Farm management: optimizing costs and resources

In recent years, Italian agriculture has faced several challenges. Production costs continue to rise : energy has seen significant increases compared to previous years, fertilizer prices remain high, and agricultural diesel is increasingly weighing on company balance sheets. Added to this is geopolitical instability, with potential new tariffs and trade tensions, impacting raw materials and logistics.

In this context, efficient farm management is essential to closing the year in the black. This article provides concrete and operational strategies to optimize farm management in 2026 , from January planning to digital tools that can truly improve operational efficiency.

The 4 Critical Areas of Modern Business Management

Annual planning and budget forecast

Planning begins with defining the crop plan : which crops, on how many hectares, with which varieties. A realistic budget is then needed that includes all expected fixed and variable costs, compared with expected revenues based on historical production and market prices. A well-crafted budget always includes a margin for unforeseen events : an extra spray, an urgent repair, an unexpected price drop.

Variable cost control

Variable costs are the heaviest item in fruit growing, as numerous expenses must be factored in, such as fertilizers per hectare, pesticides, irrigation water, energy for pumping water, and fuel for processing . The realistic goal is to reduce these costs without compromising production. Here are some operational strategies for reducing variable costs:

• Collective purchasing : join purchasing consortia to get better prices.
• Advance contracts : freeze the prices of fertilizers and pesticides when they are favorable.
• Dose optimization : avoid overdosing by following soil analyses and targeted fertilization plans.
• Consumption monitoring : keep monthly track of all inputs used to identify waste.

Optimization of operational resources

There are mainly three resources to optimize :

1. Labor (time and manpower) : It’s crucial to first identify low-value operations that can be eliminated or automated. For example, daily manual field checks require significant time, which could be reduced with automatic sensors. Technologies like Plantvoice are useful because they analyze sap flow, allowing interventions to be made only when truly necessary.
2. Machinery and equipment : It is essential to calculate the actual hourly cost, including depreciation, fuel, and maintenance.
3. Water : an increasingly scarce and expensive resource. Using efficient irrigation systems and monitoring soil moisture levels allows you to irrigate only when truly necessary, avoiding waste.

Performance monitoring

To improve your company’s performance, monitoring is essential. Economically, the indicators to consider are: gross margin per hectare, variable costs per quintal of product, cost-to-revenue ratio, and monthly cash flow . Production-wise : yield per hectare compared to the previous year, percentage of product rejection or downgrading, average fruit size, average operating time . Finally, operationally: machine hours per hectare, labor hours per hectare, water and energy consumption per hectare .

Integrated monitoring tools

Today, digital platforms exist that centralize this data into a single dashboard, integrating information from field sensors, management software, and digital field logs. Plantvoice technology, developed specifically for crop physiological monitoring, provides plant physiological data that can be correlated with production and economic data, helping farmers understand which interventions have actually impacted yields and margins.

Planning for 2026: What to do

Before planning for 2026, it is necessary to collect data from the last two or three years :

1. Revenue by crop and variety.
2. Fixed annual costs (rent, insurance, consultancy).
3. Variable costs for each crop cycle.
4. Hours of work actually invested.

Creating a forecast table for 2026 means contacting suppliers as early as December to get estimated prices for key inputs. Here are the main costs to consider:

• Fertilizers : These are typically purchased between January and March, so it’s important to calculate the amount needed per hectare based on your fertilization plan. Request detailed quotes from different suppliers to compare offers.
• Pesticides : these are used throughout the season from March to September, so it’s important to develop a seasonal treatment plan based on expected diseases and the company’s history. Always check which products are still authorized. Calculate the average cost of each treatment, including both the product and the diesel fuel used for application. Plan two or three extra treatments to manage unforeseen weather conditions that favor the development of pathogens.
• Agricultural diesel : start from the average annual consumption expressed in liters per hectare, apply the estimated price considering the reduced excise duties reserved for agriculture, and evaluate whether a supply contract with a fixed price is worthwhile to avoid market fluctuations.
• Electricity : For businesses with significant energy consumption, a photovoltaic system is worth considering. Public incentives exist that can cover a significant portion of the investment, reducing payback times. To assess the specific cost-effectiveness of the system, it’s advisable to request a feasibility study from qualified installers and check current tenders in your region.

