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The TreeGenes CMAP repository hosts 100 genetic map sets for 34 unique species. These maps are connected to species and publication records, as well as supporting Genbank Bioprojects when available. Map sets contain a variety of marker types including RAPDs, AFLPs, SSRs, ESTs, and SNPs. Users may browse these maps, download the data directly, and submit their own map data here.

Treegenes Comparative Map Viewer


Pinus radiata: Emebiri (1998, CSI)

Abbreviated name:Pira_CSI_genetic_1998
Accession:TG984
Species:Pinus radiata
Linkage groups:14
Published on:1998-01-01
Mapping Population:93 germinants from a 30040 x 80121 full sib cross were utilized for extraction

Pira_CSI_1998_01Map Viewer
Pira_CSI_1998_02Map Viewer
Pira_CSI_1998_03Map Viewer
Pira_CSI_1998_04Map Viewer
Pira_CSI_1998_05Map Viewer
Pira_CSI_1998_06Map Viewer
Pira_CSI_1998_07Map Viewer
Pira_CSI_1998_08Map Viewer
Pira_CSI_1998_09Map Viewer
Pira_CSI_1998_10Map Viewer
Pira_CSI_1998_11Map Viewer
Pira_CSI_1998_12Map Viewer
Pira_CSI_1998_13Map Viewer
Pira_CSI_1998_14Map Viewer

Pinus radiata: Devey (1996, CSI)

Abbreviated name:Pira_CSI_genetic_1996
Accession:TG962
Species:Pinus radiata
Linkage groups:22
Published on:1996-01-01
Mapping Population:Segregation data from a three-generationn pedigre including four grandparents, two parents, and 96 progeny were used.

Pira_CSI_1996_01Map Viewer
Pira_CSI_1996_02Map Viewer
Pira_CSI_1996_03Map Viewer
Pira_CSI_1996_04Map Viewer
Pira_CSI_1996_05Map Viewer
Pira_CSI_1996_06Map Viewer
Pira_CSI_1996_07Map Viewer
Pira_CSI_1996_08Map Viewer
Pira_CSI_1996_09Map Viewer
Pira_CSI_1996_10Map Viewer
Pira_CSI_1996_11Map Viewer
Pira_CSI_1996_12Map Viewer
Pira_CSI_1996_13Map Viewer
Pira_CSI_1996_14Map Viewer
Pira_CSI_1996_15Map Viewer
Pira_CSI_1996_16Map Viewer
Pira_CSI_1996_17Map Viewer
Pira_CSI_1996_18Map Viewer
Pira_CSI_1996_19Map Viewer
Pira_CSI_1996_20Map Viewer
Pira_CSI_1996_21Map Viewer
Pira_CSI_1996_22Map Viewer

Cryptomeria japonica: Nikaido (2000, FPR)

Abbreviated name:Crja_FPR_genetic_2000
Accession:TG003
Species:Cryptomeria japonica
Linkage groups:19
Published on:2000-01-01
Mapping Population:Two DNA marker systems: AFLP and CAPS are used in a two-way pseudo-testcross strategy applied to an F1 population to construct genetic linkage maps of two local sugi cultivars.

Crja_FPR_2000_01Map Viewer
Crja_FPR_2000_02Map Viewer
Crja_FPR_2000_03Map Viewer
Crja_FPR_2000_04Map Viewer
Crja_FPR_2000_05Map Viewer
Crja_FPR_2000_06Map Viewer
Crja_FPR_2000_07Map Viewer
Crja_FPR_2000_08Map Viewer
Crja_FPR_2000_09Map Viewer
Crja_FPR_2000_10Map Viewer
Crja_FPR_2000_11Map Viewer
Crja_FPR_2000_12Map Viewer
Crja_FPR_2000_13Map Viewer
Crja_FPR_2000_14Map Viewer
Crja_FPR_2000_15Map Viewer
Crja_FPR_2000_16Map Viewer
Crja_FPR_2000_17Map Viewer
Crja_FPR_2000_18Map Viewer
Crja_FPR_2000_19Map Viewer

Cryptomeria japonica: Nikaido (2000, FPR)

Abbreviated name:Crja_FPR_genetic_2000
Accession:TG002
Species:Cryptomeria japonica
Linkage groups:23
Published on:2000-01-01
Mapping Population:Two DNA marker systems: AFLP and CAPS are used in a two-way pseudo-testcross strategy applied to an F1 population to construct genetic linkage maps of two local sugi cultivars.

