Evolution in closely adjacent plant populations II. Agrostis stolonifera in maritime habitats
HeredityPublished 1 November 1966Open access
J L Aston, A. D. Bradshaw
Citations129
SJR quartileQ2
SJR score1.07
SNIP1.32
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Abstract
Evolution in closely adjacent plant populations II. Agrostis stolonifera in maritime habitats
Keywords
Agricultural and Biological SciencesEarth and Planetary Sciences
HeredityEvolutionary divergence among adjacent plant populations I. The evidence and its theoretical analysis
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The evidence and the theoretical analysis show that divergence among adjacent plant populations I is driven by different evolutionary mechanisms, and the evidence and its theoretical analysis are consistent with this view.
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Detailed morphological examination of the material growing as spaced plants suggested that relatively few genotypes were present, and a consideration of the presumed age of the genotypes and the vigour of their vegetative spread suggests that very little ecotypic differentiation can be taking place in F. rubra at the present time.
New PhytologistPOPULATION DIFFERENTIATION IN <i>AGROSTIS TENUIS</i> SIBTH
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The pattern of physiological differentiation was a graded patchwork similar to the pattern of morphological differentiation previously described, which occurred within a species such as Agrostis tennis.
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Generationby-generation estimates of two kinds of population parameters whose values have important implications concerning population structure and the evolutionary potential of predominantly self-pollinated species are made.
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HeredityEvolutionary studies on Maniola jurtina: the Isles of Scilly, 1958–59
15 Citations1964E. R. Creed, E. B. Ford +1 more
The present account describes the status of these Maniola jurtina populations in i 958 and i 957, anxious to discover if the numbers would rise again and, if so, what frequency-distribution they would adopt.