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Dubert Dubert, Pieńkowski Pieńkowski, Filek Filek (1984a)
Transfer by grafting of the effect of thermal induction of generative development in winter rape (Brassica napus var. oleifera L.)Acta Agrobotanica, 37
Markowski Markowski, Ryka Ryka (1981)
Effect of age of plants and other factors during vernalization on generative development of winter rape (Brassica napus oleifera) under controlled growth conditionsBull. Acad. Polon. Sci. ser. sci. biol, XXIX
Markowski Markowski, Markowski Markowski (1983)
Effect of seed vernalization on generative development in winter rape (Brassica napus oleifera) under spring conditions of growthActa Agr. et Silv. ser. Agr, XXII
Dubert Dubert, Filek Filek, Pieńkowski Pieńkowski (1984b)
Shortening the growth cycle in winter rape (Brassica. napus var. oleifera) by grafting nonvernalized scions on vernalized stockActa Agrobotanica, 37
Hodgson Hodgson (1978)
Rapeseed adaptation in northern New South Wales. I henological responses to vernalization, temperature and photo‐period by annual and biennal cultivars of Brassica campestris L., Brassica napus L. and wheat cv. TimgalenAustr. J, Agric Res, 29
Dubert Dubert, Marcinska Marcinska, Koscielniak Koscielniak, Kuchalska Kuchalska (1991)
The influence of mannitol and sucrose concentrations in the nutrient of the effectiveness of vernalization in isolated germs of winter wheat varGrana. Bull. Pol. Acad. Sci., Ser. Sci. Biol
Dubert Dubert, Blesaga‐Końcielniak Blesaga‐Końcielniak, Szmider Szmider (1993)
The effectiveness of vernalization of immature embryos of winter wheat var. Grana as related to age and exogenous phytohormonesJ. Agronomy and Crop Sci
W. Filek, S. Pieńkowski, F. Dubert (1986)
Observations of Effects of Partial Vernalization in Winter Rape Plants Grafted Onto Generative StockJournal of Agronomy and Crop Science, 156
A. Hodgson (1978)
Rapeseed adaptation in northern New South Wales. I. Phenological responses to vernalization, temperature and photoperiod by annual and biennial cultivars of Brassica campestris L., Brassica napus L. and wheat cv. TimgalenCrop & Pasture Science, 29
Fabry Fabry (1963b)
Prispevek k biologii ozime repky a repice I. Jarovizace repky v semeniRostlinna Vyroba, 9
Fabry Fabry (1963a)
Dynamika prehodu ozimych forem repky a repice do generativni faze v zavisimosti na dobe vysevuRostlinna Vyroba, 9
Filek Filek, Pienkowski Pienkowski, Dubert Dubert (1986)
Observations of effects of partial vernalization in winter rape plants grafted onto generative stockZeitschrift für Acker- und Pflanzenbau, 156
Germinating seeds and young winter rape plants were vernalized 56–63 days at 5 or 2°C under nine‐hour days or in darkness. The highest percentage of generative plants and the most rapid flowering were obtained following the vernalization of young seedlings and germinating seed under conditions of nine‐hour day, at 5°C. The least effective induction of generative development followed the vernalization at 2°C in continuous darkness. The vegetation period from the end of vernalization till the beginning of flowering was the shortest when four‐week‐old plants were vernalized under conditions of nine‐hour day, yet the vegetation period from the beginning of germination to flowering was the shortest when seed germinating under conditions of nine‐hour day were vernalized. The period was extending as older plants were being vernalized. Data indicating that the optimal temperature for vernalization of older plants is higher than for germinating seed and young seedlings were obtained.
Journal of Agronomy and Crop Science – Wiley
Published: Mar 1, 1994
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