Details for: G 33330, Cannabis sativa L., Iowa Feral #18


Summary Data
Taxonomy:
Cannabis sativa L.
Top Name:
Iowa Feral #18
Origin:
Collected – Iowa, United States
Received by NPGS:
19 Oct 2021
Improvement Status:
Wild material
Reproductive Uniformity:

Population
Form Received:
Seed
Life Form:
Annual
Life Cycle:
Annual
Availability
FormQuantityNoteInventoryCart
Seed50 countG 33330 21UO SD
 
Restrictions
Interstate Shipment Prohibited by Federal Seed Act
https://www.ams.usda.gov/sites/default/files/media/StateNoxiousWeedsSeedList.pdf
  • USA – Minnesota, Mississippi, Pennsylvania
Noxious Weed
https://www.nationalplantboard.org/uploads/1/3/6/7/136771235/illinoissummary.pdf
  • USA – Illinois ("Noxious weed" does not include industrial hemp as defined and authorized under the Industrial Hemp Act)
https://www.nationalplantboard.org/uploads/1/3/6/7/136771235/missouri_-_june_24.pdf
  • USA – Missouri
https://www.nationalplantboard.org/uploads/1/3/6/7/136771235/westvirginia.pdf
  • USA – West Virginia
Plant material may be subject to additional regulations
https://www.nationalplantboard.org/uploads/1/3/6/7/136771235/alaska_quarantines_summary_april_2024.pdf
  • USA – Alaska (See state regulations for hemp.)
https://www.nationalplantboard.org/uploads/1/3/6/7/136771235/arkansassummary.pdf
  • USA – Arkansas (See state regulations for hemp.)
Regulated Plant
https://www.nationalplantboard.org/uploads/1/3/6/7/136771235/indiana-_npb_regulations_june_2024.pdf
  • USA – Indiana
Images (22 total. Click on image for more.)

PLANT

Core Passport Data
Taxonomy:
Cannabis sativa L.
Top Name:
Iowa Feral #18
Origin:
Collected – Iowa, United States
Received by NPGS:
19 Oct 2021
Improvement Status:
Wild material
Reproductive Uniformity:

Population
Form Received:
Seed
Life Form:
Annual
Life Cycle:
Annual
Source History
Collected
01 October 2021.
Iowa, United States
Locality: Boone and Story County line just west, northwest and southwest of Ames
Coordinates: 42.0046, -93.7764 (Map it)
Georeference protocol: Lat/lon determined by GPS
Habitat: Field
Environment description: Roadside and fenceline areas. Normally associated with distrubance.
Associated species: Bromus inermis, Ambrosia trifida, Asclepias syriaca, Setaria viridis, Seteria pumila, and Amaranthus tuberculatus
Comment: Species somewhat frequent and common to disturbed areas. Sampling occurred just prior to peak maturity. Estimated peak maturity likely to occur 5 October (2021).
Collector(s):
Donated
19 October 2021.
Iowa, United States
Habitat: Unknown source

Donor(s):
Accession Names and Identifiers
Iowa Feral #18
Type: Collector identifier
Carstens, Jeffrey D. USDA, ARS, NCRPIS

G 33330
Type: Site identifier
Northeast Regional PI Station

Narrative
Feral germplasm originating from central Iowa representing seed harvested from a single mother plant. Peak fruiting occurred the first week in October (2021). Plant height: 323cm. Plant diameter: 47cm. Evaluated in 2022 USDA-PGRU field trials. Typical feral with fiber phenotype. One plant dead due to unknown cause. Lower uniformity than other Boone Co. feral. . Accession was (or attempted to be) included in the 2024 USDA-ARS Hemp Germplasm Laboratory and HudsonAlpha genome sequencing and phenotyping trial in PGRU Wellington Zone 01 [curator notes 2024:] One individual killed by mice. Accession morphology typical US feral phenotype. Seven of nine called female in 2024. Among the tallest accession evaluated in 2024 NY trials when evaluated at 100 days after sowing.
Cannabis sativa L.
Genus:
Cannabis
Family:
Cannabaceae
Nomen number:

