The Finnish growing season is particularly short, with an intensive growth period, unfavourable rainfall distribution and frequently occurring fluctuations in climate that affect crop growth and yield formation. A three-year study was conducted in the field to determine the contribution of alterations in canopy structure, tillering and stem elongation among dwarf (D), semidwarf (SD) and tall (T) oat (Avena sativa L.) lines to yield formation. Yield components, leaf characteristics and straw traits were measured from six oat lines (D lines Pal and Grane, SD lines Hja 76416 and Salo, and T lines Veli and Jalostettu maatiainen) separately on the main shoot and tillers. Results indicated that long leaf area duration and high leaf area index wer...
In 1971 two large field experiments, one for spring wheat and the other for barley, were carried out...
The introduction of the dwarfing gene in wheat not only resulted in a shortening of the straw thus i...
Department of Plant Production, PO Box 27, FIN-00014 University of Helsinki, Finland. Current addres...
Kasvien kasvua ja sadontuottoa rajoittaa Suomessa lyhyt ja nopeatempoinen kasvukausi, jolle on tyypi...
Duration of vegetative, generative, and grain-filling phases contribute to dry-matter accumulation a...
From 1977 to 1987, variety trials were conducted at two test sites in order to determine the agronom...
Greenhouse experiments were conducted at the University of Helsinki, Department of Crop Husbandry in...
The ideotype of a crop is a model of a plant community where all necessary and beneficial traits for...
Kauran kasvu hidastui ja sadontuottokyky heikkeni tautiepidemian seurauksena Viikin koetilan pelloil...
Aikaisuus on kevätviljojen sadontuottoa eniten rajoittava tekijä Suomen lyhyessä kasvukaudessa. Vi...
Development of an oat panicle proceeds from the uppermost terminal spikelet downward to the base of ...
The present study was carried out in summer 1970, when a rainy July following upon a dry June caused...
Wheat is the only temperate cereal for which yield trends have been exhaustively analysed on both gl...
Plant growth regulators (PGRs) are exogenously applied chemicals that alter plant metabolism, cell d...
Plant growth regulators (PGRs) are commonly used in commercial farming to control lodging in cereals...
In 1971 two large field experiments, one for spring wheat and the other for barley, were carried out...
The introduction of the dwarfing gene in wheat not only resulted in a shortening of the straw thus i...
Department of Plant Production, PO Box 27, FIN-00014 University of Helsinki, Finland. Current addres...
Kasvien kasvua ja sadontuottoa rajoittaa Suomessa lyhyt ja nopeatempoinen kasvukausi, jolle on tyypi...
Duration of vegetative, generative, and grain-filling phases contribute to dry-matter accumulation a...
From 1977 to 1987, variety trials were conducted at two test sites in order to determine the agronom...
Greenhouse experiments were conducted at the University of Helsinki, Department of Crop Husbandry in...
The ideotype of a crop is a model of a plant community where all necessary and beneficial traits for...
Kauran kasvu hidastui ja sadontuottokyky heikkeni tautiepidemian seurauksena Viikin koetilan pelloil...
Aikaisuus on kevätviljojen sadontuottoa eniten rajoittava tekijä Suomen lyhyessä kasvukaudessa. Vi...
Development of an oat panicle proceeds from the uppermost terminal spikelet downward to the base of ...
The present study was carried out in summer 1970, when a rainy July following upon a dry June caused...
Wheat is the only temperate cereal for which yield trends have been exhaustively analysed on both gl...
Plant growth regulators (PGRs) are exogenously applied chemicals that alter plant metabolism, cell d...
Plant growth regulators (PGRs) are commonly used in commercial farming to control lodging in cereals...
In 1971 two large field experiments, one for spring wheat and the other for barley, were carried out...
The introduction of the dwarfing gene in wheat not only resulted in a shortening of the straw thus i...
Department of Plant Production, PO Box 27, FIN-00014 University of Helsinki, Finland. Current addres...