Measuring the carbon footprint behind every shipment

Every box of bananas, pineapple, melons or prepared fruit carries an environmental story that begins well before it reaches a supermarket shelf. Growing conditions, irrigation, fertiliser, packaging, refrigeration, transport and waste all influence that story. Measuring those stages gives Fresh Del Monte a clearer basis for action.

A product carbon footprint expresses the greenhouse gas emissions associated with a product, usually in kilograms of carbon dioxide equivalent. The calculation can cover the journey from farming and packing through distribution and, where relevant, retail, consumption and disposal. Looking at the full value chain helps prevent isolated decisions from shifting emissions from one stage to another.

For Australian shoppers, the distance between origin and plate makes this information particularly useful. Produce may travel from a farm in Queensland or overseas to a distribution centre near Sydney or Melbourne, then continue to a local supermarket. A reliable footprint helps teams understand where emissions arise and where practical changes can make the biggest difference.

What a product footprint captures

A robust assessment starts with a defined boundary. It can include land preparation, planting, crop protection, fertiliser use, irrigation, harvesting, packing materials, cold storage, ocean freight, road transport and end-of-life treatment. Each stage contributes data that can be converted into a common climate measure.

The calculation also needs to account for co-products and shared activities. If a packing facility handles several types of produce, its energy use must be allocated fairly. The same applies when transport carries multiple products. Clear assumptions, consistent units and documented sources make comparisons more meaningful.

Carbon accounting is not a single reading taken from a machine. It is a structured estimate that improves as primary data becomes available from farms, packhouses, carriers and suppliers. Reviewing the results over time can reveal whether a reported reduction reflects a real operational change or simply a different method of calculation.

Why shipment-level information matters

Company-wide emissions figures are important, yet they can hide differences between products and routes. A pineapple grown in one region, packed in another and shipped by sea has a different emissions profile from cut fruit requiring additional processing and refrigeration. Product-level data makes those distinctions visible.

This precision supports better decisions about farm inputs, packhouse equipment, shipping modes, load planning and warehouse practices. It can also identify hotspots that would be missed by looking only at annual totals. For example, a modest adjustment to refrigeration settings may matter greatly for a product with a long chilled journey.

Measurement creates a common language across a global supply chain. Growers, logistics partners and commercial teams can discuss emissions using evidence rather than assumptions. It also gives customers, retailers and other stakeholders a more credible account of how environmental performance is being managed.

Farming choices shape the result

Agriculture is often one of the most influential parts of a fresh produce footprint. Fertiliser production and application can generate significant emissions, while irrigation depends on the energy source and the amount of water required. Soil management, machinery use and changes in land use also need careful consideration.

The most useful response is rarely a single universal prescription. A farm facing water scarcity may prioritise efficient irrigation, while another may gain more from reducing fertiliser losses or improving soil health. Monitoring local conditions allows actions to be matched to the crop, climate and production system.

Tree planting, habitat protection and soil practices can support wider environmental goals, but they must be reported carefully. Carbon removals should be distinguished from emissions reductions, and claims should reflect the permanence, boundaries and verification of each activity. A footprint framework encourages that level of discipline.

Transport and the Australian supply chain

Transport is especially relevant in Australia, where large distances separate growing regions, ports, distribution centres and shoppers. A consignment moving from North Queensland to a southern market may involve farm roads, regional freight, a major logistics hub and the final delivery to a store. Efficient loading, route planning and appropriate shipping choices can reduce emissions without compromising freshness.

Cold-chain management requires a balance. Refrigeration protects food quality and reduces spoilage, but it consumes energy throughout storage and transit. Better equipment, renewable electricity where available, preventative maintenance and accurate temperature control can reduce the footprint while keeping produce safe.

The Australian market also has distinct seasonal and retail realities. Bananas are a familiar brekkie staple, while berries, salad components and cut fruit are often bought for convenience and short shelf life. Retailers need dependable supply across different states, and consumers expect produce to look fresh. Measuring emissions alongside food loss helps avoid a false economy in which a lower transport figure leads to more wasted food.

Environmental measurement should sit alongside social considerations in the places connected to the supply chain. For example, support for coastal fishing communities can strengthen local livelihoods and resilience in coastal Guatemala. A responsible supply chain recognises that climate action and community wellbeing are closely connected.

From data to practical improvements

Once a footprint has been calculated, the next task is prioritisation. Teams can compare emissions per kilogram, per carton or per shipment, provided the same boundary and method are used. This helps distinguish changes that improve efficiency from changes that simply alter the way results are presented.

The data can inform decisions such as lightweighting packaging, increasing recycled content where suitable, improving pallet utilisation, reducing empty transport capacity and sourcing lower-carbon energy for facilities. It can also guide conversations with logistics providers about vessel efficiency, fuel use and route design.

Carbon figures should never be used to judge a farm or supplier without context. Weather, infrastructure, crop maturity and local access to technology influence performance. Working with suppliers to build capability is more constructive than treating the number as a pass-or-fail score. Support for smallholder producers, including Fair Trade premiums, can help create the conditions for lasting improvements in both livelihoods and environmental management.

Priorities for reducing the footprint

Product carbon data is most valuable when it leads to a consistent programme of action. The following priorities can help connect measurement with operational decisions:

• Establish a transparent calculation method with clear boundaries, assumptions and data-quality rules.
• Collect more primary information from farms, packhouses, warehouses and transport partners.
• Target major emissions sources first, including fertiliser, energy, refrigeration, packaging and freight.
• Pair emissions reductions with food-loss monitoring so that quality and climate goals reinforce each other.
• Improve load planning, route efficiency and cold-chain performance across long-distance supply lines.
• Work with growers and suppliers on practical solutions suited to local climate, infrastructure and resources.
• Report progress consistently, separating actual reductions from offsets, removals or methodological changes.

The approach should be reviewed as science, technology and supply-chain conditions develop. A footprint is a decision tool, not a permanent label attached to a product. Updating the data allows improvements in farming, renewable energy, packaging and logistics to be reflected in future results.

Measuring the carbon footprint of every product shipped brings environmental responsibility closer to everyday operations. It shows where emissions begin, how they move through the value chain and which choices can reduce them while protecting food quality and the people who produce it. The key point to remember is simple: credible measurement turns a complex journey from farm to Australian table into practical, accountable action.