm workers, including exposure to hazardous substances, ergonomic issues, or work-related accidents.
- Consider various categories of risks such as operational, financial, environmental, and health and safety risks:
- Operational risks: Identify risks related to the farm’s day-to-day operations, processes, and supply chain activities.
- Financial risks: Assess risks related to the farm’s financial stability, including market volatility, credit risks, or changes in input costs.
- Environmental risks: Evaluate risks associated with environmental impacts, including soil and water quality, biodiversity, or compliance with environmental regulations.
- Health and safety risks: Identify risks to the health and safety of farm workers, visitors, and the public, including accidents, exposure to hazardous substances, or unsafe working conditions.
FARMER ACTION
- Develop Risks/ Threats List per category;
- Create a Risk Register (see PR3 – Annex….); a form to document the risks that you will identify. You may use the forms that are provided in the Annexes section of the PR3 document and spreadsheet format. This is called Risk Register and is used to document and follow-up the identified potential risks of the farm, the probability (likelihood), impact and rating (severity) of each risk as well as the actions proposed and selected to treat (minimize/mitigate) the risks. For this part of the effort you will need only the six three columns of the template:
- Column 1 (Threat ID) will just be a serial number.
- Column 2 (Date Raised) will be the date a specific threat recorded.
- Column 3 (Raised by) will be the person identified and recorded the threat.
- Column 4 (Risk Category) will be the category of the threat as per the Risk Catalogue (PR3 – My Farmer Toolkit).
- Column 5 (Threat) will be the description of the threat (e.g. wildfire).
Once you have completed the previous step, you should have in place a Risk Register document with a good number of risks collected. Usually, these risks may extent to several pages of the document.
Now, if you look at them through the eyes of a farmer, you get a (clear) notion of this raw list of Risks, simply documented without something that distinguishes them in relation to the concerns and requirements of the farm.
Applying some common sense, it seems important to find out a way to prioritize your risks so you will be able to start working on the most significant ones without losing time, money and resources in those of minor importance.
To do this (prioritization), it requires the calculation and evaluation of two factors for each one of the risks: Its Probability (Likelihood) and its Impact (Consequences).
- Probability of a risk is directly related with the likelihood of the Risk to occur. Our objective is to prioritize our risks, rather than to create a scientific report. We cannot have access to statistical data to ensure 100% correctness of our calculations, nor make complex calculations to come up with a Probability. For the purposes of our work, it is adequate – and applies in almost all cases – to use our common sense and our understanding of the business environment along with the simple approach presented below. As part of a typical Risk prioritization, it is adequate to define and use a scale of Probability using a 3, 4 or 5 steps’ scale (or more).
- Impact refers to the estimated consequences a risk may have on the farm, if and when it occurs (see PR3 – My Farmer Toolkit).
Total Risk (or Risk Rating), We quantify a Risk by producing a value that provides a picture of the “size” of the Risk in terms of Probability AND Impact and in relation to the size of these values. This is done by multiplying the probability score by the Impact score Risk Rating = Probability (likelihood) x Impact (consequences).
Let’s see the steps you have to take to analyze the identified risks:
- Evaluate the likelihood of each identified risk occurring and the potential consequences if it does:
- Assess the probability or frequency of each risk event occurring based on historical data, expert knowledge, or industry statistics.
- Consider factors that could increase or decrease the likelihood of each risk, such as climate conditions, equipment maintenance, training programs, or pest management strategies.
- Analyze the potential consequences of each risk event, considering the impact on farm operations, financial performance, human health, safety, and the environment.
- Assess the severity and impact of risks on the farm’s operations, assets, employees, and stakeholders:
- Evaluate the severity of each risk by considering the potential loss or harm it could cause to the farm’s assets, production capabilities, reputation, or financial standing.
- Assess the impact of each risk on farm employees, stakeholders, neighbouring communities, and the environment.
- Consider short-term and long-term consequences of the risk events, including recovery costs, business interruption, legal liabilities, or damage to the farm’s brand image.
- Consider the effectiveness of existing control measures in mitigating the identified risks:
- Review the farm’s current risk control measures, such as safety protocols, standard operating procedures, maintenance schedules, or training programs.
- Assess the effectiveness of these measures in reducing the likelihood or impact of identified risks.
- Identify any gaps or weaknesses in the existing control measures and consider them during the risk evaluation phase.
FARMER ACTION
Build Likelihood Assessment Matrix defining and using a scale of Probability.
Build Impact Assessment Matrix defining and using a scale of Impact using a 3, 4 or 5 steps’ scale (or more). We could use either the numbers and/or descriptions to name the various steps of the scales.
Rate your identified risks – go back to your Risk Register and document the probability and the impact for each of the identified risks. We quantify a Risk by producing a value that provides a picture of the “size” of the Risk in terms of Probability AND Impact and in relation to the size of these values. This is done by multiplying the probability score by the Impact score Risk Rating = Probability (likelihood) x Impact (consequences).
- Compare the analyzed risks against the established risk criteria and tolerance levels:
- Compare the assessed risks against predefined risk criteria or thresholds. These criteria may be specific to the farm or based on industry standards, regulations, or best practices. This comparison helps determine whether the identified risks are within acceptable levels or if they require further attention and action.
- Prioritize risks based on their significance and potential impact on the farm’s objectives:
- Rank the risks based on their significance and potential impact.
- Consider the likelihood and consequences of each risk, as well as the farm’s objectives and priorities. This prioritization allows for effective resource allocation and the development of risk management strategies.
- Determine which risks require immediate attention and further risk treatment:
- Identify risks that require immediate action or further risk treatment. These are risks that pose significant threats to the farm’s operations, assets, employees, or stakeholders. By identifying these high-priority risks, the farm can allocate resources appropriately and develop risk treatment plans to mitigate or manage these risks effectively.
FARMER ACTION
Develop Risk Matrix – Risk Matrix is a grid-style “traffic light system” that we use to help us visualize the rating of our risks. Colors are used in the form of traffic lights to differentiate the severity of the risks and help us work better with our risks prioritization: Scale starts from Green (the least severe risks) and ends to Red that colors the most severe risks in the scale.
- Red = Significant risks that we must treat (High)
- Orange = Less significant Risks that we should treat (Tolerable)
- Yellow = Medium risks that we may treat (Low)
- Green = Minor risks that we will not spend resources in treating as long as they retain the same rating (Very low),
See example below:
Develop Risk/ Prioritization Matrix – Going back to our Risk Register, we will apply this traffic light system in the Risk Rating column. This will provide us with a picture of our Risks Prioritization. We sort the Register list by the Risk Rating column and thus it would be easy to respond to questions like “Which risks should I work with first?”.
