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Details for: BPGV08453, Mentha pulegium L., Poejo


Summary Data
Taxonomy:
Mentha pulegium L.
Top Name:
Poejo
Origin:
– Portalegre, Portugal
Received by BPGV:
05 mar 2002
Improvement Status:
Wild material
Reproductive Uniformity:

Population
Form Received:
Seed
Availability
This accession is not available. Contact site for status.
 
There are no images for this accession.

Core Passport Data
Taxonomy:
Mentha pulegium L.
Top Name:
Poejo
Origin:
– Portalegre, Portugal
Received by BPGV:
05 mar 2002
Improvement Status:
Wild material
Reproductive Uniformity:

Population
Form Received:
Seed
Source History
Accession Names and Identifiers
Poejo
Type: Local name

Pennyroyal
Type: Common crop name

3/2002 E
Type: Collecting number

Narrative
Mentha pulegium L.
Genus:
Mentha
Section:
Pulegium
Tribe:
Mentheae
Nomen number:

362
Place of publication:

Sp. pl. 2:577. 1753
Comment:
dicot
Verified:
02/21/2014 by ARS Systematic Botanists.
Common names
Other conspecific taxa
Mentha pulegium L. var. micrantha Benth. (0 active accession[s])
Mentha pulegium L. var. pulegium L. (0 active accession[s])
Autonyms (not in current use), synonyms and invalid designations
Annotations
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Pathogens
Vouchers
Citations
Pedigree

