The Future of Greenhouse Farming – Transforming Challenges into Opportunities
Greenhouse farming is a small but strategically important part of the Finnish economy. While it contributes only to a modest share of Finland's GDP, it is essential for domestic food security, year-round vegetable production, rural employment, and the horticultural economy. The economic value is approximately €350–450 million per year (Luonnonvarakeskus, 2026).
However, in Ostrobothnia, greenhouse production is particularly significant because the region is home to one of Finland's strongest greenhouse clusters. Many family-owned SMEs specialize in growing tomatoes and cucumbers, making the sector an excellent testbed for innovations in AI, energy efficiency, resource management, and sustainable food systems. The cluster is supported by equipment suppliers, logistics companies, energy providers, and food processing businesses, all contributing to the wealth of the region.
Challenges – The Issues That Require Action
The sector is shaped by a set of interrelated structural, economic, and behavioural challenges that constrain both profitability and long-term development. A central challenge concerns persistent cost pressure combined with weak profitability, particularly driven by high energy costs, rising input prices, and limited ability to pass these costs on to consumers (Suojala-Ahlfors et al., 2025). This creates a structural squeeze that reduces investment capacity and slows sectoral expansion.
Closely related is the weak bargaining position of the producers within the value chain, where dependence on intermediaries limits influence over prices, product positioning, and market communication (Vänninen, 2019). This reinforces low margins and reduces incentives for innovation and quality improvement.
Labor availability and skills shortages represent another critical constraint (Suojala-Ahlfors et al., 2025). Vegetable production is highly labor-intensive and relies heavily on seasonal foreign labor, increasing vulnerability during disruptions. At the same time, gaps exist in both technical expertise and business competencies, limiting the sector’s adaptive capacity.
The sector is further challenged by climate change and environmental risks, including weather variability, increased pest pressure and production instability (Suojala-Ahlfors et al., 2025). For greenhouse production, energy dependency and sensitivity to temperature control intensify these vulnerabilities.
On a structural level, technological and organizational bottlenecks persist. These include limited availability of suitable crop varieties, constraints in plant protection solutions, insufficient utilization of side streams, and inefficiencies in storage and logistics systems (Suojala-Ahlfors et al., 2025). Fragmentation across the value chain and weak coordination further hinder collective development and innovation.
Demand-side challenges are equally significant. Consumers are highly price-sensitive and display conservative consumption patterns, favoring familiar products and limiting acceptance of new varieties (Björk et al., 2025). There is also a strong affordability barrier, where healthier vegetable consumption is constrained by economic accessibility.
In addition, knowledge gaps and declining cooking skills may reduce consumers’ ability to integrate vegetables into daily routines, potentially contributing to lower consumption and food waste. At the same time, the sector struggles with communication challenges, including consumers’ limited awareness of product use, seasonality, and value (Björk et al., 2025).
Finally, system-level mismatches exist between health, affordability, and convenience (Vegocracy, 2025). While demand for healthy food is high, food environments, pricing structures, and availability often favor less healthy, more convenient alternatives, creating structural barriers to consumption growth.
Opportunities – Identifying Areas of Future Potential
Despite these constraints, the sector demonstrates substantial opportunities for growth, diversification, and value creation. A key driver is a growing demand for vegetables, supported by dietary recommendations and increasing interest in plant-based diets (Barman-Geust, 2025; Fernqvist & Göransson, 2017). This provides a solid long-term foundation for market expansion.
A major opportunity lies in the strong consumer preference for domestically produced vegetables, which are associated with quality, safety, and trust (Björk et al., 2025; Fernqvist & Göransson, 2017). This creates favorable conditions for differentiation through origin-based branding, traceability, and, for example, “Arctic” or “Nordic” positioning. A clear differentiation and positioning enhance export efforts (Suojala-Ahlfors et al., 2025).
Solving the mismatch between healthy eating and affordability is an opportunity. Policymakers, suppliers, and communities should cooperate to break down the economic and logistical barriers that prevent access to healthier food (Vegocracy, 2025). Consumer perceptions also play an important role. Vegetables should increasingly be positioned as enjoyable, convenient, and attractive everyday choices rather than being seen as sacrifices.
Significant potential also exists in value-added and convenience products, including pre-cut, ready-to-use, processed, and meal-based solutions (Björk et al., 2025; Fernqvist & Göransson, 2017). These are aligned with time-constrained lifestyles and address declining cooking skills, enabling vegetables to become more integrated into everyday consumption.
