Jorunn E. Olsen

TL;DR: This report shows for the first time that over-expression of the oat phytochrome A gene (PHYA) in a tree significantly changes the critical daylength and effectively prevents cold acclimatization, and indicates that photoperiodic responses in trees might be regulated by the amount of PHYA gene expressed in the plants, and that the amounts of phy tochrome A (phyA) affects the metabolism of GAs and IAA.

TL;DR: The results suggest that temperature regulates hypocotyl growth by individually impinging on several elements of a pre-existing network of signaling pathways involving auxin, BRs, GAs, and PIF4.

TL;DR: In woody species cycling between growth and dormancy must be precisely synchronized with the seasonal climatic variations, and different FT-genes appear to have opposite effects in photoperiodic control of shoot elongation.

TL;DR: The results provide new insight into the regulation of ABA under different humidities and photoperiods, and clearly show that β-glucosidase is a key enzyme regulating the ABA pool in rose plants.

TL;DR: It is shown that a higher portion of B light is efficient in increasing photosynthesis performance per unit leaf area, enhancing growth and morphological changes in roses but does not affect the total Dry Matter (DM) production or time to open flower.