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Strawberry plant relationship through the stolon

Physiologia Plantarum, 2008
Stolon is an elongated, two‐node, vegetative, axillary shoot, which supports the ramet (rooted rosette) until it is completely independent on its own roots. The reciprocal capacity of the ramets, in a single runner chain, to sustain the growth and share locally abundant resources or to tolerate a local stress, is still in debate. This capacity may play
Gianluca Savini   +2 more
exaly   +3 more sources

Rhizo-Stolons in Eucalyptus

Australian Journal of Botany, 1980
A previously unrecorded system of eucalypt regeneration, via stolons and rhizo-stolons, is reported for field populations of shrub-like forms of grey box (Eucalyptus moluccana Roxb. subsp. moluccana) in south- eastern Australia. Field collections of rooted stoloniferous material were transplanted into artificial media under controlled glasshouse ...
AN Gillison, CJ Lacey, RH Bennett
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Tropisms of Underground Shoots—Stolons and Rhizomes

Biology Bulletin Reviews, 2018
In the review, the problem of plant movements (photo- and gravitropism) is discussed. The contemporary data on physiological and molecular mechanisms of tropisms in underground shoots and roots are presented. Special attention is paid to diagravitropism phenomenon in underground shoots (stolons and rhizomes) that grow in perpendicular direction to the ...
S. P. Maslova, T. K. Golovko
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Stolon production by Caucasian bluestem (Bothriochloa bladhii)

Transactions of the Kansas Academy of Science, 2006
The Old World bluestem, Caucasian bluestem (Bothriochloa bladhii (Retz.) S. T. Blake) is a warm-season, perennial, caespitose grass native to southern Asia and Australia (Harlan and Chheda 1963). Because of its claimed superiority to native grasses (Celarier and Harlan 1955), seed of Caucasian bluestem originally was introduced into the United States ...
Cheryl D. Schmidt, Karen R. Hickman
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Bryozoan interactions: Observations on stolonal outgrowths

Australian Journal of Marine and Freshwater Research, 1984
Tropical bryozoan and colonial ascidian species were transplanted in pairs onto small slabs of coral skeleton. Microscopic examination of the slabs was carried out every 6 weeks. Five out of eight species of bryozoan studied produced terminal and/or frontal stolonal outgrowths at interfaces with adjacent bryozoans and colonial ascidians.
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The Stolonic Vessels of the Didemnidae

Journal of Cell Science, 1951
ABSTRACT Stolonic test vessels are described in four members of the ascidian family Didemnidae. The epidermal cells of the terminal swellings of the vessels appear to produce test substance. The stolonic vessels, area of budding and muscular appendix are probably all derived from the posterior end of the ancestral zooid.
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Studies on hydroid differentiation VII. The hydrozoan stolon

Journal of Morphology, 1971
AbstractThe stolon of the colonial marine hydroid Podocoryne carnea differentiates sequentially as a function of age, forming four distinguishable regions characterized by epidermal cell differentiation: The Tip, New Stolon, Cnidogenic Masses, Old Stolon. Radioautographs of sections of colonies exposed to tritiated thymidine show that although cells of
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Root mass and depth, stolons and roots formed on stolons in four cultivars of potato under water stress

European Journal of Agronomy, 2005
Four potato cultivars (Solanum tuberosum L.) differing in their precocity and contrasted for their drought tolerance were investigated in the field and two of them in the greenhouse. They were subjected to two water treatments, well irrigated and droughted.
Ouiam Lahlou, Jean-François Ledent
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