Compensatory Growth in Coleus Shoots

Jacobs, William P.; Bullwinkel, Bob

doi:10.2307/2438521

Cited by 24 publications

(1 citation statement)

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“…First, the amount of IAA in the agar blocks used to replace the apical meristem and maintain bud inhibition was 11 times greater than that recovered from apical meristems by diffusion into agar blocks (Thimann and Skoog 1934). Second, subsequent attempts to inhibit bud growth by replacing the apical meristem with an IAA source did not always maintain axillary bud inhibition (e.g., Jacobs and Bullwinkle 1953). Third, axillary buds furthest from the apical meristem were less likely to break inhibition and grow than buds located closer to the apical meristem in some species Thimann 1937, Went 1939).…”

Section: Dicotsmentioning

confidence: 99%

Invited Synthesis Paper: Regulation of Tillering by Apical Dominance: Chronology, Interpretive Value, and Current Perspectives

Murphy¹,

Briske²

1992

Journal of Range Management

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and as an area Extension agent with Colorado State University. Mr. Murphy is currently completing a Ph.D. program in plant physiology. His dissertation research focuses on the environmental, developmental, and physiological mechanisms that regulate tiller initiation in grasses. Mr. Murphy's research interests include physiological plant ecology, plant population ecology, photobiology and plantherbivore interactions. David D. Briske received his B.A. in botany fromNorth Dakota State University in 1973 and his Ph.D. in range science from Colorado State University in 1978. His research and teaching interests include physiological plant ecology, developmental plant morphology, plant-herbivore interactions, clonal plant biology, plant population ecology, and grassland ecology. The goals of Dr. Brisk& research program are to develop a greater understanding of the ecophysiology and population ecology of the bunchgrass growth form which dominates rangelands throughout the world and to generate and synthesize ecological information necessary to evaluate current strategies and provide new alternatives for grassland conservation and management.

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Section: Dicotsmentioning

confidence: 99%