Bananas and pineapples may look like simple products on supermarket shelves, but producing them at scale is becoming increasingly difficult.

Heat, extreme weather, water stress, soil degradation and rising sustainability expectations are putting pressure on tropical fruit supply chains. A new initiative from global fruit company Fyffes is attempting to address several of these problems at the farm level by bringing regenerative agriculture into thousands of hectares of banana and pineapple production.

On September 10, Fyffes launched a Regenerative Agriculture Framework targeting 13,000 hectares of banana and pineapple production. The company plans to fully implement the framework across its own farms by 2030 and extend regenerative practices to around 40% of its production volume through key suppliers by 2035.

The interesting part is that the programme does not depend on one new piece of technology. Instead, it combines changes in soil management, biodiversity, water use, fertiliser and pesticide practices, and climate resilience, while using measurement and verification to track progress.

Why Tropical Fruit Farming Needs More Resilience

Banana and pineapple production depends heavily on healthy soils, reliable water and stable growing conditions.

Climate change is making those conditions less predictable. Extreme weather can damage crops, while water shortages and declining soil quality can reduce productivity over time.

For farmers, sustainability therefore has a practical dimension. Healthier soils can support production. Better water management can reduce pressure on freshwater resources. Greater biodiversity can strengthen agricultural ecosystems.

Fyffes says its framework was designed around these challenges, with the aim of improving environmental performance without compromising fruit quality and productivity.

What Regenerative Agriculture Looks Like on a Tropical Fruit Farm

Regenerative agriculture is not a single farming technique.

Fyffes’ framework brings together several practices, including maintaining soil cover, reducing soil disturbance, improving nutrient efficiency, increasing plant diversity, improving water infiltration and reducing dependence on synthetic inputs.

The company is also focusing on five areas for measuring progress:

Soil health, biodiversity, water management, agrochemical dependency, and climate change and greenhouse gas emissions.

This measurement component is important.

Sustainability programmes often struggle when companies make broad environmental commitments without explaining how progress will actually be measured. Fyffes says its framework will use a Measurement, Reporting and Verification system, allowing it to establish baselines and track outcomes over time.

The 13,000-Hectare Target

Fyffes’ ambition is significant in scale.

The company plans to have its framework operating across all of its owned banana and pineapple farms by 2030. It also aims to expand regenerative practices across its wider grower network, targeting 13,000 hectares and approximately 40% of its total production volume by 2035.

That distinction matters.

The 13,000-hectare figure represents a target, not an area that has already been converted to regenerative agriculture. The company has begun implementing individual regenerative initiatives across its owned operations, but the wider target will take several years to achieve.

Why Supply Chains Matter

One of the most important aspects of this initiative is its focus beyond company-owned farms.

Large food companies rarely control every farm that produces their raw materials. Much of their environmental footprint sits within supplier networks.

Fyffes says it plans to use experience from its own farms to help extend successful practices to growers and suppliers. That could make the initiative more significant than simply improving the company’s own agricultural operations.

If regenerative practices become part of purchasing relationships, farmer training and supply-chain requirements, environmental improvements could eventually reach a much larger production base.

It Is Also About Food Security

There is another reason regenerative agriculture is attracting attention.

A more resilient farm is potentially a more reliable farm.

Improving soil structure, water retention, biodiversity and nutrient management can help agricultural systems cope with environmental pressure. For tropical fruit producers, that resilience could become increasingly important as climate conditions become more difficult to predict.

Fyffes describes the initiative as part of a broader effort to protect the future supply of bananas and pineapples while supporting growers and maintaining productivity.

However, regenerative agriculture should not be treated as a guaranteed solution to climate risk. Results vary according to crops, soils, geography and farming practices. Long-term measurement will be necessary to determine which interventions produce meaningful environmental and economic benefits.

The Bigger Lesson for Sustainable Food

The most interesting part of this development may be the shift from sustainability commitments toward measurable agricultural systems.

Instead of simply saying that a supply chain should become greener, companies increasingly need to answer harder questions.

Are soils actually improving?

Is water use becoming more efficient?

Is biodiversity increasing?

Are farmers benefiting economically?

Are emissions falling?

And can successful practices move from individual farms to entire supply chains?

Those questions will determine whether regenerative agriculture becomes a meaningful transformation or remains another sustainability label.

Fyffes has now put a large target and measurement framework behind its ambition. The real story will unfold over the next decade as farmers, suppliers and the company attempt to turn that framework into results.

For the tropical fruit industry, healthier farms could ultimately mean something much bigger than environmental progress. They could mean a more resilient food supply.