Crja_FPR_2000_01Map Viewer
Crja_FPR_2000_02Map Viewer
Crja_FPR_2000_03Map Viewer
Crja_FPR_2000_04Map Viewer
Crja_FPR_2000_05Map Viewer
Crja_FPR_2000_06Map Viewer
Crja_FPR_2000_07Map Viewer
Crja_FPR_2000_08Map Viewer
Crja_FPR_2000_09Map Viewer
Crja_FPR_2000_10Map Viewer
Crja_FPR_2000_11Map Viewer
Crja_FPR_2000_12Map Viewer
Crja_FPR_2000_13Map Viewer
Crja_FPR_2000_14Map Viewer
Crja_FPR_2000_15Map Viewer
Crja_FPR_2000_16Map Viewer
Crja_FPR_2000_17Map Viewer
Crja_FPR_2000_18Map Viewer
Crja_FPR_2000_19Map Viewer
Crja_FPR_2000_20Map Viewer
Crja_FPR_2000_21Map Viewer
Crja_FPR_2000_22Map Viewer
Crja_FPR_2000_23Map Viewer

Cryptomeria japonica: Yoshimaru (1998, FPR)

Abbreviated name:Crja_FPR_genetic_1998
Accession:TG982
Species:Cryptomeria japonica
Linkage groups:3
Published on:1998-01-01
Mapping Population:Segregating population of 73 individuals was a self-pollinated array of progeny of an F2 hybrid froma cross between local cultivars propagated by cuttings.

Crja_FPR_1998_01Map Viewer
Crja_FPR_1998_02Map Viewer
Crja_FPR_1998_03Map Viewer

Pinus radiata: Kuang (1998, FRNZ)

Abbreviated name:Pira_FRNZ_genetic_1998
Accession:TG983
Species:Pinus radiata
Linkage groups:2
Published on:1998-01-01
Mapping Population:Plus-Tree 850.55 was selfed and 507 S1 seeds were produced.

Pira_FRNZ_1998_01Map Viewer
Pira_FRNZ_1998_02Map Viewer

Pinus palustris: Nelson (1994, GPT)

Abbreviated name:Pipa_GPT_genetic_1994
Accession:TG941
Species:Pinus palustris
Linkage groups:16
Published on:1994-01-01
Mapping Population:Eight megagametophyte DNA samples from a single longleaf pine (clone 3-356) were used to screen 576 oligonucleotide primers

Pipa_GPT_1994_01Map Viewer
Pipa_GPT_1994_02Map Viewer
Pipa_GPT_1994_03Map Viewer
Pipa_GPT_1994_04Map Viewer
Pipa_GPT_1994_05Map Viewer
Pipa_GPT_1994_06Map Viewer
Pipa_GPT_1994_07Map Viewer
Pipa_GPT_1994_08Map Viewer
Pipa_GPT_1994_09Map Viewer
Pipa_GPT_1994_10Map Viewer
Pipa_GPT_1994_11Map Viewer
Pipa_GPT_1994_12Map Viewer
Pipa_GPT_1994_13Map Viewer
Pipa_GPT_1994_14Map Viewer
Pipa_GPT_1994_15Map Viewer
Pipa_GPT_1994_16Map Viewer

Pinus elliottii: Nelson (1993, SFES)

Abbreviated name:Piel_SFES_genetic_1993
Accession:TG942
Species:Pinus elliottii
Linkage groups:13
Published on:1993-01-01
Mapping Population:Megagametophytes of slash pine clone 8-7 were dissected from wind-pollinated seeds.
Bioproject:NCBI BioProject

Piel_SFES_1993_01Map Viewer
Piel_SFES_1993_02Map Viewer
Piel_SFES_1993_03Map Viewer
Piel_SFES_1993_04Map Viewer
Piel_SFES_1993_05Map Viewer
Piel_SFES_1993_06Map Viewer
Piel_SFES_1993_07Map Viewer
Piel_SFES_1993_08Map Viewer
Piel_SFES_1993_09Map Viewer
Piel_SFES_1993_10Map Viewer
Piel_SFES_1993_11Map Viewer
Piel_SFES_1993_12Map Viewer
Piel_SFES_1993_13Map Viewer

Pinus taeda: Sewell (1999, IFG)

