From Conventional Fields to Certified Organic Farming

The story of a farmer who transitioned to organic practices with our support began on a family farm in coastal Ecuador. For Andrés Calderón, who grew bananas and plantains using conventional fertilisers and scheduled spraying, organic farming offered a way to rebuild tired soil while creating a more resilient business.

Fresh Del Monte did not approach the transition as a simple change of inputs. Together, we assessed the farm’s soil, water supply, pest pressures and record-keeping systems before agreeing on a staged conversion plan. The aim was to make organic production economically sustainable as well as environmentally sound.

Andrés’s experience shows how long-term technical support, credible certification and dependable market access can help a farmer move through the difficult years of transition. It also connects with Australian consumers who increasingly expect transparency, responsible sourcing and food produced with fewer synthetic inputs.

A decision rooted in the farm

Andrés inherited 12 hectares from his family and had spent years managing them according to familiar routines. He knew which fertiliser mixtures produced the strongest plants and how quickly certain pests appeared during humid weather. His main concern was whether organic farming would reduce yields or leave him unable to compete.

The transition also required him to change how he understood risk. Certified organic standards restrict synthetic pesticides and fertilisers, while placing greater emphasis on prevention, traceability and documentation. Spray drift from neighbouring land, contaminated water and inconsistent field records became as important to manage as insects and weeds.

Fresh Del Monte’s field team worked with Andrés to begin with a pilot area. Compost improved soil structure, mulching reduced moisture loss and crop monitoring replaced much of his calendar-based spraying. Results from the trial gave him the confidence and evidence needed to convert more land without placing the entire farm at once.

Rebuilding soil and managing inputs

Healthy soil became the foundation of the new approach. Andrés chopped clean crop residues and prepared mature compost, then applied it according to soil-test results rather than applying a fixed amount each season. Cover crops and improved rotations supported soil organisms, reduced erosion and helped the ground retain water during longer dry periods.

Organic pest management required close observation. Andrés used field scouting, traps, beneficial insects and approved biological controls to determine whether intervention was necessary. He also began keeping detailed records of pest populations, weather conditions and every product applied, creating a history that could be reviewed during certification audits.

Water efficiency followed the same practical logic. Drip irrigation and soil-moisture checks helped him direct water to plant roots while avoiding unnecessary pumping. Our work on the design of a wastewater treatment facility in Honduras shows how similar resource thinking can extend beyond the field, treating water as part of a carefully managed production system rather than a disposable by-product.

Support beyond the field

Certification was only one part of the arrangement. Training sessions covered record-keeping, input controls, worker hygiene and the differences between organic and conventional production. Agronomists visited during key stages, reviewed field evidence and helped Andrés correct minor issues before they became audit findings.

Fresh Del Monte also helped connect the transition to a dependable market. A purchase commitment gave Andrés greater visibility of future demand, while discussions about premiums, testing requirements and rejected loads made the commercial risks clearer. This mattered because a farmer cannot maintain certification if the farm can no longer cover its operating costs.

The work sits within a broader effort to make sustainability understandable to consumers. The Shoku-e food platform offers one perspective on how food choices, production systems and community wellbeing are connected. Clear communication helps buyers recognise that responsible farming depends on measurable farm practices, viable partnerships and products that remain accessible.

What the transition means in Australia

Australian supermarkets and independent greengrocers offer consumers a year-round selection of bananas, pineapples and other fresh produce. Major retailers such as Coles and Woolworths sell both conventional and certified organic products, giving growers a market in which environmental credentials can influence purchasing decisions.

Food sold in Australia must comply with the Australian Food Standards Code and applicable state and territory requirements. Organic claims must also be accurate and properly substantiated under Australian consumer law. For domestic growers, certification through organisations such as Australian Certified Organic or NASAA provides an independent pathway for communicating verified practices.

Fresh food reaches customers through large distribution networks linking farms, wholesalers and metropolitan markets in Melbourne, Sydney and Brisbane. Many shoppers now carry reusable bags, visit farmers’ markets or place kitchen scraps in home compost bins. These everyday habits create a direct connection with the soil-health and waste-reduction practices required on organic farms.

Australian conditions add another layer to the transition. Drought can intensify irrigation demand in the south-east, while heavier rainfall can cause erosion and nutrient loss in other regions. Composting, cover cropping, efficient irrigation and careful water monitoring therefore support both certification goals and resilience in a variable climate.

A practical pathway for growers

Andrés’s route demonstrates why organic conversion works best as a staged programme rather than an overnight change. Each stage should establish evidence, reduce risk and confirm that the farm can continue operating profitably.

Soil, inputs and water

• Test soil and water before changing production inputs.
• Compost residues and use cover crops to restore soil health.
• Combine monitoring, biological controls and approved inputs.
• Keep consistent records of water use, pest activity and harvests.

Certification, records and market

• Select an accredited certifier and confirm market requirements.
• Map spray drift, livestock and contaminated-water risks.
• Train workers and document every field activity.
• Secure buyers and clarify testing, premiums and rejection terms.

The practical takeaway is to advance soil health, traceability and market confidence together, because an organic certificate is most valuable when it reflects a farming system built to endure.