Observations

Phenotype Data

CategoryDescriptorDescriptionValueStudyInventoryAvailability
FLWR-FRUIT7.5.1 - Inflorescence: Length (mm)Average from 10 Plants per Accession, 10 Inflorescences per plant, fully grown plants.170   
FLWR-FRUIT7.5.1 - Inflorescence: Length (mm)Average from 10 Plants per Accession, 10 Inflorescences per plant, fully grown plants.297.5   
FLWR-FRUIT7.5.5 - Inflorescence: VerticillastersAverage from 10 Plants per Accession, 10 Inflorescences per plant, fully grown plants.    
FLWR-FRUIT7.5.6 - Inflorescence: Number of FlowersAverage of 3 randomly selected inflorescences.25.3   
FLWR-FRUIT7.5.7 - Date of Flowering (YYYYMMDD)Recorded when 50% of flowers are completely open.20220528   
FLWR-FRUIT7.6.10 - Flower: Calyx ShapeAverage from 10 Plants per Accession, 10 Flowers per plant, fully grown plants.    
FLWR-FRUIT7.6.12 - Flower: Shape of Calyx TeethAverage from 10 Plants per Accession, 10 Flowers per plant, fully grown plants.    
FLWR-FRUIT7.6.13 - Flower: Calyx Hairs (Presence)Average from 10 Plants per Accession, 10 Flowers per plant, fully grown plants.    
FLWR-FRUIT7.6.14 - Flower: Calyx: Type of HairAverage from 10 Plants per Accession, 10 Flowers per plant, fully grown plants.    
FLWR-FRUIT7.6.17 - Flower: Form of Number of calyx-teeth Average from 10 Plants per Accession, 10 Flowers per plant, fully grown plants.    
FLWR-FRUIT7.6.18 - Flower: Length of Calyx (cm)Average from 10 Plants per Accession, 10 Flowers per plant, fully grown plants.0.25   
FLWR-FRUIT7.5.9 - Number of days to floweringRecorded when 50% of flowers are completely open.165   
GROWTH7.1.1 - Plant: Height (cm)Average from 10 Plants per Accession, at the stage of Inflorescence Emergence, fully grown plants, measured from ground level to the tip of the plant.27.3   
GROWTH7.1.1 - Plant: Height (cm)Average from 10 Plants per Accession, at the stage of Inflorescence Emergence, fully grown plants, measured from ground level to the tip of the plant.79.25   
GROWTH7.1.2 - Plant: Diameter (cm)Average from 10 Plants per Accession, at the stage of Inflorescence Emergence, fully grown plants.66   
GROWTH7.1.3 - Plant: Growth HabitAverage from 10 Plants per Accession, at the stage of Inflorescence Emergence, fully grown plants.    
GROWTH7.2.1 - Stem: Branching DensityAverage from 10 Plants per Accession, 10 Stems per plant, at the stage of Inflorescence Emergence, fully grown plants.    
GROWTH7.2.3 - Main Stem Length (mm)Average from 10 Plants per Accession, at the stage of Inflorescence Emergence, fully grown plants. Measured from the root collum to the point of flower insertion472   
GROWTH7.2.4 - Main Stem Diameter (mm)Average from 10 Plants per Accession, at the stage of Inflorescence Emergence, fully grown plants.5.2   
MORPHOLOGY7.2.5 - Stem: ColorAverage from 10 Plants per Accession, 10 Stems per plant, at the stage of Inflorescence Emergence, fully grown plants.    
MORPHOLOGY7.2.6 - Stem: HairsAverage from 10 Plants per Accession, 10 Stems per plant, before flowering, fully grown plants.    
MORPHOLOGY7.2.7 - Stem: Type of HairsAverage from 10 Plants per Accession, 10 Stems per plant, before flowering, fully grown plants.    
MORPHOLOGY7.2.8 - Stem: Density of HairsAverage from 10 Plants per Accession, 10 Stems per plant, before flowering, fully grown plants.    
MORPHOLOGY7.2.11 - Main Stem: Number of InternodesAverage from 10 Plants per Accession, at the stage of Inflorescence Emergence, fully grown plants, counted from the ground to the first flowering node.17.2   
MORPHOLOGY7.3.2 - Leaf: ColorAverage from 10 Plants per Accession, 10 Leafs per plant, fully grown plants.    
MORPHOLOGY7.3.3 - Leaf: Length (mm)Average from 10 Plants per Accession, 10 Leafs at the middle of the plant, fully grown plants and leafs.19   
MORPHOLOGY7.3.3 - Leaf: Length (mm)Average from 10 Plants per Accession, 10 Leafs at the middle of the plant, fully grown plants and leafs.25.5   
MORPHOLOGY7.3.4 - Leaf: Length of Petiole (mm)Average from 10 Plants per Accession, 10 Leafs at the middle of the plant, fully grown plants and leafs.4.3   
MORPHOLOGY7.3.4 - Leaf: Length of Petiole (mm)Average from 10 Plants per Accession, 10 Leafs at the middle of the plant, fully grown plants and leafs.5.4   
MORPHOLOGY7.3.5 - Leaf: Width (mm)Average from 10 Plants per Accession, 10 Leafs at the middle of the plant, fully grown plants and leafs.10.1   
MORPHOLOGY7.3.5 - Leaf: Width (mm)Average from 10 Plants per Accession, 10 Leafs at the middle of the plant, fully grown plants and leafs.7.7   
MORPHOLOGY7.3.6 - Leaf: ShapeAverage from 10 Plants per Accession, 10 Leafs per plant, fully grown plants.    
MORPHOLOGY7.3.7 - Leaf: Shape of ApexAverage from 10 Plants per Accession, 10 Leafs per plant, fully grown plants.    
MORPHOLOGY7.3.8 - Leaf: Shape of BaseAverage from 10 Plants per Accession, 10 Leafs per plant, fully grown plants.    
MORPHOLOGY7.3.9 - Leaf: Shape of MarginAverage from 10 Plants per Accession, 10 Leafs per plant, fully grown plants.    
MORPHOLOGY7.3.13 - Leaf: Type of HairsAverage from 10 Plants per Accession, 10 Leafs per plant, fully grown plants.    
MORPHOLOGY7.3.14 - Leaf: Hair DensityAverage from 10 Plants per Accession, 10 Leafs per plant, fully grown plants.    
MORPHOLOGY7.4.2 - Bracts: ShapeAverage from 10 Plants per Accession, 10 Bracts per plant, fully grown plants.    
MORPHOLOGY7.4.4 - Bracts: Length (mm)Average from 10 Plants per Accession, 10 Bracts per plant, fully grown plants.18   
MORPHOLOGY7.4.5 - Bracts: Length of Petiole (mm)Average from 10 Plants per Accession, 10 Bracts per plant, fully grown plants.3   
MORPHOLOGY7.4.6 - Bracts: Width (mm)Average from 10 Plants per Accession, 10 Bracts per plant, fully grown plants.6.7   
MORPHOLOGY7.4.8 - Bracts: Type of HairAverage from 10 Plants per Accession, 10 Bracts per plant, fully grown plants.    


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.