8862
Place of publication:

Sp. pl. 2:1027. 1753
Verified:
05/06/1992 by ARS Systematic Botanists.
Other conspecific taxa
Cannabis sativa L. subsp. indica (Lam.) E. Small & Cronquist (0 active accession[s])
Cannabis sativa L. subsp. sativa (0 active accession[s])
Autonyms (not in current use), synonyms and invalid designations
Common names
LanguageNameAlternate namenoteseqCitation
Englishhemp  1Botanical Society of the British Isles. BSBI taxon database (on-line resource).
Chineseda ma大麻 2Wu Zheng-yi & P. H. Raven et al., eds. 1994-. Flora of China (English edition).
English (Canada)marijuana Agriculture & Agri-Food Canada official name2Darbyshire, S. J. 2003. Inventory of Canadian Agricultural Weeds Agriculture and Agri-Food Canada. 65-66.
Frenchchènevis chanvre  2Demilly, D. et al. 2001. Liste alphabétique des principales espèces de plantes cultivées et de mauvaises herbes. Noms latins et noms français, ed. 7 GEVES-SNES, Beaucouzé, France.
French (Canada)chanvre Agriculture & Agroalimentaire Canada nom officiel2Darbyshire, S. J. 2003. Inventory of Canadian Agricultural Weeds Agriculture and Agri-Food Canada. 65-66.
Italiancanapa  2International Seed Testing Association. 1982. A Multilingual Glossary of Common Plant-Names 1. Field crops, grasses and vegetables, ed. 2.
Japanese Rōmajiasa  2Iwatsuki, K. et al. 1993-. Flora of Japan.
Swedishhampa  2Aldén, B., S. Ryman, & M. Hjertson. 2012. Svensk Kulturväxtdatabas, SKUD (Swedish Cultivated and Utility Plants Database; online resource)
Transcribed Koreansam  2Mun-Chan, B. et al. 1986. A checklist of the Korean cultivated plants. Kulturpflanze 34:87.
Annotations
Other Links
Actions
Pathogens
Vouchers
Citations
Pedigree