2.4 Case Studies
George's Risk Assessment Journey
Once upon a time, in the countryside, there lived a farmer named George. George was passionate about his farm and always sought ways to improve his practices. One day, George stumbled upon the Farmer Resilience Methodology developed under the KA220 Erasmus+ Project, which promised to enhance his farm’s resilience. Excited by the opportunity, George decided to adopt the methodology and embarked on a journey to implement it.
As a first step, George needed to conduct a thorough risk assessment. He knew that understanding and mitigating risks were crucial for the long-term success of his farm. The methodology provided guidance on how to identify, analyze, quantify, and evaluate risks, helping George make informed decisions.
George sat down with his team to identify the major risks his farm faced. After careful consideration, they identified three primary risks: wildfire, hailstorm, and crop diseases. These risks had the potential to disrupt George’s operations, damage his crops, and impact his livelihood. These risks have been recorded in a matrix (see below).
To analyze the risks, George began researching each one in detail. He studied historical data, consulted local experts, and even reached out to neighboring farmers who had experienced similar challenges. By gathering as much information as possible, George aimed to understand the likelihood and potential impact of these risks on his farm.
Next, George sought to quantify the risks. He developed a system to measure and assign values to different risk factors. For wildfire, he considered the proximity of his farm to forested areas, prevailing wind patterns, and the availability of firebreaks.
Hailstorm risk was assessed based on historical weather patterns, susceptibility of crops, and potential damage. When evaluating crop diseases, George studied factors such as crop rotation, pest prevalence, and the effectiveness of available treatments.
With the risks analyzed and quantified, George moved on to evaluating them. He compared the risks against predefined criteria, such as the potential financial losses, impact on production, and the farm’s overall resilience. George involved his team in this evaluation process, as their collective expertise and diverse perspectives added value to the assessments.
Having completed the risk assessment step, George now possessed a comprehensive understanding of the potential threats his farm faced. Armed with this knowledge, he was ready to develop strategies to mitigate these risks and enhance his farm’s resilience. The Farmer Resilience Methodology would continue to guide George throughout his journey, assisting him in implementing measures that would safeguard his farm against the challenges that lay ahead.
2.5 Comprehension Questions
2.6 Summary and Key take-aways
Summary
Farm risk assessment is a systematic process of identifying, analyzing, and evaluating potential risks associated with farming activities. It involves reviewing various aspects of farm operations, categorizing risks into different types, and assessing their likelihood and consequences. The identified risks are then prioritized based on their significance and potential impact on the farm’s objectives. The process helps farmers minimize negative impacts and optimize farm performance by allocating resources effectively for risk management.
KEY TAKE-AWAYS
3.1 Introduction
Risk treatment holds great importance in agriculture for multiple reasons. Although mitigating farming risks does not always improve farmers’ welfare, neglecting to manage such risks can have a direct consequence on farmers’ earnings, and market steadiness and could even threaten food security. This last point is particularly crucial in developing nations, but also for the most underprivileged individuals in the EU, where a temporary shortage of supplies could result in an alarming increase in prices.
By adopting effective risk treatment strategies, agricultural stakeholders can proactively identify potential hazards and implement appropriate measures to minimize their impact. This includes diversifying crops, implementing sustainable farming practices, investing in climate-resilient technologies, and establishing robust safety nets. Such measures help safeguard farmers’ livelihoods and contribute to long-term agricultural sustainability and resilience.
Risk treatment in agriculture is indispensable for maintaining farmers’ economic stability, ensuring market steadiness, and safeguarding global food security. By acknowledging its significance and taking proactive steps towards managing risks, we can create a more sustainable and resilient agricultural landscape, benefitting farmers, consumers, and communities alike.
3.2 Learning Objectives
- Farmer will learn the process of Risk Treatment, and how they can make their own Risk Treatment plan.
- Farmers will understand how to assess the likelihood of risks, and what steps to use to mitigate them.
- Help explore all the possibilities a farmer has in Risk Treatment
- Farmers will understand various risk treatment strategies.
- Farmers will learn about risk control measures in Risk Treatment
3.3 Establish the Context Process
Risk Treatment is divided into five steps:
Recognizing potential risks in agriculture is a fundamental aspect of ensuring safety and minimizing damage. There are multiple ways to identify these risks, each serving as a crucial part of making sure you are safe and the people around you. We can never be 100% sure when will a risk happen, but we can take steps in preparation if it comes to it. Risk Identification steps are:
- Hazard report by Workforce: One of the primary sources for identifying risks in agriculture is your workforce. Encourage your team to report any hazards they encounter during their work. These reports can include anything from malfunctioning equipment to unsafe work conditions. By fostering a culture of reporting, you empower your workforce to be active participants in risk identification and mitigation.
- Workplace Inspections: Regular workplace inspections are essential in pinpointing potential issues. These inspections involve a systematic examination of the entire agricultural operation. Inspectors look for signs of wear and tear on machinery, compromised infrastructure, and any unsafe practices. The findings from these inspections provide valuable insights into areas that need attention and improvement.
- Incident Investigations: In the unfortunate event of an incident, where it’s an injury or property damage, conducting a thorough investigation is crucial. Understanding the root causes of accidents helps in identifying systemic risks. By learning from past incidents, you can take preventive measures to reduce the likelihood of similar occurrences in the future.
- Observational Vigilance: Risk identification isn’t limited to formal procedures. Often, just walking around your agricultural operation can reveal potential threats. Train yourself and your team to be vigilant while on the premises. Encourage them to observe and report anything that could potentially harm someone or cause damage.
When it comes to hazard identification, it’s essential to categorize risks based on their severity and immediacy:
- Immediate Action: If a hazard can be fixed in the sport and poses an imminent danger, take immediate action to address it. For instance, if you discover a broken fence that could allow livestock to escape, repair it right away.
- Reporting Required: Not all hazards can be corrected immediately, but they still need attention. If you encounter a risk that cannot be immediately resolved or if it has the potential to cause more significant harm if left unaddressed, report it promptly. This ensures that the issues are documented and scheduled for resolution, reducing the chances of accidents or damage in the future.
Farmer Actions: In farming, it’s important to keep things safe and prevent problems. You can do this by listening to your team and encouraging them to report any issues they see, such as broken equipment or unsafe conditions. Regularly inspect your farm to check for wear and tear on machinery and other potential dangers. When accidents happen, investigate them to understand why they occurred and how to prevent them in the future. Additionally, always stay vigilant and encourage your team to report anything that could be harmful. When you find a problem, fix it right away if it’s very dangerous, or report it for later attention if it can’t be fixed immediately. This ensures the safety of your farm and everyone on it.
