Imagine walking through an orchard at dawn.
The air is fresh, yet something feels strange: the silence.
It is not the peaceful quiet of nature, but an absence the missing hum, the restless movement among the blossoms that we usually take for granted. Without that buzzing and the beating of wings, this seemingly lush landscape becomes a factory at a standstill.
The scene just described is not a dystopian story, but a reality that modern agriculture is beginning to confront: a world in which nature stops working for us.
Beyond Honey: The Natural Capital That Sustains Economic Development
When we talk about biodiversity in agriculture, the mind often goes straight to bees. They are certainly essential, but they represent only the tip of a much deeper iceberg.
Biodiversity is a complex web of soil microorganisms, predatory insects that control pests, birds, bats, and natural water systems.
According to the recent IPBES report Business and Biodiversity, every agricultural enterprise depends directly on these contributions. To give a sense of their economic scale, pollination alone is worth around €153 billion per year worldwide, of which €3 billion in Italy. If we had to replace this natural work with human technologies, the costs would make our food system unsustainable.
Yet we are eroding the very foundations of this wealth.
Since 1992, while human-produced capital has doubled, global stocks of natural capital have declined by 40%. This imbalance is not only an environmental issue, but a systemic risk for financial stability and food supply security.
The Vital Link Between Health and Biodiversity
Biodiversity is not only an environmental issue; it is an essential condition for human health.
More than 75% of the world’s major crops benefit from pollination carried out by tens of thousands of animal species not only bees, but also wasps, butterflies, flies, ladybirds, and even small mammals. Without this invisible army, we would lose much of the diversity of our diet.
There is more. Research cited by the WWF reveals that the decline in pollination is already causing around 500,000 premature deaths each year worldwide. The loss of pollinators reduces the availability of fruits, vegetables, and nuts, increasing the incidence of chronic diseases such as diabetes and cardiovascular conditions.
In other words, protecting biodiversity is a fundamental pillar of public health.
Intensive Agriculture: A Model Under Pressure That is Shaping Biodiversity
The decline of biodiversity is not an inevitability, but the consequence of existing pressures.
Excessively intensive agricultural practices, characterized by the massive use of pesticides and the destruction of natural elements, have fragmented habitats.
Here are some critical figures emerging from recent sources:
40% of invertebrate pollinators are at risk of global extinction.
Around 9% of bee and butterfly species are threatened with extinction.
In 2023 alone, global financial flows that harm nature reached $7.3 trillion, a figure nine times higher than investments in conservation.
We are living in a paradox: the economic system ignores the value of nature until the moment it stops existing.
But can we change course?
The good news is that the tools to change course already exist.
The IPBES report identifies more than one hundred concrete actions to transform risks into opportunities. The key concept is “transformative change”: small adjustments are not enough; what is needed is a deep integration of nature into both business and policy decision-making.
European strategies such as “Farm to Fork” and the EU Biodiversity Strategy for 2030 aim for ambitious targets, including 25% of agricultural land under organic farming and a 50% reduction in pesticide use.
The adoption of digital tools, such as the digital farm logbook, can also help farmers manage treatments more effectively, ensuring safety and regulatory compliance while reducing waste and environmental impact.
Concrete actions for the future include:
Habitat restoration: Creating ecological corridors within agricultural landscapes.
Agroecology: Adopting practices that work with nature rather than against it.
Monitoring: Using science and data to measure the health of local ecosystems.
Protecting biodiversity does not mean stopping development, but ensuring its long-term durability.
As mentioned earlier, biodiversity is an essential condition for long-term economic and social sustainability.
The future of agriculture will not be decided only in laboratories or on financial markets, but in our ability to bring that buzzing back to our fields.