Observations

Phenotype Data

CategoryDescriptorDescriptionValueSample SizeStudyInventoryAvailability
CHEMICALSEED_MOISTURESEED_MOISTURE7.1432022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALCBCCannabichromene. Percent by dry mass0.0242022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBCCannabichromene. Percent by dry mass0.06102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALCBCACannabichromenenic acid. Percent by dry mass0102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALCBCACannabichromenenic acid. Percent by dry mass0.0142022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBCVACannabichromevarinic acid. Percent by dry mass0102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALCBCVACannabichromevarinic acid. Percent by dry mass042022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBDCannabidiol. Percent by dry mass0.41102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALCBDCannabidiol. Percent by dry mass1.0642022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBDACannabidiolic acid. Percent by dry mass0.71102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALCBDACannabidiolic acid. Percent by dry mass4.6742022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBDVCannabidivarin. Percent by dry mass0102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALCBDVCannabidivarin. Percent by dry mass0.0142022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBGCannabigerol. Percent by dry mass042022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBGCannabigerol. Percent by dry mass0.13102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALCBGACannabigerolic acid. Percent by dry mass0.1942022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBGACannabigerolic acid. Percent by dry mass0.24102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALCBGVACannabigerovarinic acid. Percent by dry mass0102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALCBGVACannabigerovarinic acid. Percent by dry mass0.0142022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBLCannabicyclol. Percent by dry mass0102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALCBLCannabicyclol. Percent by dry mass042022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBLACannabicyclolic acid. Percent by dry mass0102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALCBLACannabicyclolic acid. Percent by dry mass042022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBNCannabinol. Percent by dry mass0102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALCBNCannabinol. Percent by dry mass042022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBNACannabinol acid. Percent by dry mass0102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALCBNACannabinol acid. Percent by dry mass042022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBVCannabivarin. Percent by dry mass0102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALCBVCannabivarin. Percent by dry mass042022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALTHCATetrahydrocannabinolic acid-d9. % dry mass0102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALTHCATetrahydrocannabinolic acid-d9. % dry mass0.0842022-ALABAMA-AGI-HARVEST-ANALYG 33330 21UO SD
CHEMICALTHCATetrahydrocannabinolic acid-d9. % dry mass0.1142022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALTHCd8Tetrahydrocannabinol-d8. % dry mass0102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALTHCd8Tetrahydrocannabinol-d8. % dry mass042022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALTHCd9Tetrahydrocannabinol-d9. % dry mass0.0142022-ALABAMA-AGI-HARVEST-ANALYG 33330 21UO SD
CHEMICALTHCd9Tetrahydrocannabinol-d9. % dry mass0.02102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALTHCd9Tetrahydrocannabinol-d9. % dry mass0.0542022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALTHCVTetrahydrocannabivarin. % dry mass0102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALTHCVTetrahydrocannabivarin. % dry mass042022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALTHCVATetrahydrocanabivarinic acid. % dry mass0102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALTHCVATetrahydrocanabivarinic acid. % dry mass042022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBD.totalCannabidiol-total. Percent by dry mass1.03102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALCBD.totalCannabidiol-total. Percent by dry mass5.1642022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBG.totalCannabigerol-total. Percent by dry mass0.1742022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBG.totalCannabigerol-total. Percent by dry mass0.34102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALTHC.totalTetrahydrocannabinol-total. Percent by dry mass; calculated as % neutral + (% acid *0.877)0.02102022_PGRU_GH-EVALG 33330 21UO SD
