13T0100460

Medicago sativa L.

'TR SYN 1'

Origin from: Czech Republic
Maintained by: Crop Research Institute, Prague, Gene Bank
Received: 1996
Growth class:
Backup location:
Life form: Perennial
Pedigree:
Improvement status: Advanced/improved cultivar
Reproductive uniformity:
Form received: Seed

Accession names and identifiers

TR SYN 1
Type: Cultivar name
TR SYN 1
Type: National name
Medicago sativa
Type: Full taxon

Intellectual Property Rights

MLS
Comment: Multi-Lateral System FAO item
Date Issued:
FAO Standard Material Transfer Agreement
Date Issued:
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Additional Availability Information

curator must confirm the availability

Narrative

Curator: Tomáš VYMYSLICKÝ, Research Institute for Fodder Plants, Ltd. (CZE096) vymyslicky@vupt.cz

Source History

Observations

Click link below to see detailed observation data:
Detailed Accession Observation Page

Characterization and Evaluation Data:
Category BIOLOGY CHEMICAL MORPHOLOGY OTHER PHENOLOGY PRODUCTION
Descriptor 049 Winter hardiness - resistance 050 Spring frost - resistance 066 Alfalfa mosaic virus - resistance 098 Dry matter - content of nitrogen atacks 099 Dry matter - digestibility 100 Dry matter - content of fibre 007 Spaced plant - numb. of stems (to standard cv.) 008 Stem - length 009 Stem - thickness 010 Stem - shape in diameter 011 Stem - hollowness 012 Stem - colour 013 Stem - number of internodes 014 Stem - length of middle internode 015 Stem - number of lateral branches 016 Leaflet terminal - shape 017 Leaflet terminal - margin 018 Leaflet terminal - apex 019 Leaflet terminal - length 020 Leaflet terminal - width 021 Leaflet terminal - area 022 Leaf - colour 023 Leaf - indumentum 024 Leaf - area 025 Leaf polyphylly - frequence 026 Inflorescence - shape 027 Inflorescence - length 028 Inflorescence - number per stem 029 Inflorescence - number of flowers 030 Inflorescence - colour 033 Infrutescence - number of pods per stem 034 Infrutescence - number of pods 035 Pod - number per 100 flowers 036 Pod - shape 037 Pod - colour 038 Pod - height of spiral 039 Pod - width of spiral 040 Pod - number of seeds 041 Seed - shape 042 Seed - colour 082 Stand - height at the beginning of flowering (to the standard cv.) 085 Stand - height 2O days after the first cut (to the standard cv.) 087 Stand - regrowth (at standard cv. height 25 cm) 088 Stand - number of cuts during the year 109 Main utilization 110 Germination seed - store 044 Vegetation period - by the beginning of flowering (to standard cv.) 046 Vegetation period - from regrowth to flowering (to standard cv.) 043 Seed - 1000-seed weight 081 Stand - vigour before harvesting 089 Stand - biomass of yield for all cuts in the year(to the standard cv.) 090 Plant - yield of green biomass (to the standard cv.) 093 Stand - yield share in the first cut to the whole yield per year 096 Stand - seed yield (to the standard cv.) 097 Plant - seed yield (to the standard cv.)
Value 9 - very high >90 % 8 - 81-90 % 9 - very high 7 - high 24,1-26,0 % 7 - high 3 - low 5 - medium 96-105 % 7 - long 96-110 cm 8 - 5,1-5,5 mm 1 - rounded 5 - medium solid (wall thickness 30 - 70 %) 3 - green 5 - medium 12,1-14,0 8 - 8,1-9,0 cm 9 - very high >10,0 3 - obovate 9 - serrate 7 - rounded 5 - medium 25,1-30,0 mm 8 - 18,1-20,0 mm 9 - very lerge >2,5 5 - green 3 - sparse 7 - large 10,6-12,0 cm2 1 - very low <15 % 1 - capitate 2 - 1,0-2,0 cm 9 - very many >40,0 6 - 18,1-21,0 9 - violet 9 - very many >25,0 7 - many 12,1-14,0 5 - medium 40,1-50,0 % 7 - much spiral 3,1-3,5 turn 5 - brown 3 - low 2,0-4,0 mm 3 - narrow 3,0-4,0 mm 5 - medium 4,1-5,0 2 - reniform 1 - brown 6 - 106-115 % 6 - 106-115 % 7 - high 31-35 cm 6 - 4 cuts under favourableconditions 1 - cutting 9 - available 4 - -3-2 days 5 - medium - 1,0, +1 days 6 - 2,01-2,20 g 9 - very good 5 - medium 95,1-105,0 % 9 - very high >135,0 % 2 - 35,0- 40,0 % 3 - low 60,1- 75,0 % 9 - very high >150 %
Study/Environment 1998 Research Institute for Fodder Plants Ltd. Co. (2) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 2007 Research Institute for Fodder Plants Ltd. Co. (4) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 1998 Research Institute for Fodder Plants Ltd. Co. (2) 2007 Research Institute for Fodder Plants Ltd. Co. (4)

Actions

  • Curator change: 14-May-2021. Previous: Daniela KNOTOVÁ, Current: Tomáš VYMYSLICKÝ

  • Enter ECN into system: 17-Sep-1996.