After Risk Identification, we must do a Risk Assessment. The ability to anticipate and mitigate potential risks is necessary to ensure the safety of not only you but also the broader community. Assessing risks is an all-around approach that combines experience, critical thinking, and a structured methodology. At the heart of the process is the ability to make well-informed judgments about the likelihood of a risk causing harm and the severity of the consequences if such harm were to manifest:
- Determine Likelihood: Assess the likelihood of each identified risk occurring. Use historical data, expert knowledge, and scientific information to estimate the probability of each event. Categorize the likelihood into levels such as low, moderate, or high.
- Evaluate Consequences: Analyse the potential consequences of each risk. Consider the impact on crops, livestock, infrastructure, the environment, and human health and safety. Categorize the likelihood into levels such as low, moderate, or high.
- Use a Risk Matrix: Crate or use a Risk Matrix. The matrix helps in combining the likelihood and consequences assessments to determine the overall risk level. The intersection of likelihood and consequences on the matrix indicates the level of risk. Categorize the likelihood into levels such as low, moderate, or high.
- Prioritize Risks: Based on the risk matrix results, prioritize the identified risks. Focus on high and medium-risk areas as they require more immediate attention and mitigation efforts.
Farmer Actions: To make your farm safer, you should first figure out how likely different problems are to happen and how bad they could be. This means guessing the chances of each problem using history, expert knowledge, and science, and then deciding if it’s not likely, somewhat likely, or very likely to happen. Next, think about what might go wrong if each problem does happen, like how it could hurt your crops, animals, farm, environment, or people’s health and safety. Lastly, use a Risk Matrix to combine these guesses and figure out how risky each problem is overall. Focus on fixing the high and medium-risk issues first, as they need more attention and quick fixes.
Risk mitigation and control refer to the strategies and actions taken to reduce or manage the negative impacts or potential risks and uncertainties that can affect you. These strategies are crucial for ensuring the sustainability, profitability, and resilience of your farm. They must be dealt with accordingly:
- Risk Mitigation:
- Diversification of Crops or Livestock: Planting a variety of crops or raising multiple types of livestock can help you spread the risk. If one crop or animal is affected by a specific pest, disease, or unfortunate weather conditions, others may still thrive.
- Crop Rotation: Rotating crops in different seasons can help improve soil health, reduce the buildup of pests and diseases, and mitigate the risk of poor yields due to soil degradation.
- Use of resistant Varieties: Plating crop varieties or livestock breeds that are resistant to common diseases, pests, or unfortunate environmental conditions can reduce the risk of significant economic losses.
- Weather Risk Management: Implementing weather-related risk management practices, such as using weather forecasts to plan planting and harvesting schedules or investing in protective infrastructure like greenhouses.
- Insurance: Purchasing insurance policies, such as crop insurance or livestock insurance, to transfer some of the financial risks associated with crop failure, livestock losses, or property damage due to natural disasters.
- Financial Planning: Building financial reserves or contingency funds to provide a financial buffer in case of unexpected events or market fluctuations.
- Risk Control:
- Pest and Disease Management: Implementing integrated pest management strategies to control pests and diseases effectively, including the use of pesticides, biological controls, and cultural practices.
- Irrigation and Water Management: Installing efficient irrigation systems and managing water resources effectively to control the risk of water scarcity or excess water leading to soil erosion and crop damage.
- Soil Health Management: Implementing soil conservation practices, such as erosion control, organic matter incorporation, and nutrient management, to improve soil health and reduce the risk of soil degradation.
- Quality Control: Implementing quality control measures to ensure that agricultural products meet the required standards, reducing the risk of rejection by buyers or consumers.
- Safety Measures: Enforcing safety protocols for farm equipment, machinery, and workers to minimize the risk of accidents, injuries, and property damage.
- Market Risk Management: Utilizing market analysis and hedging strategies to mitigate the risk of price fluctuations and market uncertainties affecting the sale of agricultural products.
- Regulatory Compliance: Ensuring compliance with local, state, and national agricultural regulations to avoid legal issues and potential fines.
Farmer Actions: To make your farm safer and more stable, consider these steps: Diversify your crops or livestock, so if one gets affected by pests or bad weather, others can thrive. Rotate crops in different seasons to improve soil health and reduce the risk of pests and soil problems. Choose crop varieties or animals that are resistant to common issues. Manage weather risks with forecasts and protective structures. Get insurance to cover losses from disasters and save money for emergencies. Control risks by using pest management, efficient irrigation, soil conservation, quality control, safety measures, market analysis, and compliance with regulations to avoid legal problems.
Risk Transfer means shifting or sharing the financial risks due to factors like weather, pests, and market fluctuations. This is done through different methods, that can help you treat the risks that are on the higher end of the Risk Matrix that you alone cannot solve:
- Insurance: You can buy policies covering weather events, crop diseases, and price fluctuations, with insurance companies compensating for losses.
- Futures and Options Contracts: Use these contracts to secure crop prices and protect against fluctuations.
- Forward Contracts: You negotiate prices and delivery terms with buyers in advance to reduce price volatility.
- Agribusiness Partnership: Collaboration with agribusinesses can help you share production and market risks.
- Risk Pooling: With other farmers collectively contribute to a fund used to compensate for individual losses.
Farmer Actions: To protect your farm’s financial stability, you can explore various options: First, insurance policies can cover losses due to weather, crop diseases, and price fluctuations. Second, futures and options contracts help secure stable crop prices and mitigate market swings. Third, negotiating prices and terms with buyers in advance through forward contracts reduces price volatility. Collaborating with agribusinesses can also help share production and market risks, and participating in risk pooling with fellow farmers collectively contributes to a fund used for compensating individual losses.
After all the steps you have done, there comes Risk Monitoring and Review. It is an ongoing process aimed at tracking and evaluating the effectiveness of your risk treatment strategies and ensuring that they remain relevant in the face of changing circumstances. It is an important part of your overall risk treatment plan. Here’s a breakdown of what risk monitoring and review involve:
- Continuous Assessment: Regularly evaluate identified risks, including weather, markets, pests, and operations.
- Data Collection: Gather data from various sources, like weather reports and financial records.
- Performance Comparison: Compare actual farm outcomes with expected results to spot deviations and assess risk impact.
- Strategy Adjustments: Modify risk treatment strategies based on monitoring data, such as changing planting schedules or updating insurance coverage.
- Plan Review: Periodically review the risk management plan to ensure it aligns with farm goals and addresses emerging risks.
- Scenario Planning: Consider “what-if” scenarios to prepare for unexpected events and develop contingency plans.
- Engage Stakeholders: Collaborate with experts and partners for valuable insights and expertise.
- Record Keeping: Maintain thorough records for an organized and transparent risk treatment process, aiding in claims and compliance.
- Effective Communication: Ensure clear communication within the farm and with external stakeholders to share findings and strategy adjustments.