CHEMICALTHC.totalTetrahydrocannabinol-total. Percent by dry mass; calculated as % neutral + (% acid *0.877)0.0742022-ALABAMA-AGI-HARVEST-ANALYG 33330 21UO SD
CHEMICALTHC.totalTetrahydrocannabinol-total. Percent by dry mass; calculated as % neutral + (% acid *0.877)0.1542022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBDVACannabidivarinic acid. Percent by dry mass0.0642022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBC.totalCannabichromene-total. Percent by dry mass0.0342022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBL.totalCannabicyclol-total. Percent by dry mass042022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALCBN.totalCannabinol total. Percent by dry mass042022-SAC-USDA-PGRU-RN010-COMPLETE-CANNABINOIDG 33330 21UO SD
CHEMICALALPHA.LINOLENIC⍺-Linolenic acid. Percent by weight ⍺-Linolenic acid (C18:3)6.62 2022-SAC-USDA-PGRU-RN010-FATTY-ACIDG 33330 21UO SD
CHEMICALALPHA.LINOLENIC⍺-Linolenic acid. Percent by weight ⍺-Linolenic acid (C18:3)6.8632022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALARACHIDICArachidic acid. Percent by weight Arachidic acid (C20:0)0.21 2022-SAC-USDA-PGRU-RN010-FATTY-ACIDG 33330 21UO SD
CHEMICALARACHIDICArachidic acid. Percent by weight Arachidic acid (C20:0)0.2432022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALBEHENICBehenic acid. Percent by weight Behenic acid ()0.07862 2022-SAC-USDA-PGRU-RN010-FATTY-ACIDG 33330 21UO SD
CHEMICALBEHENICBehenic acid. Percent by weight Behenic acid ()0.1004332022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALEICOSADIENOICEicosadienoic acid. Percent by weight Eicosadienoic acid0.02 2022-SAC-USDA-PGRU-RN010-FATTY-ACIDG 33330 21UO SD
CHEMICALEICOSENOICEicosenoic acid. Percent by weight Eicosenoic acid (C20:1)0.13 2022-SAC-USDA-PGRU-RN010-FATTY-ACIDG 33330 21UO SD
CHEMICALGAMMA.LINOLENIC𝝲-Linolenic acid. Percent by weight 𝝲-Linolenic acid (C18:3n6)0.2932022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALGAMMA.LINOLENIC𝝲-Linolenic acid. Percent by weight 𝝲-Linolenic acid (C18:3n6)0.29 2022-SAC-USDA-PGRU-RN010-FATTY-ACIDG 33330 21UO SD
CHEMICALLIGNOCERICLignoceric acid. Percent by weight Lignoceric acid (C24:0)0.0432022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALLIGNOCERICLignoceric acid. Percent by weight Lignoceric acid (C24:0)0.05 2022-SAC-USDA-PGRU-RN010-FATTY-ACIDG 33330 21UO SD
CHEMICALLINOLEICLinoleic acid. Percent by weight Linoleic acid (C18:2)16.35 2022-SAC-USDA-PGRU-RN010-FATTY-ACIDG 33330 21UO SD
CHEMICALLINOLEICLinoleic acid. Percent by weight Linoleic acid (C18:2)17.9932022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALNERVONICNervonic acid. Percent by weight Nervonic acid ()0.02759 2022-SAC-USDA-PGRU-RN010-FATTY-ACIDG 33330 21UO SD
CHEMICALOLEICOleic acid. Percent by weight Oleic acid (C18:1)3.5232022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALOLEICOleic acid. Percent by weight Oleic acid (C18:1)3.55 2022-SAC-USDA-PGRU-RN010-FATTY-ACIDG 33330 21UO SD
CHEMICALPALMITICPalmitic acid. Percent by weight Palmitic acid (C16:0)2.0332022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALPALMITICPalmitic acid. Percent by weight Palmitic acid (C16:0)2.03 2022-SAC-USDA-PGRU-RN010-FATTY-ACIDG 33330 21UO SD
CHEMICALPALMITOLEICPalmitoleic acid. Percent by weight Palmitoleic acid (C16:1)0.04 2022-SAC-USDA-PGRU-RN010-FATTY-ACIDG 33330 21UO SD
CHEMICALSTAERIDONICStaeridonic acid. Percent by weight Staeridonic acid (C18:4)0.21 2022-SAC-USDA-PGRU-RN010-FATTY-ACIDG 33330 21UO SD
CHEMICALSTEARICPercent by weight Stearic acid (C18:0)0.76 2022-SAC-USDA-PGRU-RN010-FATTY-ACIDG 33330 21UO SD
CHEMICALSTEARICPercent by weight Stearic acid (C18:0)0.8232022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALTLCTotal Lipid Content. Total lipid content (%)30.3548 2022-SAC-USDA-PGRU-RN010-FATTY-ACIDG 33330 21UO SD
