Tuomas Toivainen

This study identifies the role of FvTFL1 in reversing the photoperiodic flowering pathway in woodland strawberry, showing its interaction with FvGI, FvCO, and FvFT1 in different photoperiod conditions.

This study analyzes 200 woodland strawberry genomes to reveal population structure and demographic history across glacial-interglacial cycles, identifying genetic clusters and refugia.

This study uses GWAS in Fragaria vesca to identify FvJMT2 as a gene involved in methyl benzoate biosynthesis, which has insect-repellent properties and is associated with fruit volatiles.

This study identifies FvFT1-FvTFL1 epistasis as a mechanism controlling flowering time adaptation in woodland strawberry across diverse climates.

This paper identifies gene-associated transposable elements in woodland strawberry that influence gene expression and phenotypic diversity through epigenetic mechanisms.

This study shows that temperature-induced methylome changes during asexual reproduction in Fragaria vesca lead to transcriptomic and phenotypic changes, with ecotype-specific methylation patterns and gene expression effects.