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Why 'vertical farming' is not a fix for our food system

Why 'vertical farming' is not a fix for our food system

phys.org 08.10.2026 21:20 7 views
The Canadian government launched its first National Food Security Strategy in June 2026. The strategy aims to invest $750 million to increase year-round Canadian production of fruits and vegetables, including on so-calle

This article has been reviewed according to Science X's editorial process and policies. Editors have highlighted the following attributes while ensuring the content's credibility: The Canadian government launched its first National Food Security Strategy in June 2026. The strategy aims to invest $750 million to increase year-round Canadian production of fruits and vegetables, including on so-called vertical farms.

These multistory towers and warehouses filled with fresh produce glowing under artificial light may seem like the future of food. Promoted as climate-resilient, land-saving and a positive form of urban development, vertical plant factories, commonly referred to as vertical farms, are drawing investment from governments and venture capital alike. What we refer to as vertical plant factories are fully enclosed buildings or warehouses where artificial lighting, wiring, plumbing, engineered substrates and climate control systems replace sun, soil and seasons.

These systems are largely oriented toward producing leafy greens and berries. We recently took a closer look at the claims made about vertical plant factories. We examined the claims made by leading Canadian vertical farm developers and how those claims have been covered in major Canadian news outlets.

We argue that vertical plant factories are not a solution to the problems of industrial agriculture. Instead, they represent a problematic continuation of its contradictory logic. Vertical plant factories are widely promoted as a sustainable response to mounting environmental crises and future food security challenges.

They are also touted for using less water and less land. Yet they often require enormous amounts of energy and extensive digital infrastructure that monitors and controls production, while replacing functions otherwise provided by ecological processes and farmer knowledge. Growing plants in a sealed building means replacing the free energy of sunlight with high-powered LEDs and temperature and ventilation systems that run around the clock.

Furthermore, equipment like lighting, wiring, tubing and microchips must be frequently replaced as it breaks down or becomes outdated. The result is a far more material- and energy-intensive system of production than is typically conveyed. An important limitation of vertical plant factories is that they cannot grow staple crops.

Extract — continue reading at the source.

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