Farmer Actions: To farm wisely, regularly check for problems like bad weather, changing markets, pests, and how your farm works. Collect information from weather reports and your financial records. Compare what’s really happening on your farm to what you expected and make changes if needed. Sometimes, review your plan and imagine what might happen in unexpected situations. Talk to experts and partners, keep good records, and make sure everyone on the farm knows what’s going on. This will help your farm be better and safer.
3.4 Case Studies
In this example, we go through the steps in the previous section to better understand what the process behind each step is. Let’s say you are a wheat farmer, and your region is vulnerable to sudden weather changes with unexpected heavy rainfall that can damage your crops. You want to protect your wheat from this risk:
Step 1, we do a Risk Identification – You identify a high risk in this part of the season of heavy rainfall that can damage your crops.
Step 2, we do a Risk Assessment – You assess there is a high chance of heavy rainfall that will happen during the growing season and potentially damage your crops. Historically weather data from past years and local weather reports make your assessment.
Step 3, Risk Mitigation and Control – In this part, you can do it in a couple of different ways. You plant a expand your growing crops to have more drought-resistant crops alongside the wheat. You can invest in a weather monitoring system for your farm only, so you’re always up to date with any slight changes that you can react to.
Step 4, Risk Transfer – You can buy crop insurance, that will provide you with a little bit of financial safety if the worst outcome occurs.
Step 5, Risk Monitoring and Review – Throughout the growing season you can constantly monitor the weather, if heavy rain falls, you will take immediate actions to minimize the damage. After the growing season, you can compare your crop condition with your risk treatment plan and optimize it for a better outcome next time.
With all these steps you have done your risk treatment, but there are a couple of other things you should watch out for. You constantly must update your risk treatment plan, and you should keep detailed records of all your risk assessments for future risk treatment plans.
3.5 Comprehension Questions
3.6 Summary and Key Takeaways
- Encourage a culture of reporting risks among the workforce to actively participate in risk identification and mitigation.
- Combine likelihood and consequence assessment to determine the overall risk level and prioritize actions accordingly.
- Implement diverse Risk Treatment strategies to enhance farm resilience and preparedness for all possibilities.
- Consider all the tools at your disposal once before planning for maximum results.
- Regularly update and check your Risk Treatment strategy based on all the data you have acquired.
- Foster a culture of safety, collaboration, and support for safer and more successful outcomes.
4.1 Introduction
Effective communication and consultation are crucial components of managing risks in farming operations. Stakeholders such as employees, customers, suppliers, lenders, government agencies, and the local community can all be affected by the risks associated with farming. It is therefore essential to develop a methodology for communication and consultation to identify and address the needs and expectations of these stakeholders. This methodology should include planning, executing, and monitoring the communication and consultation process while adhering to internal policy, confidentiality, and respect for individuals’ private data. In this way, the methodology ensures that risks are effectively managed, and stakeholders are informed and engaged throughout the process.
4.2 Learning Objectives
- Importance of considering stakeholders’ needs and expectations in risk communication and consultation methodologies for farming operations.
- Emphasis on identifying stakeholders and understanding their specific needs.
- Highlighting the significance of planning the communication and consultation process effectively.
- Utilizing a variety of methods to ensure effective and efficient communication.
- Emphasis on timely, accurate, and factual communication while maintaining confidentiality and privacy.
- Recognition of the two-way nature of communication and the value of stakeholder feedback.
- Importance of monitoring and reviewing the effectiveness of the communication and consultation process.
- Emphasis on documenting the process, including objectives, methods, stakeholders, and outcomes.
4.3 Module Development
The three main steps to effectively communicate and consult risk are:
Identifying stakeholders is essential because it allows farmers to understand who is directly or indirectly affected by the farming operation’s risks. By identifying stakeholders, farmers can prioritize their engagement efforts and ensure that no important groups are overlooked. This step sets the foundation for inclusive and comprehensive risk management by considering the perspectives and interests of all relevant parties.
The step-by-step process to identify stakeholders should be:
- Conduct a stakeholder analysis to identify and assess all individuals or groups who are affected by the farming operation.
- Prioritize stakeholders based on their level of interest, power, and influence on the farm’s operations.
Farm stakeholders can include:
And more…
Understanding the specific needs and expectations of stakeholders regarding risk communication and consultation is vital for delivering relevant and meaningful information. Each stakeholder group may have different information requirements and preferences. By assessing their needs, farmers can tailor their communication strategies and methods to effectively reach and engage with stakeholders. This step ensures that the communication efforts are targeted and address the stakeholders’ concerns and expectations.
The step-by-step process to determine needs and expectations should be:
- Having a dedicated communications person is crucial for effective internal and external communication. They serve as the central point of contact, ensuring clear and consistent information flow within the company and portraying a professional image to external stakeholders.
- Assess the needs and expectations of stakeholders regarding risk communication and consultation.
- Understand their specific information needs, preferences, and accessibility to tailor the communication and consultation methods accordingly.
Developing a well-thought-out communication and consultation plan provides a structured framework for engaging with stakeholders. It helps in setting clear objectives, defining the scope of communication, and selecting appropriate methods and channels for effective engagement. By planning the communication and consultation process, farmers can ensure regular and timely interactions with stakeholders, facilitating information exchange, feedback collection, and collaborative decision-making.
The step-by-step process to plan communication and consultation should be:
- Develop a comprehensive communication and consultation plan that outlines the objectives, scope, and methods of engagement.
- Consider the stakeholders’ preferences, the sensitivity of the information being communicated, and the regular intervals at which communication should take place throughout the risk management process.
- Monitor and evaluate the plan and the outcomes in regular time intervals to understand the effectiveness of the plan and if adaptations are needed.
A plan should be developed pre-crisis and involve the steps of assessment, maintenance, resolution, and evaluation.
On farm, the communication risk management plan should also include the list of emergency contacts, detailing witch hazards should be communicated to whom.
4.4 Scenario – Risk Communication
Sofia is an olive farmer, focusing on olive oil. She’s very conscious of her duty to communicate updates that take place on the farm with the stakeholders around her.
She regularly talks with the technician from the Producers Organization that gives her advice, to ask for support and give feedback, she regularly shares with the community what activities she’s doing on the farm, to ask for their comprehension. Sofia is also keen on sharing her experience with the neighbor farmers.
She has identified the following stakeholders in her activity:
- Suppliers of fertilizers and pesticides
- The producer’s organization she’s a part of (that gives her technical advice, and where she sells the olives to)
- Farm employees
- Other farmers in the region
- The community around
As the manager of the farm, Sofia is the person in charge of coordination the communication between the different stakeholders.
Furthermore, as she’s very organized, she has even drafted a risk communication plan.
One day Sofia found a fungus infection in one small area of her olive grove, by noticing a change of the color of the fruits.
She immediately knew what to do, according to her plan:
- She sent pictures of the damaged fruits (olives) to her advisor to confirm her suspicion of the disease.
