Temperature is a major factor governing the distribution and seasonal behaviour of plants.
Being sessile, plants are highly responsive to small differences in temperature and adjust …

In tree species native to temperate and boreal regions, the activity‐dormancy cycle is an
important adaptive trait both for survival and growth. We discuss recent research on …

Considering global climate change, the incidence of combined drought and heat stress is
likely to increase in the future and will considerably influence plant-pathogen interactions …

Circadian clocks are endogenous timekeeping networks that allow organisms to align their
physiology with their changing environment and to perform biological processes at the most …

Global warming has profound effects on plant growth and fitness. Plants have evolved
sophisticated epigenetic machinery to respond quickly to heat, and exhibit transgenerational …

Plants are highly sensitive to temperature and can perceive a difference of as little as 1° C.
How temperature is sensed and integrated in development is unknown. In a forward genetic …

Plants have evolved sophisticated genetic and epigenetic regulatory systems to respond
quickly to unfavorable environmental conditions such as heat, cold, drought, and pathogen …

Plants have evolved complex and sophisticated transcriptional networks that mediate
developmental changes in response to light. These light-regulated processes include …

A key step in the analysis of circadian data is to make an accurate estimate of the underlying
period. There are many different techniques and algorithms for determining period, all with …

Flowering of Arabidopsis is induced by long summer days (LDs). The transcriptional
regulator CONSTANS (CO) promotes flowering, and its transcription is increased under LDs …