Taste and sensory quality emerge as central competitive factors (Vänninen, 2019; Österbottens svenska producentförbund, 2021). Improving and differentiating taste offers a direct pathway to increasing willingness to pay and strengthening customer loyalty, particularly when combined with premium offering strategies.
The sector can further benefit from diversification, innovation, and decision-making based on a customer logic (Björk et al., 2025; Vänninen, 2019), including new crops, specialty varieties, vertical farming, and controlled environment production (Suojala-Ahlfors et al., 2025). These approaches can extend growing seasons, stabilize yields, and reduce dependence on bulk production.
Sustainability and circular economy solutions represent another key opportunity (Barman-Geust, 2025, Fernqvist & Göransson, 2017). Finnish production already benefits from a relatively low environmental impact, and further improvements through renewable energy, resource efficiency, and side stream utilization can strengthen both competitiveness and public perception.
Opportunities also arise from technological development and digitalization, particularly in improving production efficiency, quality control, and data-driven decision-making. Investments in energy efficiency (e.g. LED lights) and automation (e.g. steering of heating according to electricity stock prices) can simultaneously reduce costs and enhance resilience. It should not be forgotten that consumers are increasingly using digital solutions for, for example, finding information (Barman-Geust, 2025).
At the market level, public food services and institutional demand can act as important drivers of increased consumption and provide stability through predictable demand. Similarly, import substitution potential offers room for expanding domestic production in competitive product categories, also enhancing domestic resilience and supply preparedness or security (Suojala-Ahlfors et al., 2025).
Improved communication, education, and consumer engagement represent significant levers for growth (Björk et al., 2025; Österbottens Svenska producenter, 2021). By providing inspiration, recipes, and knowledge, the sector can lower behavioral barriers and increase vegetable consumption.
Finally, consumers with diverse cultural backgrounds represent an interesting market segment for locally produced vegetables (Fernqvist & Göransson, 2017). They consume traditional Nordic vegetables, but they also buy a significant amount of vegetables they are used to from their own culture (Niemistö et al., 2025). Today, these alternative vegetables are imported, but many of them could be produced locally.
Pathways from Challenges to Opportunities
Transforming challenges into opportunities is essential for greenhouse farming because it enables producers to enhance competitiveness, increase sustainability, drive innovation, and build resilience in an increasingly complex and uncertain operating environment. The challenges, opportunities, and strategic implications are summarized in the table below.
Challenges |
Associated opportunities |
Strategic Implication for the sector |
|
Persistens cost pressure and weak profitability |
Increase value-added products; differentiation through taste, quality and branding; efficiency improvements (energy, technology) |
Shift from volume-based production to value-based models that improve margins rather than scale alone |
|
Price-sensitive consumers and affordability constraints |
Develop affordable, healthy products; improve efficiency and cost control; introduce second-grade/“value” product lines |
Position vegetables as accessible everyday products while maintaining profitability through segmentation |
|
Weak bargaining position in the value chain |
Strengthen branding, direct communication and origin-based storytelling; develop shorter value chains and closer consumer relationships |
Increase producer influence by moving closer to the end market and improving market intelligence |
|
Labor shortages and skills gaps |
Invest in automation, digitalization and knowledge development; strengthen training and networks |
Improve productivity and resilience through competence-building and technological substitution |
|
Climate change and production risks |
Adopt resilient varieties, controlled environments, and circular solutions; expand greenhouse and vertical farming |
Build adaptive and climate-resilient production systems while maintaining yield stability |
|
High energy dependency |
Invest in energy efficiency (LED, heat recovery) and renewable energy solutions |
Reduce exposure to price volatility and improve long-term cost stability |
|
Conservative consumer behavior |
Introduce new products gradually; provide recipes, tastings and usage inspiration; leverage familiar formats |
Lower adoption barriers by linking innovation to existing habits and use-cases |
|
Declining cooking skills and knowledge gaps |
Develop ready-to-use, pre-cut and convenient products; strengthen food education through recipes and how-to guides (online and offline) |
Align product development with real consumer capabilities and everyday routines |
|