- Once the fungus infection was confirmed she made a list of the relevant stakeholders to address (farm employees, producer’s organization farms nearby)
- She called a staff meeting to communicate with her farm employees and share the relevant measures to take care of the infection (with support from her advisor)
- She called her neighbor farmers to let them know, for them to monitor their olive groves and prepare for the disease and/or prevent this infection.
- She contacted the producer’s organization and asked them to inform all their associates.
- As Sofia tackles the infection in her olive grove, she keeps close contact with relevant stakeholders to inform them of her progress.
- For two weeks she makes regular updates to the key stakeholders (farm employees, producer’s organization farms nearby)
- All parties involved were very happy and impressed by Sofia’s organization and ready for action capabilities.
- One month later, when the infection is already controlled, she organizes a meeting with key stakeholders, alongside her advisor, to evaluate her response and see if the communication plan she drafted can be improved.
4.5 Comprehension Questions
4.6 References – Bibliography
Tournis Consulting Lp (2017), Elementary guide on business resilience, CASSANDRA Project
ISO 31000:2018, Risk management — Guidelines
5.1 Introduction
As per ISO 31000 2018 “Risk management — Guidelines” risk monitoring and review stage is a critical part of the risk management process. This step involves the continuous monitoring and review of the risk management strategies that are in place to ensure their effectiveness and relevance.
Responsibilities should be defined so that any changes and/ or modifications are distinct. One of Risk Monitoring and Review main purpose is to identify any potential changes in an organization risk eco-system, such as new emerging risks, or changes to existing risks, and evaluating the effectiveness of the risk management process in addressing them.
It is not only the risk itself that requires monitoring, but also any action plans, which is another reason why it is important to pay particular attention in prioritising these activities. By taking this measure, organizations can detect any deficiencies or vulnerabilities in their risk management strategy and implement necessary measures to enhance their risk management system.
In order to align the risk with the desired tolerance level of the organization, it is permissible to establish different modifications and action plans, leading to the most effective response to the risk. The process of monitoring and reviewing the risk ensures that the organization’s risk management system remains dynamic, adaptable, and capable of adjusting to alterations in the risk landscape.
5.2 Learning Objectives
By completing this section farmers will be able to:
- Understand the importance of risk monitoring and review in the risk management process.
- Effectively utilize the existing recourses to implement the right action strategy for the problem after their identification.
- Keep track of the procedures regarding the residual risk after the risk has been addressed.
- Apply an effective early warning system which helps them recognize key risk indicators via risk monitoring.
- Develop skills in using tools and techniques for risk monitoring, such as data analysis, trend analysis, scenario analysis, and risk mapping.
- Learn to handle and review the monitoring activities of all performance management and measurements in the organization.
- Apply the principles and practices of risk monitoring in the context of different farming systems.
- Sustain the competitiveness of rural areas and stabilize farm revenues.
5.3 Risk Monitoring & Review
The risk monitoring and review step is an important part of the risk management process for the farming sector. This step involves continuous monitoring and evaluation of the implemented risk management strategies to ensure their effectiveness and relevance in the dynamic farming environment. The following is a detailed outline of the risk monitoring and review process for the farming sector:
- Establish a monitoring and review plan that outlines the frequency, scope, and methodology of the risk monitoring and review process, tailored to the specific farming risk management objectives and complexity of the farming environment.
- Identify the risk indicators that alert the farmers to changes in the farming environment, including weather conditions, soil quality, pest infestations, market conditions, and regulatory changes. These indicators should be monitored and evaluated regularly to ensure that they remain relevant and effective.
- Collect and analyze data on the risk indicators, using various monitoring tools such as weather stations, soil sensors, and pest traps, among others. Analyze this data to identify any changes in the farming environment that may pose a risk to the farm.
- Evaluate the effectiveness of risk management strategies: Use the data collected to evaluate the effectiveness, efficiency, and relevance of the implemented risk management strategies in addressing identified risks.
- Identify gaps and weaknesses in the risk management process such as inadequate risk assessment or treatment strategies and take corrective action.
- Take corrective action such as revising risk management strategies, implementing additional risk controls, or improving the risk management process.
Overall, incorporating environmental monitoring into the risk management process for the farming sector can lead to more sustainable and responsible agricultural practices.
It is essential to say that farm monitoring can positively affect environmental concerns. Agriculture related activities have a big environmental impact on the earth. Said impact is usually negative and can be reduced by a non-negligible percentage by using sensing tools such as, satellites, drones, and nanotechnology, as a form of monitoring, during all stages and shapes of agriculture, picturing the field and its impact on the environment, giving feedback to the owner, analysing the collected data, conducting, and helping on results and treatments. Continuously scanning frameworks can be used by farmers, farmer organizations, environmental agencies, and consultancies, as well as provincial, territorial, and federal agencies interested in the agricultural sector or in the usage of abandoned fields.
By incorporating environmental monitoring into the risk management process, farmers can not only better manage their risks but also improve their sustainability and responsibility towards the environment.
Risk monitoring in agriculture can provide:
– Information on the current state of the farmed environment and the ongoing changes.
– Tracking the contamination impact on agriculture environment.
– Assessing the impact of agricultural and environmental policies on the environmental management of farms, for instance monitoring the carbon footprint.
The ongoing monitoring of the risk management cycle and its various stages not only benefits farmers and their businesses directly, but also contributes to the overall economy. By supporting the agricultural sector, there is a positive impact on the local economy and the country, as active operation and non-abandonment of grasslands are maintained.
Risk monitoring in farming can be achieved via human physical factor and through digital tools. It would be incorrect to say that digital tools are not a part of the chain of risk management as they help on all its stages.
In summary, digital tools can provide knowledge in various fields of risk monitoring and review, including remote monitoring of farms, data collection and processing to assess problems and predict hazards in the future, sampling control, predictive analysis, and addressing labor shortages. The ultimate goal is to store and reevaluate data using new applicable, institutional, political, social, and agricultural frameworks.
Once you have identified the gaps in your farming operations, implemented necessary treatments, and found solutions to specific risks, it is time to assess the sustainability and effectiveness of these steps. Risk monitoring is a crucial process in all business fields, as it helps us determine if the techniques or methods, we have implemented are appropriate for our problems. This monitoring may take weeks or even months to cover all risks and evaluate the impact of each treatment, but it allows us to record the risks encountered, the treatments applied, and the resulting impacts. Risk monitoring is an ongoing and continuous step.
It is important to remember that we cannot perform miracles, but we can certainly make diligent efforts within our capabilities. Success comes with persistence, patience, and learning from each attempt. By consistently monitoring and adapting to changing circumstances, we increase our chances of effectively managing and mitigating risks in the long run. It is important to find the right timing and place for each action, and through enough attempts, we can achieve the desired outcomes.