CHEMICALSEED_OILSEED_OIL32.5232022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALSEED_PROTEINSEED_PROTEIN23.0332022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALSEED_OTHERSEED_OTHER37.3232022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALSEED_CHLOROPHYLLSEED_CHLOROPHYLL77.932022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALCEROTICCEROTIC0.0932022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALASCLEPICASCLEPIC0.2432022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALGONDOICGONDOIC0.1432022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALPAULLINICPAULLINIC0.1532022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALSEED_SFASEED_SFA3.3332022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALSEED_MUFASEED_MUFA4.0432022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALSEED_PUFASEED_PUFA25.1432022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALOIL_SFAOIL_SFA10.2432022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALOIL_MUFAOIL_MUFA12.4332022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
CHEMICALOIL_PUFAOIL_PUFA77.3332022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
COMMENTREG_COMPLIANTREG_COMPLIANTYES - Tested to be compliant with 2021 Department of Agriculture Agricultural Marketing Service Hemp Final Rule (7 CFR Part 990 [Doc. No. AMS-SC-19-0042; SC19-990-2 FR])  Hemp Final Rule (7 CFR Part 990 [Doc. No. AMS-SC-19-0042; SC19-990-2 FR])">HEMP_REG_COMPLIANCE Not Available
DISEASESEPTORIASeverity of septoria infestation. TBD 20231006. Update with protocol when available [zjs]522024-HA24-PGRU-SEQUENCING-Z1G 33330 21UO SD
DISEASEPOWDERYSeverity of powdery mildew infestation. TBD 2024112. Update with protocol when available [zjs]8522024-HA24-PGRU-SEQUENCING-Z1G 33330 21UO SD
FLWR-FRUITFEMALE_RATIOFemale ratio. Ratio of observed population with only pistillate flowers; ratio pistillate only individuals observed (0-100).0.4102022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
FLWR-FRUITFEMALE_RATIOFemale ratio. Ratio of observed population with only pistillate flowers; ratio pistillate only individuals observed (0-100).0.61182022-AAMU-WTARS-EVALG 33330 21UO SD
FLWR-FRUITFEMALE_RATIOFemale ratio. Ratio of observed population with only pistillate flowers; ratio pistillate only individuals observed (0-100).0.7892024-HA24-PGRU-SEQUENCING-Z1G 33330 21UO SD
FLWR-FRUITMALE_RATIOMale ratio. Ratio of observed population with only staminate flowers; Ratio staminate only individuals observed0.2292024-HA24-PGRU-SEQUENCING-Z1G 33330 21UO SD
FLWR-FRUITMALE_RATIOMale ratio. Ratio of observed population with only staminate flowers; Ratio staminate only individuals observed0.39182022-AAMU-WTARS-EVALG 33330 21UO SD
FLWR-FRUITMALE_RATIOMale ratio. Ratio of observed population with only staminate flowers; Ratio staminate only individuals observed0.6102022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
FLWR-FRUITMONO_RATIOMonoecious ratio. Ratio of observed population both pistillate and staminate flowers.0102022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
FLWR-FRUITMONO_RATIOMonoecious ratio. Ratio of observed population both pistillate and staminate flowers.092024-HA24-PGRU-SEQUENCING-Z1G 33330 21UO SD
FLWR-FRUITF_FLOW_DATEFemale flowering date. Date of terminal pistillate flower initiation. [Date].2022-08-05 2022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
FLWR-FRUITM_FLOW_DATEMale flowering date. Date of staminate flower initiation2022-07-23 2022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
FLWR-FRUITF_DAYLENGTHFemale (daylength). Daylength at terminal female flowering. Calculated using site data for latitude, in degrees (i.e. between -90.0 and 90.0) with the daylength() function in the R package geosphere (https://rdrr.io/cran/geosphere/man/daylength.html). [hours].14.0732024-HA24-PGRU-SEQUENCING-Z1G 33330 21UO SD
FLWR-FRUITF_DAYLENGTHFemale (daylength). Daylength at terminal female flowering. Calculated using site data for latitude, in degrees (i.e. between -90.0 and 90.0) with the daylength() function in the R package geosphere (https://rdrr.io/cran/geosphere/man/daylength.html). [hours].14.39 2022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
FLWR-FRUITM_DAYLENGTHMale (daylength). Daylength at first male flower anthesis. Calculated using site data for latitude, in degrees (i.e. between -90.0 and 90.0) with the daylength() function in the R package geosphere (https://rdrr.io/cran/geosphere/man/daylength.html). 14.7522024-HA24-PGRU-SEQUENCING-Z1G 33330 21UO SD