Abbreviated name:Pita_IFG_genetic_1999
Accession:TG991
Species:Pinus taeda
Linkage groups:20
Published on:1999-01-01
Mapping Population:Two three-generation outbred pedigrees of loblolly pine were constructed from trees of the North Carolina State University Industry Cooperative Tree Improvement Program. These pedigrees were constructed and maintained by Weyerhauser. First pedigree was from experiment IFGBAS and consisted of 95 full-sib progeny, Devey et al. 1994, and the second pedigree was from IFGQTL and consisted of 172 progeny, Groover et al. 1994.
Bioproject:NCBI BioProject

Pita_IFG_1999_01Map Viewer
Pita_IFG_1999_02Map Viewer
Pita_IFG_1999_03Map Viewer
Pita_IFG_1999_04Map Viewer
Pita_IFG_1999_05Map Viewer
Pita_IFG_1999_06Map Viewer
Pita_IFG_1999_07Map Viewer
Pita_IFG_1999_08Map Viewer
Pita_IFG_1999_09Map Viewer
Pita_IFG_1999_10Map Viewer
Pita_IFG_1999_11Map Viewer
Pita_IFG_1999_12Map Viewer
Pita_IFG_1999_13Map Viewer
Pita_IFG_1999_14Map Viewer
Pita_IFG_1999_15Map Viewer
Pita_IFG_1999_16Map Viewer
Pita_IFG_1999_17Map Viewer
Pita_IFG_1999_18Map Viewer
Pita_IFG_1999_19Map Viewer
Pita_IFG_1999_20Map Viewer

Pinus taeda: Brown (2001, IFG)

Abbreviated name:Pita_IFG_genetic_2001
Accession:TG012
Species:Pinus taeda
Linkage groups:12
Published on:2001-01-01
Mapping Population:ESTP's in loblolly pine were mapped using two immortalized reference mapping populations. A two generation mapping population of slash pines were maintained for RAPD analysis.

Pita_IFG_2001_01Map Viewer
Pita_IFG_2001_02Map Viewer
Pita_IFG_2001_03Map Viewer
Pita_IFG_2001_04Map Viewer
Pita_IFG_2001_05Map Viewer
Pita_IFG_2001_06Map Viewer
Pita_IFG_2001_07Map Viewer
Pita_IFG_2001_08Map Viewer
Pita_IFG_2001_09Map Viewer
Pita_IFG_2001_10Map Viewer
Pita_IFG_2001_11Map Viewer
Pita_IFG_2001_12Map Viewer

Pseudotsuga menziesii: Jermstad (2001, IFG)

Abbreviated name:Psme_IFG_genetic_2001
Accession:TG014
Species:Pseudotsuga menziesii
Linkage groups:7
Published on:2001-01-01
Mapping Population:Douglas-fir tree three generation outbred pedigree that is segregating for the timing of bud flush. Individuals representing both ends of the spectrum were crossed to produce two F1 families.

Psme_IFG_2001_01Map Viewer
Psme_IFG_2001_02Map Viewer
Psme_IFG_2001_04Map Viewer
Psme_IFG_2001_06Map Viewer
Psme_IFG_2001_07Map Viewer
Psme_IFG_2001_08Map Viewer
Psme_IFG_2001_10Map Viewer

Pseudotsuga menziesii: Jermstad (2001, IFG)

Abbreviated name:Psme_IFG_genetic_2001
Accession:TG013
Species:Pseudotsuga menziesii
Linkage groups:12
Published on:2001-01-01
Mapping Population:Three generation outbred pedigree for mapping QTLs that control the timing of bud flush.

Psme_IFG_2001_01Map Viewer
Psme_IFG_2001_02Map Viewer
Psme_IFG_2001_03Map Viewer
Psme_IFG_2001_04Map Viewer
Psme_IFG_2001_05Map Viewer
Psme_IFG_2001_06Map Viewer
Psme_IFG_2001_07Map Viewer
Psme_IFG_2001_08Map Viewer
Psme_IFG_2001_09Map Viewer
Psme_IFG_2001_10Map Viewer
Psme_IFG_2001_11Map Viewer
Psme_IFG_2001_12Map Viewer

Pinus pinaster: Plomion (1996, INR)

Abbreviated name:Pipn_INR_genetic_1996
Accession:TG961
Species:Pinus pinaster
Linkage groups:1
Published on:1996-01-01
Mapping Population:An F2 progeny of maritime pines (pinus pinaster Aiton) used to investigate the mode of inheritance of delta3-carene. A previously reported genetic map constructed with random amplified polymorphic DNA (RAPD) markers made it possible to locate one major QTL accounting for most of the phenotypic variation of this trait on the linkage group 5.