- Register the frequency of risk monitoring and review, in every risk you face. (For example, record in a file the exact dates of every risk like plant disease you supervise and detect the impacts)
- Record the scope of the risk treatment you are going to monitor. Where did you apply the risk monitoring, in soil, in wheat, in trees, in which field. Do you need supervising more areas, in order the identifying risks start minimizing, disappearing or be in a non-harmful scale.
- Record the methodology you used to monitor the hazards. For example, the data you had were from modern technology like drones, you hire more people to supervise your field. We need you to know or better register the exact method you apply in every matter.
- By looking at important information like how much crops produce, weather patterns, market trends, costs for supplies, and financial records, you can find signs that show possible risks or changes in the farming environment. This helps you and all the farmers understand what might go wrong or be different and plan ahead.
- Getting advice from agricultural experts, consultants, or experienced farmers, if it is affordable in any way, can give you helpful information about things that might indicate risks or changes in your farming environment. Their knowledge and experience can offer valuable insights to help you stay aware and prepared.
- Using tools like remote sensing technologies, weather stations, soil sensors, or pest and disease surveillance can be useful in monitoring and tracking important factors on your farm. These systems help you keep an eye on specific parameters and detect any signs that could indicate potential risks or changes.
- By looking at past data and trends in your farming environment, you can gain valuable insights into previous risks and changes. This information can be helpful in identifying indicators that may be important for future assessments, like production, market, economic issues.
- Talking to fellow farmers, suppliers, customers, and other people involved in farming can give you valuable insights. They can share their observations and experiences about risk indicators and changes in the farming environment, which can help you understand and prepare for potential challenges.
All these indicators that you will have identified in the above ways must be investigated and checked regularly, as some condition may have changed.
- Select the right tools to collect data on the risks you want to monitor. This might include using things like weather stations, soil sensors, traps for pests, monitors for crop yields, or tools for analyzing the market. When choosing, think about how much they cost, how easy they are to use, and how accurate they are.
- Use the monitoring tools you’ve chosen and collect data regularly. Make sure the data collection process is dependable and precise. This might mean noting down weather information, taking soil samples, employing sensors to measure moisture or nutrients, or keeping track of market prices.
- Study the data to understand the risk indicators and what they mean for your farm. Look for any potential risks or changes that need your attention. If you need more guidance, seek advice from experts or advisors to better grasp the significance of the data.
- Use the collected data to assess how well the established strategies are working, how efficient they are, and if they are relevant to addressing the identified risks. For example, you can use the collected data on disease incidence, crop health, and disease management practices to evaluate the effectiveness of their disease prevention and control strategies. You can compare the occurrence of diseases in crops that received preventive measures, such as crop rotation or disease-resistant varieties, with those that did not. By analyzing the data, you can determine if the implemented strategies have resulted in reduced disease incidence and healthier crops. Additionally, you can assess the efficiency of the strategies by considering factors such as the cost of disease management inputs and the labor required. This evaluation can help you and all the farmers make informed decisions on adjusting their disease management strategies, adopting new practices, or seeking expert advice to improve the effectiveness of their risk management efforts.
Assess how well your methods for identifying risks, strategies for dealing with them, and actions to reduce their impact are working. For instance, if you discover that your treatment strategy for pest control is not adequately preventing crop damage, you can take corrective action by exploring alternative pest control methods, such as introducing natural predators or using organic insecticides, to improve the effectiveness of your risk management approach and protect your crops more effectively.
This step will follow the matrixes you used in the Risk Assessment stage.
Reassess your risks:
- Use the Risk Probability Matrix again 🡪 In this way you will check which risks need immediate treatment and which have been eliminated.
- Use the Impact Assessment Matrix you have already created 🡪 To reevaluate the impacts of the threats you have identify.
For instance, if you observe a recurring issue with soil erosion leading to crop damage, you can install erosion control measures such as contour plowing or terracing to mitigate the risk. By adding these additional controls, you can minimize soil erosion and protect your crops from potential harm.
Furthermore, improving the risk management process is another important step. For example, if you identify a lack of communication and coordination among farm workers regarding safety protocols, they can implement regular training sessions and establish clear procedures to enhance safety awareness and adherence. By improving the risk management process, you ensure that everyone on the farm is well-informed and actively engaged in mitigating risks.
5.4 Summary and Key Take Aways
The above resilience framework for farmers discusses the importance of the risk monitoring and review process for farmers and other entrepreneurs, highlighting the need for continuous and periodic monitoring and review activities to improve the quality and effectiveness of the risk management process. The sequential steps of risk monitoring include design, gathering, analysis, recording of results, and providing feedback. The text also explains that the risk monitoring and review step is critical in the risk management process and involves continuous monitoring and evaluation of the implemented risk management strategies to ensure their effectiveness and relevance in the dynamic farming environment. It further provides a detailed outline of the risk monitoring and review process for the farming sector, including establishing a monitoring and review plan, identifying risk indicators, collecting data, analyzing data, and taking corrective action.
- Risk monitoring is an important part of the risk management process for farmers, which involves continuous monitoring and evaluation of implemented risk management strategies to ensure their effectiveness and relevance in the dynamic farming environment.
- The risk monitoring process involves establishing a monitoring and review plan, identifying risk indicators, collecting, and analysing data, recording results, providing feedback, and taking corrective action to improve the risk management system.
- Digital tools can be used to enhance the risk monitoring process in farming, alongside human physical factors.
- By completing this section, farmers will be able to understand the importance of risk monitoring and review, develop skills in using tools and techniques for risk monitoring, and sustain the competitiveness of rural areas and stabilize farm revenues.
- Effective risk monitoring and review can help farmers minimize errors, reduce the risk of failure, and identify gaps or weaknesses in their risk management approach to take corrective action.
- A methodological process flow in risk monitoring is a powerful tool for ensuring that tasks are completed effectively and efficiently, leading to improved outcomes and increased success.
5.5 Case Studies
George’s Risk Monitoring & Review Journey!
After the chosen treatments for the wildfire, hail and crop diseases, George decided that something must be done to constantly control and monitor the hazards. He searched in every farmer guide, magazine and internet article but found nothing. One day he remembered! He Quickly started to look for the Farmer’s Resilience Methodology developed under the KA220 Erasmus+ Project. Once he opened it, found himself in the Monitor and Review chapter.
