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OREGANO
Descriptors
Category: FLWR-FRUIT
  1. 7.4.1 - Length of inflorescence (cm) (7.4.1) Average of 10 fully grown Inflorescences from 10 plants
  2. 7.4.10 - Density of glandular trichomes on outer side of calyx (7.4.10) Average of 10 fully grown flowers from 10 plants
  3. 7.4.11 - Number of bracts pairs per spike (7.4.11) Average of 10 fully grown flowers from 10 plants
  4. 7.4.12 - Length of bracts (mm) (7.4.12) Average of 10 fully grown flowers from 10 plants
  5. 7.4.13 - Ratio length of bracts/length of calyx (7.4.13) Average of 10 fully grown flowers from 10 plants
  6. 7.4.14 - Shape of bracts (7.4.14) Average of 10 fully grown flowers from 10 plants
  7. 7.4.16 - Color of bracts (7.4.16) Average of 10 fully grown flowers from 10 plants
  8. 7.4.18 - Density of glandular trichomes on outer side of bracts (7.4.18) Average of 10 fully grown flowers from 10 plants
  9. 7.4.2 - Width of inflorescence (cm) (7.4.2) Average of 10 fully grown Inflorescences from 10 plants
  10. 7.4.20 - Density of glandular trichomes on inner side of bracts (7.4.20) Average of 10 fully grown flowers from 10 plants
  11. 7.4.27 - Type of Inflorescence (7.4.27) 10 Inflorescences from 10 plants average per accession
  12. 7.4.28 - Floral whorls disposition (7.4.28) 10 Inflorescences from 10 plants average per accession
  13. 7.4.29 - Shape of inflorescence (7.4.29) 10 Inflorescences from 10 plants average per accession
  14. 7.4.3 - Density of flowers (7.4.3) Average of 10 fully grown Inflorescences from 10 plants
  15. 7.4.30 - Number of bunches per inflorescence (7.4.30) 10 Inflorescences from 10 plants average per accession
  16. 7.4.31 - Number of flowers per bunch (7.4.31) 10 Inflorescences from 10 plants average per accession
  17. 7.4.32 - Flower position on the internodes (7.4.32) 10 Selected flowers from 10 plants average per accession
  18. 7.4.33 - Width of bracts (mm) (7.4.33) 10 Selected flowers from 10 plants average per accession
  19. 7.4.34 - Shape of corolla (7.4.34) 10 Selected flowers from 10 plants average per accession
  20. 7.4.35 - Length of corolla (mm) (7.4.35) 10 Selected flowers from 10 plants average per accession
  21. 7.4.36 - Width of corolla (mm) (7.4.36) 10 Selected flowers from 10 plants average per accession
  22. 7.4.37 - Pubescence of corolla (7.4.37) 10 Selected flowers from 10 plants average per accession
  23. 7.4.38 - Margin of calyx (7.4.38) 10 Selected flowers from 10 plants average per accession
  24. 7.4.39 - Number of stamens (7.4.39) 10 Selected flowers from 10 plants average per accession
  25. 7.4.4 - Color of petals (7.4.4) Average of 10 fully grown flowers from 10 plants
  26. 7.4.40 - Color of anthers (7.4.40) 10 Selected flowers from 10 plants average per accession
  27. 7.4.41 - Color of anthers filament (7.4.41) 10 Selected flowers from 10 plants average per accession
  28. 7.4.42 - Color of stigma (7.4.42) 10 Selected flowers from 10 plants average per accession
  29. 7.4.43 - Color of stigma's stylet (7.4.43) 10 Selected flowers from 10 plants average per accession
  30. 7.4.44 - Insertion of stigma (7.4.44) Related to the anthers - 10 Selected flowers from 10 plants average per accession
  31. 7.4.5 - Ratio length of petals/length of calyx tube (7.4.5) Average of 10 fully grown flowers from 10 plants
  32. 7.4.6 - Shape of calyx tube (7.4.6) Average of 10 fully grown flowers from 10 plants
  33. 7.4.7 - Type of calyx tube (7.4.7) Average of 10 fully grown flowers from 10 plants
  34. 7.4.8 - Color of calyx (7.4.8) Average of 10 fully grown flowers from 10 plants
  35. 7.4.9 - Glandular thrichomes on outer side of calyx (7.4.9) Average of 10 fully grown flowers from 10 plants
  36. 7.5.1 - Color of seeds (7.5.1) Color of seeds
Category: MORPHOLOGY
  1. 7.1.1 - Plant growth habit (7.1.1) Observations should be made on fully 10 randomly developed plants until inflorescence emergence.
  2. 7.1.2 - Plant height (cm) (7.1.2) Observations should be made on fully 10 randomly developed plants until inflorescence emergence. Measured on fully grown plants, from ground level to the tip of the plant.
  3. 7.1.3 - Plant width (cm) (7.1.3) Observations should be made on fully 10 randomly developed plants until inflorescence emergence. Measured on fully grown plants, from ground level to the tip of the plant.
  4. 7.2.1 - Number of Stems per Plant (7.2.1) Observations should be made on 10 stems per plant.
  5. 7.2.10 - Emission of shoots (7.2.10) From 10 random plants
  6. 7.2.2 - Branching density (7.2.2) Observations should be made on 10 stems per plant.
  7. 7.2.3 - Stem pubescence (7.2.3) Non-glandular Trichomas - Observations should be made on 10 stems per plant.
  8. 7.2.4 - Color of stem (7.2.4) Observations should be made on 10 stems per plant.
