Development, Differentiation, and Yield

Heslop‐Harrison, J.

doi:10.2135/1969.physiologicalaspects.c33

Cited by 3 publications

(1 citation statement)

References 86 publications

(80 reference statements)

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“…In addition, the existing and gradually developing plant structure may exert competitive or "feed-back" effects upon the differentiating meristem (Heslop-Harrison, 1969). Such effects account for the differing specializations of each of the phytomer primordia, e.g., into fibrous secondary root or aereal adventitious root, into tiller or pistillate inflorescence, into prophyll, leaf, husk, or glume, and into male or female floret.…”

Section: Development Of the Vegetative Body Of Maize Proceedsmentioning

confidence: 99%

Simulation of kernel development and assimilate partitioning in maize

Salvador

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Section: Development Of the Vegetative Body Of Maize Proceedsmentioning

confidence: 99%

Simulation of kernel development and assimilate partitioning in maize

Salvador

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Development and Organization of the Primary Vascular System in Populus Deltoides According to Phyllotaxy

Larson

1975

American J of Botany

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An actively growing cottonwood bud was embedded in epon‐araldite and serially sectioned at 2 μm. The sections were analyzed microscopically with the optical shuttle system of Zimmermann and Tomlinson, and all data were quantitatively recorded relative to the apex and to leaf plastochron index (LPI). Analysis of the sections revealed an acropetally developing procambial system organized according to a precise phyllotaxy. Six procambial strands could be recognized and followed long before the leaf primordia that they would enter were evident at the apex. Origin of these strands coincided with developmental events both in the parent trace and its primordium and in the antecedent leaf on the same orthostichy. Once a primordium and its trace attained a certain stage of development, trace bundles began to develop basipetally from the primordium base. These trace bundles appeared to be the earliest progenitors of wood formation in cottonwood. It was concluded that the concept of residual meristem and its corollary, the hypothesis that acropetally developing procambial strands determine the inception sties of new primordia, apply to the cottonwood apex.

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Nutrient Concentrations and Interactions in Young Leaves of Potato Plants Growing With and Without Tubers

Addiscott

1976

Annals of Botany

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Development, Differentiation, and Yield

Cited by 3 publications

References 86 publications

Simulation of kernel development and assimilate partitioning in maize

Simulation of kernel development and assimilate partitioning in maize

Development and Organization of the Primary Vascular System in Populus Deltoides According to Phyllotaxy

Nutrient Concentrations and Interactions in Young Leaves of Potato Plants Growing With and Without Tubers

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