FLWR-FRUITM_DAYLENGTHMale (daylength). Daylength at first male flower anthesis. Calculated using site data for latitude, in degrees (i.e. between -90.0 and 90.0) with the daylength() function in the R package geosphere (https://rdrr.io/cran/geosphere/man/daylength.html). 14.83 2022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
GENSTOCKSEED_WTSEED_WT7.8 2022-AAMU-WTARS-EVALG 33330 21UO SD
GENSTOCKSEED.WEIGHTSeed Weight (g)0.98 MARVIN_SEED_ANALYSIS_PGRU_V001G 33330 21UO SD
GENSTOCKTSWThousand seed weight (g)10.80532022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
GENSTOCKTSWThousand seed weight (g)9.8 MARVIN_SEED_ANALYSIS_PGRU_V001G 33330 21UO SD
GENSTOCKSEED.AREASEED.AREA6.7 MARVIN_SEED_ANALYSIS_PGRU_V001G 33330 21UO SD
GENSTOCKSEED.AREASEED.AREA7.5532022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
GENSTOCKSEED.WIDTHSeed Width (mm)2.6 MARVIN_SEED_ANALYSIS_PGRU_V001G 33330 21UO SD
GENSTOCKSEED.WIDTHSeed Width (mm)2.822022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
GENSTOCKSEED.LENGTHSeed length (mm)3.6 MARVIN_SEED_ANALYSIS_PGRU_V001G 33330 21UO SD
GENSTOCKSEED.LENGTHSeed length (mm)3.832022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
GENSTOCKSEED.CIRCULARITYSeed circularity (unitless, 0-100; 100~perfect circle)1.2532022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
GENSTOCKSEED.LEN.WIDTH.RATIOSeed length to width ratio1.3532022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
GENSTOCKSEED.LEN.WIDTH.RATIOSeed length to width ratio1.4 MARVIN_SEED_ANALYSIS_PGRU_V001G 33330 21UO SD
GENSTOCKSEED.BRIGHTNESSSeed brightness 41.1532022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
GENSTOCKSEED.BRIGHTNESSSeed brightness 44.4 MARVIN_SEED_ANALYSIS_PGRU_V001G 33330 21UO SD
MORPHOLOGYMCDMaximum canopy diameter. [decimal; cm] Maximum canopy diameter (mcd) as width of plant at widest set of branches, see Carlson et al. (2021). Measured from widest tip to tip without stretching branches. Include flowering tissue in measurement.190.242024-HA24-PGRU-SEQUENCING-Z1G 33330 21UO SD
MORPHOLOGYMCDMaximum canopy diameter. [decimal; cm] Maximum canopy diameter (mcd) as width of plant at widest set of branches, see Carlson et al. (2021). Measured from widest tip to tip without stretching branches. Include flowering tissue in measurement.196.44102022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
MORPHOLOGYMCDMaximum canopy diameter. [decimal; cm] Maximum canopy diameter (mcd) as width of plant at widest set of branches, see Carlson et al. (2021). Measured from widest tip to tip without stretching branches. Include flowering tissue in measurement.57.2182022-AAMU-WTARS-EVALG 33330 21UO SD
MORPHOLOGYMCDHHeight evaluated at maximum canopy diameter. [decimal; cm] Maximum canopy diameter height, Evaluated at maximum canopy diameter (MCD) to ground, see Carlson et al. (2021).102.72102022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
MORPHOLOGYMCDHHeight evaluated at maximum canopy diameter. [decimal; cm] Maximum canopy diameter height, Evaluated at maximum canopy diameter (MCD) to ground, see Carlson et al. (2021).117.8182022-AAMU-WTARS-EVALG 33330 21UO SD
MORPHOLOGYMCDHHeight evaluated at maximum canopy diameter. [decimal; cm] Maximum canopy diameter height, Evaluated at maximum canopy diameter (MCD) to ground, see Carlson et al. (2021).124.6642024-HA24-PGRU-SEQUENCING-Z1G 33330 21UO SD
MORPHOLOGYTRKLTrunk length. [decimal; cm] Trunk length (trkl) is evaluated as distance from ground to first branch. See Carlson et al. (2021).7.22182022-AAMU-WTARS-EVALG 33330 21UO SD
MORPHOLOGYTRKLTrunk length. [decimal; cm] Trunk length (trkl) is evaluated as distance from ground to first branch. See Carlson et al. (2021).8.152024-HA24-PGRU-SEQUENCING-Z1G 33330 21UO SD
MORPHOLOGYTRKLTrunk length. [decimal; cm] Trunk length (trkl) is evaluated as distance from ground to first branch. See Carlson et al. (2021).8.36102022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
MORPHOLOGYINL[decimal; cm] Average internode length (inl) is calculated between all branching pairs along 50 cm of the primary stem. See Carlson et al. (2021).5.65182022-AAMU-WTARS-EVALG 33330 21UO SD
