Ulrika Egertsdotter

Papers

Total Citations

100

H-Index

About

Ulrika Egertsdotter is a leading researcher in plant biotechnology, with a primary focus on somatic embryogenesis (SE) and its application to conifer species. Her work bridges fundamental developmental biology and commercial forestry, addressing the critical challenge of scaling up clonal plant production for reforestation and sustainable forestry. Her most cited paper, "Automation and Scale Up of Somatic Embryogenesis for Commercial Plant Production, With Emphasis on Conifers" (2019, 100 citations), systematically outlines how SE offers distinct advantages over traditional methods like rooting cuttings—particularly in its suitability for automation, reduced labor costs, and increased reliability. This contribution has been pivotal for researchers and industry alike, providing a roadmap for transitioning laboratory-scale protocols to industrial applications. Beyond this, Egertsdotter has advanced understanding of the molecular and physiological markers that govern embryo development and maturation in conifers, helping to improve the quality and uniformity of somatic seedlings. Her work has been widely cited by plant scientists, forest biotechnologists, and commercial nurseries, underscoring its practical and academic impact. Through her research, Egertsdotter has helped position somatic embryogenesis as a cornerstone technology for modern, large-scale forest regeneration.