The Erasmus+ program gave him a simple step guidance that he had to follow in every risk. The step-by-step methodology for risk monitoring and review was as follows:
After reading the chapter, George implemented the step guidance in every hazard and recorded the results. After some attempts, h concluded which were the best monitoring techniques that suited his budget, mindset, and field. Below we see one page in his notes with the matrix he made to get his thoughts together in the first monitoring and review plan that he established:
|
Monitoring & review plan
|
||
|---|---|---|
|
Wildfire
|
Hail
|
Crop Disease
|
|
● Daily monitoring of weather conditions (apps)
● Installation of weather monitoring stations |
● Daily monitoring of weather conditions (apps)
● Appropriate plant coverage |
● Visual field inspections
● crop rotation ● pest control measures ● disease-resistant cultivars |
Next, he followed the second step of risk monitoring and review plan which was the identification of risk allocators in every hazard. He recognized that local weather forecasts play a crucial role in predicting atmospheric conditions conducive to hail formation and wildfire in the very hot days. Additionally, he leveraged radar imagery to monitor storm systems, the high temperature and identified the presence of hail-producing cells. George considered various indicators, such as plant symptoms that may include wilting, discoloration, or abnormal growth patterns which cause crop diseases. Additionally, he paid close attention to pest population levels, as certain pests can act as vectors for diseases.
After that he had to analyze the already collected data of the risk’s indicators. In his data register, George also maintained records of any nearby wildfire occurrences, including their dates, locations, and severity. This enabled him to identify patterns or trends in wildfire activity and assess the potential impact on his farm. Furthermore, George implemented the same technique with the recorded data from hail events. Moreover, he took a second opinion from an expert and a farmer neighbor to analyze the soil of his field and samples from plants displaying their symptoms etc.
The following step was to evaluate the effectiveness of his techniques. George examined the correlation between hail occurrences and the areas protected by hail nets to ascertain if the nets have effectively shielded the crops from hail damage. Additionally, he reviewed the insurance claims and payouts associated with hail-related losses to assess the level of financial protection provided by his insurance coverage. He examined the historical fire incidents and the layout of his property. Then he understood that the weather monitoring applications he used was a minimum effort he could do to monitor his field. Furthermore, comparing the recorded data on risk indicators with the implemented strategies, such as crop rotation, pest control measures, disease-resistant cultivars, and cultural practices, he examined the extent to which these strategies have successfully reduced disease incidence and severity
After the evaluation, he realized that there were some gaps in the initial strategies he followed. He thought that if he fills these gaps now, it will be easier for him to face something similar in the future, and with proper research, he will have more experience in dealing with these kinds of problems. George managed to find those errors to protect his field. We can see from his notebook according to each risk category which gaps he detected.
|
Errors in the Wildfire measures
|
Errors in the Hail measures
|
Errors in the Crop Disease measures
|
|---|---|---|
|
● Absence of firebreaks
● Excessive fuel loads ● Dry vegetation |
● The current hail nets installed in the fields do not provide adequate coverage for all susceptible areas
|
● Gap in data collection regarding pest populations (population levels and fluctuations)
|
The last step was to take corrective action in the identified gaps. For the wildfire errors George allocated resources and implemented measures such as clearing vegetation, removing flammable materials, and creating cleared areas to establish effective firebreaks, thus reducing the risk of wildfires spreading. Also, he implemented measures such as regular vegetation management, including trimming, pruning, and controlled burns, decrease fuel loads and minimize the potential for wildfires to ignite and spread in those areas.
For adequate coverage in his field George contacted a trusted supplier and places an order for additional hail nets. By doing so, he ensures that all vulnerable areas of his fields are adequately protected. In parallel, George scheduled a maintenance crew to assess and adjust the existing nets, optimizing their positioning for better coverage and effectiveness.
To stay at the forefront of disease prevention and control, George adopts new practices and technologies. He invests in advanced monitoring tools, such as remote sensing systems or disease prediction models, to improve the accuracy and timeliness of disease risk assessments. Additionally, he explores innovative techniques like biocontrol agents or precision farming practices to further minimize disease risks while ensuring sustainable crop production.
All the above applied techniques were included and recorded in his files for future help and new way treatments.
5.6 Comprehension Questions
References
Holtmann Professional Services Pty Ltd, The “How To” of Risk Monitoring and Review, (2021, Dec. 23), retrieved from < https://www.linkedin.com/pulse/how-risk-monitoring-review-holtmann-professional-services?trk=pulse-article_more-articles_related-content-card >
“Risk Management in Agriculture: An Overview” by José Gómez-Limón and Laura Riesgo, in Risk Management in Agriculture, edited by Joost M.E. Pennings et al. (Springer, 2014).
“Farmers’ Perceptions and Willingness to Pay for Crop Insurance: An Application of Prospect Theory to a Multicountry Study” by David A. Hennessy and Hongli Feng, in Journal of Agricultural and Resource Economics 39, no. 1 (April 2014): 76-90.
“Agricultural Risk Management: Review of Concepts and Tools” by Mario Miranda, in Agricultural Finance Review 70, no. 1 (2010): 11-37.
“Risk Management in Agriculture: What Role for Governments?” by David A. Hennessy, in Choices: The Magazine of Food, Farm, and Resource Issues 23, no. 3 (Fall 2008): 6-10.
“Risk Management in Agriculture: Are We Making Progress?” by Keith H. Coble and Barry J. Barnett, in Journal of Agricultural and Applied Economics 39, no. 2 (August 2007): 377-391.
“The Role of Risk Management in Agricultural Finance” by Barry J. Barnett, in Agricultural Finance Review 67, no. 2 (2007): 139-154.
“Risk Management and Agricultural Lending” by Michael Boehlje and Michael Langemeier, in Agricultural Finance Review 65, no. 1 (2005): 15-28.
“Agricultural Risk Management: A Review of the Literature” by Jerry R. Skees, in Review of Agricultural Economics 22, no. 2 (2000): 428-445.
“Agricultural Risk Management” by Bruce A. Babcock and William D. McBride, in Handbook of Agricultural Economics, edited by Bruce L. Gardner and Gordon C. Rausser (Elsevier, 2000).
“Risk Management for Agriculture” by Neil A. Duffie and James A. Fletcher, in Agricultural Outlook 7, no. 3 (1979): 5-8.
“Monitoring of the risk of farmland abandonment as an efficient tool to assess the environmental and socio-economic impact of the Common Agriculture Policy” by by Pavel Milenov, Vassil Vassilev, Anna Vassileva, Radko Radkov, Vessela Samungi, Zlatomir Dimitrov and Nikola Vichev, In International Journal of Applied Earth Observation and Geinformation 32, (October 2014): 218-227
“A geospatial framework for the assessment and monitoring of environmental impacts of agriculture” by Angela Kross, Gurpreet Kaur and Jochen Jaeger, in Environmental Impact Assessment Review 97, (November 2022)Strategic Decision Solutions, June 2019, “Risk Monitoring: 6 Considerations for Understanding this Make-or-Break Moment for ERM”, available at< https://strategicdecisionsolutions.com/risk-monitoring/>
6.1 Introduction
Challenges in European Agriculture
European agriculture is at a critical juncture, facing numerous challenges that threaten its sustainability and productivity. Climate change, characterized by unpredictable weather patterns, increasingly severe natural disasters, and environmental degradation, poses significant risks. Additionally, economic pressures from market fluctuations and the global competition are continually reshaping the agricultural landscape.
