2006CABI Publishing eBooksRequires access

Photoperiodism and flowering.

B. Thomas, Isabelle A. Carré, Stephen Jackson

Open publisher page 13 citations

Abstract

This paper deals with mechanisms underlying the photoperiodic control of flowering and is divided into three sections: (i) the first describes the physiological background to molecular and genetic studies of the photoperiodic control of flowering; (ii) the second details recent progress in understanding the genetic regulatory networks controlling flowering in response to daylength; and (iii) the third covers the molecular and genetic basis of the underlying timekeeping mechanisms for plant photoperiodism.

About this research paper

What this paper is about

This paper deals with mechanisms underlying the photoperiodic control of flowering and is divided into three sections: (i) the first describes the physiological background to molecular and genetic studies of the photoperiodic control of flowering; (ii) the second details recent progress in understanding the genetic regulatory networks controlling flowering in response to daylength; and (iii) the third covers the molecular and genetic basis of the underlying timekeeping mechanisms for plant photoperiodism.

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OpenAlex reports 13 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper deals with mechanisms underlying the photoperiodic control of flowering and is divided into three sections: (i) the first describes the physiological background to molecular and genetic studies of the photoperiodic control of flowering; (ii) the second details recent progress in understanding the genetic regulatory networks controlling flowering in response to daylength; and (iii) the third covers the molecular and genetic basis of the underlying timekeeping mechanisms for plant photoperiodism.

Key concepts: photoperiodism, Biology, Long day, Day length, Evolutionary biology, Botany

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