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Synonyms:11816; DONATED 02/21/1963 Lebanon by Faculty of Agricultural Sciences
| Name | Description |
|---|---|
- Martínez-Flores et al. Extended studies of interspecific relationships in Daucus (Apiaceae) using DNA sequences from ten nuclear orthologues. Botanical Journal of the Linnean Society. 2019. 191(2):164-87
- Spooner DM, Ruess H, Iorizzo M, Senalik D, Simon P. Entire plastid phylogeny of the carrot genus (Daucus, Apiaceae): Concordance with nuclear data and mitochondrial and nuclear DNA insertions to the plastid.. American journal of botany. 2017 Feb; 104(2):296-312.
- Arbizu CI, Simon PW, Martínez-Flores F, Ruess H, Crespo MB, Spooner DM. Integrated Molecular and Morphological Studies of the Daucus guttatus Complex (Apiaceae). Systematic botany. 2016; 41(2):479-492.
- Arbizu C, Ruess H, Senalik D, Simon PW, Spooner DM. Phylogenomics of the carrot genus (Daucus, Apiaceae).. American journal of botany. 2014 Oct; 101(10):1666-85.
- Lee B, Downie S. A molecular phylogeny of Apiaceae tribe Caucalideae and related taxa: inferences based on ITS sequence data. Systematic botany. 1999 July/Sept; 24(3):461-479.
- Arbizu C, Reitsma KR, Simon PW, Spooner DM. Morphometrics of Daucus (Apiaceae): a counterpart to a phylogenomic study.. American journal of botany. 2014 Nov; 101(11):2005-16.
- Arbizu CI, Ellison SL, Senalik D, Simon PW, Spooner DM. Genotyping-by-sequencing provides the discriminating power to investigate the subspecies of Daucus carota (Apiaceae).. BMC evolutionary biology. 2016 Oct 28; 16(1):234.
| Relationships |
|---|
| The sample, PI_286611_01ncai01_SD:DAUCUS.AMES.OBS.2013, is sample of accession, Daucus carota. |
| The sample, PI_286611_86ncei01_SD:NC7.100SEEDWGT.TRANSFER.FROM.NC7IV.TABLE, is sample of accession, Daucus carota. |
| The sample, PI_286611_88ncab02_SD:NC7.100SEEDWGT.TRANSFER.FROM.NC7IV.TABLE, is sample of accession, Daucus carota. |
| The sample, PI_286611_01ncai01_SD:NC7.100SEEDWGT.TRANSFER.FROM.NC7IV.TABLE, is sample of accession, Daucus carota. |
| The sample, PI_286611_84ncai01_SD:NC7.100SEEDWGT.TRANSFER.FROM.NC7IV.TABLE, is sample of accession, Daucus carota. |
| The sample, PI_286611_88ncab01_SD:NC7.100SEEDWGT.TRANSFER.FROM.NC7IV.TABLE, is sample of accession, Daucus carota. |
| The sample, PI 286611.Loarca.2016.1, is sample of accession, Daucus carota. |
| The sample, PI 286611.Loarca.2016.2, is sample of accession, Daucus carota. |
| The sample, PI 286611.Loarca.2017.1, is sample of accession, Daucus carota. |
| The sample, PI 286611.Loarca.2017.2, is sample of accession, Daucus carota. |
| Name | Description |
|---|---|
TreeBASE study 15477: A phylogenomic study of Daucus. There are six analyses from this study providing six trees available in CarrotOmics. None of these trees is present in the referenced publication. None of the trees in the referenced publication are in TreeBASE. Note that publication title is different than the TreeBASE study title. | |
TreeBASE Study S17932. Integrated molecular and morphological studies of the Daucus guttatus complex. This study contains one tree, corresponding to figure 1 in the referenced publication "Maximum likelihood phylogenetic reconstruction of the Daucus guttatus complex including species that belong to Clades A and B using 10 nuclear orthologs.". Other trees in the publication (figures 2 and 3) were not submitted to TreeBASE and are not included in CarrotOmics. | |
TreeBASE Study S19872. This study contains 25 trees. One tree (Tr98472) corresponds to figure 2 in the reference publication, the remaining trees are supplementary information. | |
TreeBASE Study S23618. Extended studies of interspecific relationships in Daucus (Apiaceae) using DNA sequences from ten nuclear orthologues. This study contains one tree. | |
