LIZETE

A late, productive, large-grain, high-yield quality oat suitable for green mass production for fodder or biogas

• Green mass in flowering phase – 46-54 t/ha
• Grain yield – 3.5-4.5 t ha
• Stem with vigorous branching
• Plant heigh – up to 150 cm
• Panicles – up to 25 cm
• Grain is white
• Low hull content
• Protein content in green mass at the end of the flowering phase – 9-11 % DM

• Grain yield – 3.5-4.5 t/ha
• Maturity – after 106-115 days
• Number of days until heading – 70-75 days
• Flowering – late (5-10 days later than variety Laima)
• Harvesting of green mass is recommended on the 1st of July
• Green mass yield – 46-54 t/ha (at flowering stage, at the end of the 1^st decade of June)
• Protein content in DM – 9-11 % (at the end of flowering)
• Amount of dry matter (DM) in green mass – 17-24 % (at the end of flowering)
• Plant height – up to 150 cm
• Stems – branched
• Panicles– long, up to 25 cm
• Very good resistance to lodging (6-8 points out of 10)
• Low resistance to crown rust when sown late
• Grains – white
• 1000 grain weight – 35 g
• Hectoliter weight – 49.0-53.0 kg/hl
• Protein content in grains – 10-12 %
• Hull content – 24-25 %

• In trials and tests, the following elements were found in the grains (mg/kg): Cd 0.015, Pb 0.029, Cr 1324, Ni 1521, Cu 3.73, Zn 25.5, Al 5.34, K 3594, Na 123.1, Ca 734, Mn 38.7, Mg 1223, Fe 45.7.

*Source:  Macro and trace elements in oat cultivars bred in Latvia, Jakobsone I., Zute S., Bleidere M., et al. Zemdirbyste-Agriculture, vol. 106, No. 1 (2019), p. 21-28. DOI 10.13080/z-a.2019.106.003

• In trials and tests, 28.3-33.5 g/kg of b-glucans were found in grains.

** Source:  Influence of nitrogen application rate and meteorological conditions on b-glucan content in naked and husked oat grain. Brunava L., Vilmane L., Zute S. Proceedings of the Latvian academy of sciences. Section B, Vol. 69 (2015), No. 4 (697), pp. 178–181. DOI: 10.1515/prolas-2015-0026

The varietal parameters may differ from those indicated here when the testing circumstances differ from quondam

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