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Sustainable Fruit Production in Slovenia

 
Fact sheet titled 'Sustainable Fruit Production in Slovenia' from the SPRINT Success Stories series. The fact sheet focuses on the Fruit Centre Maribor's efforts to promote sustainable fruit production practices that minimize reliance on synthetic pesticides. It includes sections on the challenges, key objectives, main obstacles, overcoming barriers, agronomic solutions, and knowledge exchange solutions. It features images of Slovenia, various fruits, and icons representing agronomic change...

© SPRINT, 2024

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Sustainable Fruit Production in Slovenia

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Glavan, Matjaž et al. 2024: Sustainable Fruit Production in Slovenia. SPRINT fact sheet.

In Slovenia, the Fruit Centre Maribor is dedicated to promoting sustainable fruit production practices while reducing reliance on synthetic pesticides. The SPRINT project studies the Centre's work to understand how the use of more resistant fruit varieties, self-developed plant-based pesticides, and improved soil quality can contribute to more sustainable cultivation. This case study explores the challenges and solutions the Centre has encountered in implementing sustainable methods in fruit production.

The Challenge: Barriers to Sustainable Fruit Production

Implementing sustainable practices in fruit production faces several obstacles. These include a lack of understanding and support from stakeholders, as well as financial barriers that hinder access to alternative products. Additionally, the market for sustainably grown fruits in Slovenia is still underdeveloped, leading to low consumer willingness to pay higher prices for pesticide-free fruits. These challenges have made it difficult to adopt sustainable methods on a broader scale.

Sustainable Solutions: Agronomic Changes and Knowledge Exchange

The Fruit Centre Maribor has developed various agronomic solutions to reduce reliance on synthetic pesticides. These include the introduction of new, more resistant fruit varieties, integrated pest management practices, and the use of natural stimulants and soil additives. A key focus is on continuously monitoring plant development and adapting methods to changing conditions. Knowledge exchange with other farmers and stakeholders also plays a crucial role in increasing understanding and acceptance of sustainable practices.

Results and Lessons Learned: Building a Resilient Ecosystem

By gradually transitioning to natural insecticides and soil amendments, the Fruit Centre Maribor has significantly reduced its use of synthetic pesticides while promoting healthier soils and increased biodiversity. Despite reducing pesticide use, the Centre has maintained high yields and good fruit quality, demonstrating the feasibility of sustainable practices. However, the case study also highlights that additional support is needed to scale these sustainable practices more broadly.

Conclusion

Sustainable fruit production in Slovenia, as developed by the Fruit Centre Maribor and studied within the SPRINT project, shows that the transition to more environmentally friendly cultivation methods is possible while maintaining yields. However, the successful implementation of such practices requires strong commitment, continuous learning, and close collaboration between farmers, researchers, and policymakers to ensure long-term success.

Sustainable fruit production at the Fruit Centre Maribor demonstrates that environmentally friendly farming methods are feasible and can maintain high yields, but also highlights the need for greater support and market development to scale these practices

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Language
English
Authorship
Matjaž Glavan
Dr. Jane Mills
Funding
Year
Dimension
2 pp.
Project
Project ID
Keywords
organic farming, agroecology, sustainable agriculture, pesticide-free farming, climate resilience, biodiversity conservation, ecosystem services, crop rotation, soil fertility, environmentally friendly practices, agricultural innovation, food security
Slovenia
integrated pest management (IPM), natural plant extracts, crop diversity, disease-resistant varieties, soil amendments, plant-based pesticide sprays, fungicide reduction, monitoring and evaluation, knowledge exchange, agronomic change, awareness-raising activities, yield and plant health monitoring