Abstract
This presentation offers a comprehensive overview of the advancements in sugar beet
storage systems in Nordic countries over the past decade. Focused on enhancing the efficiency
and sustainability of sugar beet storage, the research evaluates both the physical
and chemical properties of various sugar beet varieties from a storage perspective. Notable
innovations include the development of quick tests to evaluate storability, which
significantly improve the monitoring and maintenance of beet quality during storage. Additionally,
the presentation covers the setup of large-scale temperature monitoring systems
for clamps, which ensures a full overview of temperatures and improves decision-making
to prevent spoilage and preserve beet quality. Research into the frost tolerance of beet
material is also presented, emphasizing the importance of selecting the correct varieties
and management techniques to withstand cold temperatures. Furthermore, the practical
evolution of clamp covering techniques is discussed, with improvements designed to better
protect sugar beets from adverse weather conditions and minimize losses. Looking forward,
the presentation outlines future strategies and plans for optimizing storage systems,
ensuring continued progress and adaptation to climate challenges. This work underscores
the critical role of innovative storage practices in the sugar beet industry, contributing to
sustainability and economic viability in the region.