  9. 7.2.6 - Stem length (cm) (7.2.6) From 10 mature plants - Observations should be made on 10 stems per plant.
  10. 7.2.7 - Stem diameter (mm) (7.2.7) From 10 mature plants - Observations should be made on 10 stems per plant.
  11. 7.2.8 - Stem shape (7.2.8) From 10 mature plants - Observations should be made on 10 stems per plant.
  12. 7.2.9 - Type of stem surface (7.2.9) From 10 mature plants - Observations should be made on 10 stems per plant.
  13. 7.3.1 - Density of foliage (7.3.1) Observation on 10 fully grown leaves of the middle node of the leafy part
  14. 7.3.10 - Pubescence (glandular trichomes) of leaf lower surface (7.3.10) Observation on 10 fully grown leaves of the middle node of the leafy part
  15. 7.3.11 - Density of glandular trichomes on leaf lower surface (7.3.11) Observation on 10 fully grown leaves of the middle node of the leafy part
  16. 7.3.12 - Pubescence (non-glandular trichomes hairs) of leaf veins (7.3.12) Observation on 10 fully grown leaves of the middle node of the leafy part
  17. 7.3.13 - Density of non-glandular trichomes hairs on leaf veins (7.3.13) Observation on 10 fully grown leaves of the middle node of the leafy part
  18. 7.3.14 - Shape of leaf apex (7.3.14) Observation on 10 fully grown leaves of the middle node of the leafy part
  19. 7.3.15 - Length of entire leaf (mm) (7.3.15) Average of 10 fully grown leaves from 10 plants
  20. 7.3.16 - Length of leaf blade (mm) (7.3.16) Average of 10 fully grown leaves from 10 plants
  21. 7.3.17 - Width of leaf blade (mm) (7.3.17) Average of 10 fully grown leaves from 10 plants
  22. 7.3.18 - Transversal shape of leaf blade (7.3.18) Average of 10 fully grown leaves from 10 plants
  23. 7.3.19 - Location of pubescence on upper leaf surface (7.3.19) Average of 10 fully grown leaves from 10 plants
  24. 7.3.2 - Leaf color of the upper surface (7.3.2) Observation on 10 fully grown leaves of the middle node of the leafy part
  25. 7.3.20 - Location of pubescence on lower leaf surface (7.3.20) Average of 10 fully grown leaves from 10 plants
  26. 7.3.21 - Leaf disposition (7.3.21) Average of 10 fully grown leaves from 10 plants
  27. 7.3.22 - Leaf insertion (7.3.22) Average of 10 fully grown leaves from 10 plants
  28. 7.3.3 - Ratio length/width of leaf (mm) (7.3.3) Observation on 10 fully grown leaves of the middle node of the leafy part
  29. 7.3.4 - Length of petiole (mm) (7.3.4) Observation on 10 fully grown leaves of the middle node of the leafy part
  30. 7.3.5 - Shape of leaf blade (7.3.5) Observation on 10 fully grown leaves of the middle node of the leafy part
  31. 7.3.6 - Shape of leaf base (7.3.6) Observation on 10 fully grown leaves of the middle node of the leafy part
  32. 7.3.7 - Leaf margin (7.3.7) Observation on 10 fully grown leaves of the middle node of the leafy part
  33. 7.3.8 - Pubescence (glandular trichomes) of leaf upper surface (7.3.8) Observation on 10 fully grown leaves of the middle node of the leafy part
  34. 7.3.9 - Density of glandular trichomes on leaf upper surface (7.3.9) Observation on 10 fully grown leaves of the middle node of the leafy part
Category: PHENOLOGY
  1. 7.4.25 - Date of beggining of flowering (YYYYMMDD) (7.4.25) Recorded when 50% of inflorescences with flower buds per accession
  2. 7.4.26 - Date of full-flowering (YYYYMMDD) (7.4.26) Recorded when 50% of flowers completely open per accession
Category: PRODUCTION
  1. 7.5.2 - Seed productivity (g/plant) (7.5.2) g/per plant - 10 Plants average per accession
  2. 7.5.3 - 1000-seed weight (g) (7.5.3) 1000-seed weight (g)


Banco Nacional de Germoplasma Vegetal Policy

The “Banco Português de Germoplasma Vegetal” (BPGV) conserves living seed and plant samples of mainly Portuguese crops and their wild relatives.

BPGV ensures that the genetic resources that support our food supply are both secure in the medium and long term for future generations and available for use by farmers, plant breeders, and researchers.

These collections are important to ensure that crop plants, which may contain genes to resist disease, provide enhanced nutrition, or survive in changing or harsh environments do not become endangered or extinct over time.

The BPGV located in Braga, Portugal maintains clonal and seed collections of the most important crops, such as cereals, grain legumes, vegetables, medicinal and aromatic plants, forage, pasture and fruit species.

The BPGV is maintained as a global public good under the FAO International Treaty on Plant Genetic Resources for Food and Agriculture (ITPGRFA).

BPGV is the custodian of one of the largest germplasm collections, with more than 10,000 accessions maintained as seeds and living plants, and recently started a cryopreservation programme.