Plants are responsive to temperature, and some species can distinguish differences of 1C.
In Arabidopsis, warmer temperature accelerates flowering and increases elongation growth (…

Plant development is highly responsive to ambient temperature, and this trait has been
linked to the ability of plants to adapt to climate change [1]. The mechanisms by which natural …

10.7554/eLife.31700.001 The Arabidopsis circadian clock orchestrates gene regulation
across the day/night cycle. Although a multiple feedback loop circuit has been shown to …

Circadian clocks exhibit ‘temperature compensation’, meaning that they show only small
changes in period over a broad temperature range. Several clock genes have been implicated …

Individual plant cells have a genetic circuit, the circadian clock, that times key processes to
the day-night cycle. These clocks are aligned to the day-night cycle by multiple environmental …

Circadian clocks are gene networks producing 24‐h oscillations at the level of clock gene
expression that are synchronized to environmental cycles via light signals. The ELONGATED …

Bifurcation theory is one of the most widely used approaches for analysis of dynamical
behaviour of chemical and biochemical reaction networks. Some of the interesting qualitative …

In temperate trees, optimal timing and quality of flowering directly depend on adequate
winter dormancy progression, regulated by a combination of chilling and warm temperatures. …

Different types of macroscopic reaction kinetics can be derived from microscopic molecular
interactions, with the law of mass action being the most widely used one in standard …

Oscillations in the concentration of free intracellular calcium ([Ca 2+ ]) play an important role
in many cell types. Thus, understanding the mechanisms underlying Ca 2+ oscillations is of …