Need for Enhanced Resilience
Considering these challenges, enhancing resilience among European farmers has never been more crucial. Resilience in this context refers to the ability of farmers to effectively manage and adapt to risks and uncertainties, ensuring the sustainability of their operations. This project aims to equip farmers with the tools and knowledge necessary to navigate these challenges, thereby contributing to the overall robustness of the European agricultural sector.
6.2 Target Group Characteristics
Profile of European Farmers
The target group for this project is the diverse community of European farmers. This demographic varies significantly in terms of farm size, types of agriculture (e.g., crop farming, livestock rearing, mixed farming), and geographic locations, each presenting unique challenges. Despite this diversity, common challenges include dealing with climate-related risks, adapting to changing market demands, and managing environmental impacts.
Importance of Building Resilience
Building resilience is fundamental to ensuring the long-term viability of farms and the broader European food system. Resilient farming practices can lead to improved productivity, better environmental stewardship, and enhanced economic stability, thereby securing the livelihoods of farmers, and ensuring food security in Europe.
6.3 Methodology for Risk Control
Risk Identification
The first step in enhancing resilience is the identification of potential risks. This involves a comprehensive assessment of various aspects of farm operations, including but not limited to crop production, livestock management, equipment use, storage, transportation, and handling of chemicals.
Key risk categories to consider include:
- Operational
- Financial
- Environmental
- Health and safety risks
Risk Analysis
Following risk identification, a thorough analysis is conducted to assess the likelihood and potential impact of each risk. This assessment is based on historical data, expert knowledge, and industry statistics. The severity of risks on farm operations, assets, employees, and other stakeholders is evaluated, along with the effectiveness of any existing control measures.
Risk Evaluation
The analysed risks are then compared against established criteria and tolerance levels. Considering the likelihood of occurrence and the impact of the risk on farming operations, can lead to accurate risk evaluation and prioritization. This step is crucial for determining which risks require immediate attention and how resources should be allocated for effective risk management.
Risk Treatment
The risks that have been identified and analysed, should be treated in a way to make sure that they will not affect farming operations or that at least their consequences will be minor. Generally, there are four available ways to respond to risks:
- Avoiding the risk is the best option for risks that are a big threat and can’t be treated effectively in some other way.
- Mitigating/reducing the risk involves taking measures to reduce the likelihood and impact of a risk.
- Transferring the risk involves letting an external party, like a contractor or service provider to deal with the risk.
- Accepting the risk is the best option for risks with low likelihood or low impact.
Risk Monitoring
This phase basically means that the risk landscape of the farm should be given continuous attention. The Farmer should specify the frequency and methods for monitoring and adjust risk responses in suitable way for every specific risk.
6.4 Implementation Strategies
Online Platform and Course Development
The project introduces an innovative online platform and course designed specifically for European farmers. This platform serves as a central hub for learning and assessment, featuring user-friendly navigation and accessible content. The course material, developed in collaboration with agricultural experts and educators, covers a wide range of topics relevant to risk management and farm resilience.
Self-Assessment and Adaptive Learning
A key feature of the platform is a self-assessment tool that allows farmers to evaluate their understanding of resilience and risk management concepts. Based on their assessment results, the platform guides farmers to specific course sections where their knowledge needs strengthening, thus providing a personalized learning experience.
6.5 Case Studies and Examples
A notable example of resilience in agriculture comes from a farmer in Uganda. Faced with the challenges of drought and soil degradation, this farmer adopted sustainable farming practices, including conservation tillage and intercropping. These methods proved instrumental in improving soil health, thereby increasing the farm’s resilience to climate change. The use of sustainable practices not only led to increased crop yields but also enhanced the farm’s overall profitability and sustainability. This case study demonstrates the effectiveness of adapting farming techniques to address environmental challenges, a strategy that could be beneficial for European farmers dealing with similar issues (1).
Another inspiring case is that of a farmer in Australia who developed a comprehensive risk management plan in response to the risks posed by climate variability and market fluctuations. This plan included diversifying income streams and reducing reliance on a single crop type, alongside developing contingency plans for potential disruptions like droughts or market changes. The implementation of this plan enabled the farmer to protect his farm from various risks, ensuring long-term profitability and stability. This example highlights the importance of proactive planning and diversification in building resilience against a range of agricultural risks (2).
These case studies illustrate the importance of adopting innovative strategies and practices to enhance agricultural resilience. They provide valuable insights and models that can be adapted and applied in different agricultural contexts as in the case of farmers seeking to enhance their own resilience and risk management capabilities.
6.6 Application of International Standards
Adapting ISO Standards for Agriculture
The project leverages four international standards – ISO 31000 (Risk Management), ISO 22301 (Business Continuity), ISO 14001 (Environmental Management), and ISO 27001 (Information Security Management) – and adapts them for the agricultural context. This adaptation involves tailoring the guidelines and principles of these standards to meet the specific needs and challenges of farming operations.
Benefits for Agricultural Resilience
The application of these standards in agriculture offers numerous benefits, including improved risk assessment and management, enhanced operational efficiency, and strengthened environmental and information security practices.
6.7 Challenges and Solutions
Overcoming Barriers to Resilience
Identifying common obstacles that farmers face in implementing resilience strategies, such as limited resources, lack of knowledge, and resistance to change.
6.8 Metrics for Measuring Impact
Evaluation Criteria for Resilience Programs
Defining specific metrics to evaluate the impact of resilience enhancement programs. These metrics include quantitative measures such as reduction in crop losses, improvements in resource efficiency, and qualitative assessments like farmer satisfaction and community impact.
The Role of Continuous Monitoring
Highlighting the importance of ongoing monitoring and evaluation in adapting resilience strategies to changing circumstances and ensuring their continued effectiveness and relevance.
6.9 Conclusion
Summarizing the Project
Recapitulating the key objectives and strategies of the project, emphasizing its role in enhancing the resilience of European farmers against various risks and uncertainties.
Future Outlook
Looking ahead, the project aims to not only address current challenges but also to prepare European farmers for future uncertainties. By enhancing resilience and risk management capabilities, farmers can better adapt to environmental, economic, and technological changes, securing the future of European agriculture.
Continued Development and Support
The document concludes by emphasizing the importance of continued support and development in the field of agricultural resilience. This includes policy support, research and development, and ongoing education and training for farmers.
6.10 References
- The Agrotech Daily: Agricultural resilience and risk management (https://www.theagrotechdaily.com/)
- FAO: Building agricultural resilience to natural hazard-induced disasters (https://www.fao.org/in-action/kore/publications/publications-details/en/c/1412503/)