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2019
The growth and development responses of most terrestrial plants to more CO/sub 2/ cannot be determined from information available now. The patterns and levels of stresses in the natural biosphere simply have not been duplicated in the laboratory. Only a few species and cultivars have been tested and there is great genetic diversity in the primary ...
Donald N. Baker, Herbert Zvi Enoch
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The growth and development responses of most terrestrial plants to more CO/sub 2/ cannot be determined from information available now. The patterns and levels of stresses in the natural biosphere simply have not been duplicated in the laboratory. Only a few species and cultivars have been tested and there is great genetic diversity in the primary ...
Donald N. Baker, Herbert Zvi Enoch
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Growth and developmentThe diversity of plant development
Current Opinion in Plant Biology, 2007www.sciencedirect.com The reviews on plant development presented here cover a wide range of subjects that seem only loosely connected. In a sense, this is a departure from the direction of the field over the past 15 years with its increasing focus on Arabidopsis as a model system.
Cris, Kuhlemeier, Neelima, Sinha
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Modeling plant growth and development
Current Opinion in Plant Biology, 2004Computational plant models or 'virtual plants' are increasingly seen as a useful tool for comprehending complex relationships between gene function, plant physiology, plant development, and the resulting plant form. The theory of L-systems, which was introduced by Lindemayer in 1968, has led to a well-established methodology for simulating the ...
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2014
Abstract This chapter focuses on the growth and development of S. tuberosum under commercial production and describes how potato plant morphology changes as plants grow and develop. To simplify the discussion on potato development, the chapter is separated into a logical series of growth and developmental stages including propagation, seed ...
C. H. Wohleb, N. R. Knowles, M. J. Pavek
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Abstract This chapter focuses on the growth and development of S. tuberosum under commercial production and describes how potato plant morphology changes as plants grow and develop. To simplify the discussion on potato development, the chapter is separated into a logical series of growth and developmental stages including propagation, seed ...
C. H. Wohleb, N. R. Knowles, M. J. Pavek
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Transcription factors in plant growth and development
Current Opinion in Genetics & Development, 1994The target DNA sequences of several classes of plant transcription factors, including basic leucine zipper (bZIP) proteins and Myb-related factors, have been characterized in vivo as well as in vitro. The bZIP proteins, for example, act at ACGT elements, the flanking nucleotides determining their binding specificities.
S, Ramachandran, K, Hiratsuka, N H, Chua
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Rice Plant Growth and Development
1991The life cycle of the rice plant is generally 100 to 210 days; the mode falls between 110 and 150 days. In temperate climates, the average duration from sowing to harvest is about 130 to 150 days. Cultivars with growth duration of 150 to 210 days are usually photoperiod sensitive and planted in the deepwater areas.
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Acid Growth and Plant Development
Science, 2006In his perspective “Growth by auxin: when a weed needs acid” (7 Oct. 2005, p. [60][1]), M. Grebe asserts that the acid-growth theory describes how the plant hormone auxin (indole-3-acetic acid, IAA) stimulates cell elongation in developing organs such as leaves and roots.
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Potassium in Plant Growth and Development
2020The famous triplet of NPK governs overall plant growth and development. Current upgrades and findings in the area of K biology have successfully highlighted its role in plant growth, metabolic functions as well as efficient agriculture.
Girdhar K. Pandey, Swati Mahiwal
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