Decisions on the cultivation plan

In January, strategic decisions are made that impact the entire growing season . Regarding the varieties grown , it is necessary to evaluate whether to confirm them all or replace those that have yielded lower-than-expected gross margins. It is also essential to assess market demand by contacting supply cooperatives and large-scale retailers directly to understand which varieties are most in demand.

For those who grow arable crops, crop rotation is essential to avoid monocrop cultivation, which encourages the accumulation of soil-borne diseases. Cover crops, sown between crop cycles, also improve soil structure and fertility in the medium to long term.

Finally, those planning new fruit orchards must consider that the amortization period is multi-year, ranging from 5 to 15 years depending on the crop. It is essential to accurately calculate the break-even point , i.e., the point at which the investment begins to generate a positive income, and carefully assess the possibility of accessing the grants provided by regional CAP calls for business investments, which can cover up to 40%–60% of the initial investment.

Reducing waste: what to avoid

Irrigation waste

Irrigation represents a significant burden on company budgets . The most common, and also the most costly, waste is over-irrigation , which brings with it a series of negative consequences: direct waste of water and energy, leaching of nutrients into the soil, necessitating increased fertilization, root asphyxia, which damages the plant, and high humidity conditions that favor the development of pathogenic fungi. Water shortages , on the other hand, cause water stress, resulting in a decline in production and quality. The effects vary depending on the crop: in many cases, fruit size declines and marketability declines.

The most effective solutions are:

• Monitoring water status using specific tools . The traditional method involves the use of tensiometers installed in the soil, which allow for water savings compared to traditional calendar irrigation.
• Dendrometric sensors measure sap flow directly within the plant, providing real-time data on the crop’s actual water status. As mentioned, systems like Plantvoice monitor the physiological state of plants and can enable water savings of up to 40%.

Non-targeted treatments

The calendar-based pesticide treatment plan is still widespread on Italian farms. Typically, numerous treatments are performed annually in fruit growing, with costs that include the pesticide, the diesel fuel used for application, and the required labor. The problem with this approach is that statistically, a significant portion of these treatments prove ineffective , either because the weather conditions are unfavorable for the development of the target pathogen, or are applied late because the pathogen has already developed. Beyond the direct economic waste, there are even more serious indirect consequences : increased pathogen resistance to the active ingredients used, avoidable environmental impact, and the accumulation of residues on the fruit, which can lead to the product’s downgrading.

The correct approach involves a guided defense based on four fundamental pillars :

1. Predictive models : allow us to accurately predict when conditions will be favorable for the development of diseases.
2. Monitoring with specific insect traps: indicates when pest pressure reaches the intervention threshold.
3. Regular field checks of plant health: these allow you to verify the actual presence or absence of symptoms in the field.
4. Early detection of plant stress can serve as an early indicator of possible upcoming fungal infections.

Technologies needed for management

After identifying the main wastes to eliminate, let’s look at which digital tools can concretely help optimize business management and reduce inefficiencies.

The context of digital agriculture in Italy

Italian agriculture is undergoing a significant digital transformation . According to the latest analyses by CREA , the Council for Agricultural Research, Agriculture 4.0 is worth over €2.5 billion and growing at 19% annually. Seventy percent of farms use at least one digital technology, while 9% of agricultural land is already managed with precision agriculture tools.

Investments in connected machinery, monitoring systems, and management software represent 50% of the technology spending of the most competitive companies . This data confirms that digitalization is no longer a fad for large companies, but a concrete tool for those who want to stay in the market .