Competition from imports |
Leverage local origin, traceability, sustainability and “Arctic” or “Nordic” branding |
Compete on trust, quality and origin rather than price alone |
|
Infrastructure and logistics constraints |
Invest in cold-chain systems, storage and processing capacity; develop processed and frozen products |
Enable scaling of value-added and convenience products while reducing waste |
|
Fragmentation in the value chain |
Strengthen collaboration, clusters and innovation networks; improve data sharing |
Improve coordination, reduce inefficiencies and enable joint innovation |
|
Inconsistent quality and taste |
Use new technologies (e.g. sensors, NIR); develop quality standards; focus on premium taste segments |
Turn taste into a competitive advantage and driver of willingness to pay |
|
Limited access to suitable varieties and inputs |
Develop new crop varieties; collaborate with research institutions; expand RDI activities |
Strengthen productivity and adaptation to local conditions through innovation |
|
Administrative burden and certification |
Use certification as a differentiation and trust-building tool; streamline processes through digitalization |
Convert compliance into a market advantage while improving efficiency |
|
Barriers to innovation and product introduction |
Collaborate across value chain actors; test niche products; use pilot and small-scale experimentation |
Reduce risk and accelerate innovation through shared responsibility and learning |
|
Packaging trade-offs (sustainability vs convenience) |
Develop recyclable, resealable and portion-adapted packaging solutions; explore bulk and loose sales |
Balance consumer expectations through design innovation and circular approaches |
|
Low attractiveness of the sector and farmer well-being |
Improve profitability, working conditions and innovation culture; attract new entrants via education and networks |
Ensure long-term sector renewal and human capital sustainability |
|
Knowledge and communication gaps toward consumers |
Strengthen communication on usage, taste, seasonality and health; use digital tools and storytelling |
Increase consumption by making vegetables easier to understand and use |
|
Structural mismatch: health vs affordability vs convenience |
Develop affordable, tasty and convenient vegetable-based solutions; improve accessibility in daily contexts |
Enable large-scale dietary change by aligning products with real-life consumer constraints |
Greenhouse farming faces significant challenges, including rising costs, labor shortages, climate risks, and changing consumer expectations. Yet these challenges also create opportunities for innovation, sustainability, and value creation. By embracing new technologies, stronger consumer orientation, collaboration, and resource-efficient production, the sector can strengthen its competitiveness and resilience. The future of greenhouse farming will depend not on avoiding change, but on the ability to transform challenges into opportunities.
Endnote: The knowledge shared in this blog is based on empirical studies and desk research in the projects Farm2Future North and Framtidens Grönsaker.
References:
Barman-Geust, H. (2025). Trender som formar framtidens grönsakskonsumtion. Novialia, Serie: Rapporter 8/2025. https://novialia.novia.fi/publikationer. Title in English: Trends shaping future vegetable consumption.
Niemistö, L., Björk, P. & Virtanen, H. (2025). Framtidens grönsaker i ett mångkulturellt Finland. Landbygdens Folk, 23.1.2026. https://www.landsbygdensfolk.fi/nyheter/framtidens-gronsaker-i-ett-mangkulturellt-finland. Title in English: Future Vegetables in a Multicultural Finland.
Björk, P., Virtanen, H. & Niemistö, L. (2025). Framtidens grönsaker – Hur tänker finländarna? Novialia, Serie R: Rapporter 7/2025. https://novialia.novia.fi/publikationer. Title in English: The vegetables of the future – How do Finns think?
Fernqvist, F. & Göransson, C. (2017). Framtidens grönsaksdisk. SLU Rapport 2017:9. https://research.slu.se/en/publications/framtidens-grönsaksdisk/ Title in English: The Vegetable Aisle of the Future.
Luonnonvarakeskus (LUKE) (2026). Horticultural statistics. https://www.luke.fi/en/statistics/horticultural-statistics?utm_source=chatgpt.com. Cited 27.8.2026.
Suojala-Ahlfors, T., Jansik, C., Karhu, S., Varho, V., Jaakkonen, A-K. & Rokka, S. (2025). Kasviksia kotimaasta – Suomalaisen kasvistuotannon mahdollisuudet vastata kasvavaan kysyntään. Luke 63/2025. https://urn.fi/URN:ISBN:978-952-419-092-3. Title in English: Vegetables from Finland – The potential of Finnish vegetable production to meet growing demand.
Vegocracy (2025). The Vegocracy report 25. https://www.picadeli.fi/fi/vegocracy-raportti-25.
Vänninen, I. (2019). Innoväxthus – slutrapport. https://vakra.fi/projekt/innovaxthus. Title in English: InnoGreenhouse – final project report.
Österbottens svenska producentförbund (ÖSP) (2021). Lyftkraft-slutrapport. https://vakra.fi/wp-content/uploads/2025/06/Lyftkraft-slutrapport-FARDIG-med-packade-bilder.pdf. Title in English: Lift force – final project report.
Artikeln har godkänts för publicering av Novias redaktionsråd 1.9.2026.
ISSN: 1799-4187