Ambient Temperature Signaling in Plants: An Emerging Field in the Regulation of Flowering Time

  • Lee, Jeong Hwan
  • Lee, Jong Seob
  • Ahn, Ji Hoon
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38
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43

초록

Plants show remarkable developmental plasticity to survive in a continually changing environment. One example is their capability to adjust flowering time in response to environmental changes. Ambient growth temperature, which is strongly affected by global temperature changes, has a profound effect on flowering time. However, those effects have been largely ignored in research. Recent molecular genetic studies of Arabidopsis as a model system have implicated several genes, and have identified a molecular mechanism underlying the responses of plants to changes in ambient temperature. Here, we describe recent discoveries related to ambient temperature signaling and the control of flowering time in Arabidopsis. We also discuss current perspectives on how plants sense and respond to such changes.

키워드

ambient temperatureflowering timephotoreceptortemperature compensationthermosensorthermosensory pathwayARABIDOPSIS CIRCADIAN CLOCKMADS DOMAIN PROTEINTHERMAL-ACCLIMATIONNATURAL VARIATIONEPIGENETIC REGULATIONMOLECULAR ANALYSISATMOSPHERIC CO2CLIMATE-CHANGELIGHT QUALITYBOX GENE
제목
Ambient Temperature Signaling in Plants: An Emerging Field in the Regulation of Flowering Time
저자
Lee, Jeong HwanLee, Jong SeobAhn, Ji Hoon
DOI
10.1007/BF03036133
발행일
2008-09-30
유형
Article
저널명
Journal of Plant Biology(한국식물학회지)
51
5
페이지
321 ~ 326