Traits evaluated: ANTHER COLOR (ANTHERCOL); BRACT LENGTH (BRACTLEN); NUMBER OF BRACT POINTS (BRACTPNTS); BRACT WIDTH (BRACTWID); BRACT LOBE PAIRS (BRCTLOBPAR); FLOWER RAY NUMBER (FLWRAYNUM); FOLIAGE COLOR (FOLIAGECOL); INVOLUCRAL BRACT POSITION (INVOLBRACT); LEAF PUBESCENCE (LEAFPUBE); LEAF TYPE (LEAFTYPE); MATURE LEAF LENGTH (MATLEAFLEN); MATURE LEAF WIDTH (MATLEAFWID); MATURE PETIOLE LENGTH (MATPETLENG); MATURE PETIOLE THICKNESS (MATPETTHK); PIGMENTED CENTRAL UMBEL COLOR (PCUCOLOR); PIGMENTED CENTRAL UMBEL (PCUPRESENT); PEDUNCLE PUBESCENCE (PEDUNCPUB); PETAL COLOR (PETALCOLOR); PETIOLE HAIRINESS (PETIOLHAIR); PETIOLE SHAPE (PETIOLSHP); PETAL LENGTH CENTRAL (PETLENCEN); PETAL LENGTH PERIPHERAL (PETLENPER); PLANT HEIGHT (PLANTHEIGH); PRIMARY UMBEL FLOWER HEIGHT (PRIMFLWHT); PRIMARY UMBEL DIAMETER (PRIMUMDIAM); SECONDARY UMBEL DIAMETER (SECUMBDIAM); SEED LENGTH (SEEDLENGTH); SEED WIDTH (SEEDWIDTH); SPINE CURVATURE (SPINECURV); HAIRS AT BASE OF PRIMARY SPINE (SPINEHAIRS); SPINE CONFLUENCY (SPNCONFLU); LENGTH OF SECONDARY RIB SPINES (SPNSECLENG); NO. OF SPINES ON SECONDARY RIB (SPNSECRBNO); BARBS AT TIPS OF SPINES (SPNTIPBARB); STAMEN LENGTH (STAMENLENG); STEM DIAMETER (STEMDIAM); STIPULE WIDTH (STIPULWIDT); STYLE LENGTH (STYLELENGH); STYLOPODIUM LENGTH (STYLPODLEN); STYLOPODIUM WIDTH (STYLPODWID); UMBEL SHAPE - FULL BLOOM (UMBELSHPFB); UMBEL SHAPE - MATURE SEED (UMBELSHPMT) Evaluation location: Iowa, United States. Method: Daucus descriptor data recorded from observation planting Field N-10 at the NCRPIS farm (42 degrees 0 minutes N latitude 93 degrees 30 minutes W longitude). | |
Traits evaluated: HUNDRED SEED WEIGHT (100SEEDWGT) Method: This is the generic evaluation method that can be used for transferring hundred seed weights from the prod.nc7iv table to the prod.ob table. The prod.ob table is where the values for the descriptors are stored. | |
This study is the first field-based, multi-year experiment to evaluate shoot-growth trait variation over a 100-day growing season in a carrot diversity panel (N=695) that includes genetically diverse carrot accessions from the United States Department of Agriculture National Plant Germplasm System. This study provides the first broad-sense heritability estimates for early-season seedling vigor and early-season canopy coverage on a diverse collection. We also develop a method for characterizing flowering to identify accessions that are predominantly biennial, which could be incorporated into biennial breeding programs without substantially increasing the risk of annual growth habits. |
| Name | Description |
|---|---|
TreeBASE Tree Tr115096 from study S23618. This tree corresponds to figure 1 in the referenced publication. Strict consensus maximum parsimony tree of 48 trees (tree length 8341) constructed with ten nuclear orthologous gene sequences of allele set B, without Daucus montanus, but with this species drawn in manually based on individual allele results supporting it as an allopolyploid species between D. pusillus and D. glochidiatus. Original tree name "MajRule" | |
TreeBASE Tree Tr71398 from study S15477. Original tree name "Tree1". This tree is not present in the publication | |
TreeBASE Tree Tr71399 from study S15477. Original tree name "Tree2". This tree is not present in the publication | |
TreeBASE Tree Tr71400 from study S15477. Original tree name "Tree3". This tree is not present in the publication | |
TreeBASE Tree Tr71401 from study S15477. Original tree name "Tree4". This tree is not present in the publication | |
TreeBASE Tree Tr71402 from study S15477. Original tree name "Tree5". This tree is not present in the publication | |
TreeBASE Tree Tr71403 from study S15477. Original tree name "Tree6". This tree is not present in the publication | |
TreeBASE Tree Tr89356 from study S17932. This tree corresponds to figure 1 in the referenced publication "Maximum likelihood phylogenetic reconstruction of the daucus guttatus complex including species that belong to clades a and b using 10 nuclear orthologs. | |
TreeBASE Tree Tr98472 from study S19872. This tree corresponds to figure 2 in the referenced publication | |
TreeBASE Tree Tr98473 from study S19872. Original tree name "PAUP_2". This is a supplemental tree not present in the referenced publication. |
| Name | Uniquename | Feature Type |
|---|---|---|
S15477_Daucus_guttatus1_286611 | S15477_Daucus_guttatus1_286611 | DNA |
S17932_Daucus_guttatus_286611 | S17932_Daucus_guttatus_286611 | DNA |
S19872_Daucus_guttatus_286611 | S19872_Daucus_guttatus_286611 | DNA |
S23618_Daucus_guttatus_286611 | S23618_Daucus_guttatus_286611 | DNA |
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