Digital field notebook

Among the essential digital tools, the digital Field Notebook represents the first mandatory step for all agricultural businesses . From 2025, the Field Notebook will be integrated with the Graphic Crop Plan , a mandatory digital map for those applying for the CAP.

The advantages of the digital Country Notebook compared to the paper one are concrete:

• The compilation time
• Errors are reduced thanks to automatic checks.
• Traceability is immediate for checks.
• Possibility of integration with company accounting .
• Automatic consumption reports can be generated .

IoT sensors and monitoring

Let’s now move on to the tools that allow us to concretely optimize the use of resources in the field . Sensors represent the most effective way to make decisions based on objective data , enabling intelligent irrigation practices that reduce waste and costs.

The most common and used types are:

• Soil sensors: measure humidity, temperature and electrical conductivity and provide indirect data on the state of the crop.
• Weather stations: measure temperature, humidity, rainfall, and wind.
• Sensors applied directly to the plant: such as dendrometers and sap flow sensors, measure leaf temperature and internal water status.

But when is it worth investing in sensors? The investment makes sense for farms with specialized crops of significant size , for high-value production where small improvements in efficiency translate into significant financial savings, when water resources are limited or particularly expensive, and when there is a history of production losses due to water or plant health stress that has not been managed promptly.

Monitoring performance: essential monthly KPIs

We’ve seen the importance of measuring business performance , but to be truly effective, a monthly check-up is needed that compares forecasted numbers with actual ones. A basic dashboard should contain five key indicators:

1. Monthly cash flow : income minus expenses. The goal is to always have a positive balance or to have a sufficient reserve to cover negative months.
2. Accumulated variable costs compared to the budget: check monthly that they are in line with the expected distribution.
3. Water consumption , compared to the previous year.
4. Working hours per hectare are used to identify organizational inefficiencies and wasted time.
5. The projected gross margin must be recalculated with actual data every quarter to anticipate any financial problems.

FAQ – 5 Frequently Asked Questions About Business Management

1. How much does agricultural management software cost?

Costs vary significantly based on the features required . A basic digital Field Log, which includes the essential features for recording treatments and fertilizations while ensuring regulatory compliance, is affordable even for small businesses. Comprehensive management software with integrated modules for inventory, accounting, and margin analysis requires a larger investment but offers advanced features.

2. How is the gross margin per hectare calculated?

Gross margin is the difference between total revenue and variable costs . To calculate it per hectare, divide the total gross margin by the hectares cultivated.

Formula: Gross Margin = Total Revenue – Variable Costs

Variable costs include all expenses directly related to production: fertilizers, pesticides, irrigation, and labor for specific operations such as pollination and thinning. To calculate the company’s net income, fixed costs such as rent, depreciation, insurance, and agronomic consulting must be subtracted from the gross margin.

3. Is it better to outsource accounting or manage it in-house?

The answer depends on the complexity of the farm . For simple farms, under 10 hectares with no employees and no direct sales, it’s often best to manage them in-house using basic software, relying only on an accountant for annual tax returns. For more complex farms, over 10 hectares with employees or with activities such as direct sales and agritourism, it’s definitely worth outsourcing to a firm specializing in agriculture. The main advantage isn’t just the time freed up, but above all the specific expertise in agricultural tax and social security matters, which are highly complex and constantly evolving.

4. How much can you save with irrigation monitoring systems?

The data shows significant savings, but these vary depending on the technology adopted. These systems have a higher initial cost, but the return on investment is realized within a few years, thanks to cumulative savings in water and energy. Water savings also have strategic value: they protect the company from future water shortages and increasingly frequent restrictions on water use.

5. Will agricultural diesel retain its reduced excise duty in 2026?

Yes, agricultural diesel fuel continues to benefit from reduced excise duties under the current legislation . To access the tax relief, you must be registered as an agricultural entrepreneur and submit an application through the CAA (Registered Agricultural Accountant) or a tax advisor. The amount eligible for the tax relief depends on the farm’s surface area, the type of crop grown, and the declared mechanization.

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