MORPHOLOGYINL[decimal; cm] Average internode length (inl) is calculated between all branching pairs along 50 cm of the primary stem. See Carlson et al. (2021).8.64102022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
MORPHOLOGYKITE_PERIMETERKite Perimeter. [decimal; cm] See Carlson et al. (2021).408.141182022-AAMU-WTARS-EVALG 33330 21UO SD
MORPHOLOGYKITE_PERIMETERKite Perimeter. [decimal; cm] See Carlson et al. (2021).633.759102022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
MORPHOLOGYKITE_PERIMETERKite Perimeter. [decimal; cm] See Carlson et al. (2021).658.28552024-HA24-PGRU-SEQUENCING-Z1G 33330 21UO SD
MORPHOLOGYKITE_AREAKite Area. [decimal; cm2] See Carlson et al. (2021).24173.84102022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
MORPHOLOGYKITE_AREAKite Area. [decimal; cm2] See Carlson et al. (2021).24638.8852024-HA24-PGRU-SEQUENCING-Z1G 33330 21UO SD
MORPHOLOGYKITE_AREAKite Area. [decimal; cm2] See Carlson et al. (2021).5592.89182022-AAMU-WTARS-EVALG 33330 21UO SD
MORPHOLOGYBRANCHESNumber of branches per plant. [int] Number of branches per plant. When grown from seed, branching is initially opposite, transitioning to alternate as the plant matures. Plants propagated from cuttings generally have alternate branching in the whole plant Stack et al. (2021). Modified Carlson et al. (2021).27.7778102022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
MORPHOLOGYBRANCHESNumber of branches per plant. [int] Number of branches per plant. When grown from seed, branching is initially opposite, transitioning to alternate as the plant matures. Plants propagated from cuttings generally have alternate branching in the whole plant Stack et al. (2021). Modified Carlson et al. (2021).33.33182022-AAMU-WTARS-EVALG 33330 21UO SD
MORPHOLOGYDIADiameter of the stem. dia [decimal; mm]
Diameter of the stem at soil level using forestry measuring tape or fabric measuring tape, modified from Carlson et al. (2021).		10.97182022-AAMU-WTARS-EVALG 33330 21UO SD
MORPHOLOGYDIADiameter of the stem. dia [decimal; mm]
Diameter of the stem at soil level using forestry measuring tape or fabric measuring tape, modified from Carlson et al. (2021).		39.078102022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
MORPHOLOGYDIADiameter of the stem. dia [decimal; mm]
Diameter of the stem at soil level using forestry measuring tape or fabric measuring tape, modified from Carlson et al. (2021).		49.61552024-HA24-PGRU-SEQUENCING-Z1G 33330 21UO SD
MORPHOLOGYKITE_CIRCULARITYKite Circularity. A continuous scale of apical dominance can be derived (See Carlson et al. 2021)0.42182022-AAMU-WTARS-EVALG 33330 21UO SD
MORPHOLOGYKITE_CIRCULARITYKite Circularity. A continuous scale of apical dominance can be derived (See Carlson et al. 2021)0.752024-HA24-PGRU-SEQUENCING-Z1G 33330 21UO SD
MORPHOLOGYKITE_CIRCULARITYKite Circularity. A continuous scale of apical dominance can be derived (See Carlson et al. 2021)0.73102022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
MORPHOLOGYLODGELodging. lodging recorded after windstorm54.1102022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
MORPHOLOGYHTsee https://www.ars.usda.gov/northeast-area/geneva-ny/plant-genetic-resources-unit-pgru/docs/hemp-descriptors/195.56182022-AAMU-WTARS-EVALG 33330 21UO SD
MORPHOLOGYHTsee https://www.ars.usda.gov/northeast-area/geneva-ny/plant-genetic-resources-unit-pgru/docs/hemp-descriptors/243.47102022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
MORPHOLOGYHTsee https://www.ars.usda.gov/northeast-area/geneva-ny/plant-genetic-resources-unit-pgru/docs/hemp-descriptors/261.9842024-HA24-PGRU-SEQUENCING-Z1G 33330 21UO SD
MORPHOLOGYN_OPPNumber of opposite nodes . see https://www.ars.usda.gov/northeast-area/geneva-ny/plant-genetic-resources-unit-pgru/docs/hemp-descriptors/7.33333102022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
MORPHOLOGYN_ALTNumber of alternate nodes. 13.1111102022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
MORPHOLOGYTRK_RATIOTest phenotype calculated as the ratio of trunk length divided by the height of the plant [TRKL/HT]. This is a proxy for the degree of branching on the lower portion of the plant, which has been identified in conversations as an important agronomic trait for fiber production. PGRU is evaluating this trait, but it is not currently included in the Hemp Phenotyping Handbook.0.0309152024-HA24-PGRU-SEQUENCING-Z1G 33330 21UO SD
PHENOLOGYDAYS_TO_FLOWER_FEMALE Days To Flower Female. [integer]

Pre-terminal date when axial flowers with shortening internodes and terminal pistils (clusters of flowers at shoot termini) were observed Carlson et al. (2021) as days from sowing to first observed open female and male inflorescence. See also Faux et al. (2013); Shams et al. (2020)		87102022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
PHENOLOGYDAYS_TO_FLOWER_FEMALE Days To Flower Female. [integer]

Pre-terminal date when axial flowers with shortening internodes and terminal pistils (clusters of flowers at shoot termini) were observed Carlson et al. (2021) as days from sowing to first observed open female and male inflorescence. See also Faux et al. (2013); Shams et al. (2020)		96.8632024-HA24-PGRU-SEQUENCING-Z1G 33330 21UO SD
PHENOLOGYDAYS_TO_FLOWER_MALE Days To Flower Male . [integer]

Pre-terminal date when axial flowers with shortening internodes and terminal pistils (clusters of flowers at shoot termini) were observed Carlson et al. (2021) as days from sowing to first observed open female and male inflorescence. See also Faux et al. (2013); Shams et al. (2020)		74.33102022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
PHENOLOGYDAYS_TO_FLOWER_MALE Days To Flower Male . [integer]

Pre-terminal date when axial flowers with shortening internodes and terminal pistils (clusters of flowers at shoot termini) were observed Carlson et al. (2021) as days from sowing to first observed open female and male inflorescence. See also Faux et al. (2013); Shams et al. (2020)		7912024-HA24-PGRU-SEQUENCING-Z1G 33330 21UO SD
PHENOLOGYDAY_NEUTRALITY Day Neutrality. [nvarchar]
Describe flowering behavior as critical day length and/or day neutral response. A more precise definition is required to define this phenotype quantitatively.		0102022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD
PHENOLOGYDAY_NEUTRALITY Day Neutrality. [nvarchar]
Describe flowering behavior as critical day length and/or day neutral response. A more precise definition is required to define this phenotype quantitatively.		092024-HA24-PGRU-SEQUENCING-Z1G 33330 21UO SD
PRODUCTIONBIOM_DRYDry biomass. [decimal; g] Average plant mass, dried.33.78 2022-AAMU-WTARS-EVALG 33330 21UO SD
PRODUCTIONSHATFRACFraction of shattered seed. (%)77.572532022-SAC-USDA-PGRU-RN010-MORPHOLOGYG 33330 21UO SD