Pipn_INR_1996_01Map Viewer

Pinus pinaster: Costa (2000, INR)

Abbreviated name:Pipn_INR_genetic_2000
Accession:TG004
Species:Pinus pinaster
Linkage groups:12
Published on:2000-01-01
Mapping Population:Two-hundred Fr progeny of Maritime pine resulted from the self pollination of a hybrid tree from a cross between Landes and Corscia.

Pipn_INR_2000_01Map Viewer
Pipn_INR_2000_02Map Viewer
Pipn_INR_2000_03Map Viewer
Pipn_INR_2000_04Map Viewer
Pipn_INR_2000_05Map Viewer
Pipn_INR_2000_06Map Viewer
Pipn_INR_2000_07Map Viewer
Pipn_INR_2000_08Map Viewer
Pipn_INR_2000_09Map Viewer
Pipn_INR_2000_10Map Viewer
Pipn_INR_2000_11Map Viewer
Pipn_INR_2000_12Map Viewer

Picea abies: Skov (1998, RVA)

Abbreviated name:Paab_RVA_genetic_1998
Accession:TG981
Species:Picea abies
Linkage groups:24
Published on:1998-01-01
Mapping Population:Composed of 80 megametophytes from one parent plant rescued from germinating embryos when they were full grown seedlings, just before spontaneous release of the seed coat.

Paab_RVA_1998_01Map Viewer
Paab_RVA_1998_02Map Viewer
Paab_RVA_1998_03Map Viewer
Paab_RVA_1998_04Map Viewer
Paab_RVA_1998_05Map Viewer
Paab_RVA_1998_06Map Viewer
Paab_RVA_1998_07Map Viewer
Paab_RVA_1998_08Map Viewer
Paab_RVA_1998_09Map Viewer
Paab_RVA_1998_10Map Viewer
Paab_RVA_1998_11Map Viewer
Paab_RVA_1998_12Map Viewer
Paab_RVA_1998_13Map Viewer
Paab_RVA_1998_14Map Viewer
Paab_RVA_1998_15Map Viewer
Paab_RVA_1998_16Map Viewer
Paab_RVA_1998_17Map Viewer
Paab_RVA_1998_18Map Viewer
Paab_RVA_1998_19Map Viewer
Paab_RVA_1998_20Map Viewer
Paab_RVA_1998_21Map Viewer
Paab_RVA_1998_22Map Viewer
Paab_RVA_1998_23Map Viewer
Paab_RVA_1998_24Map Viewer

Picea glauca: Tulsieram (1992, UBC)

Abbreviated name:Pagl_UBC_genetic_1992
Accession:TG921
Species:Picea glauca
Linkage groups:12
Published on:1992-01-01
Mapping Population:Megagametophytes from weevil tolerant parental tree PG29 were collected from the Province of British Columbia Forest Service interior spruce breeding orchard Vernon, B.C.

Pagl_UBC_1992_01Map Viewer
Pagl_UBC_1992_02Map Viewer
Pagl_UBC_1992_03Map Viewer
Pagl_UBC_1992_04Map Viewer
Pagl_UBC_1992_05Map Viewer
Pagl_UBC_1992_06Map Viewer
Pagl_UBC_1992_07Map Viewer
Pagl_UBC_1992_08Map Viewer
Pagl_UBC_1992_09Map Viewer
Pagl_UBC_1992_10Map Viewer
Pagl_UBC_1992_11Map Viewer
Pagl_UBC_1992_12Map Viewer

Pinus sylvestris: Hurme (2000, UOU)

Abbreviated name:Pisy_UOU_genetic_2000
Accession:TG001
Species:Pinus sylvestris
Linkage groups:16
Published on:2000-01-01
Mapping Population:An open-pollinated backcross progeny by collecting seeds of a single F1 tree growing in Southern Finland.

Pisy_UOU_2000_01Map Viewer
Pisy_UOU_2000_02Map Viewer
Pisy_UOU_2000_03Map Viewer
Pisy_UOU_2000_04Map Viewer
Pisy_UOU_2000_05Map Viewer
Pisy_UOU_2000_06Map Viewer
Pisy_UOU_2000_07Map Viewer
Pisy_UOU_2000_08Map Viewer
Pisy_UOU_2000_09Map Viewer
Pisy_UOU_2000_10Map Viewer
Pisy_UOU_2000_11Map Viewer
Pisy_UOU_2000_12Map Viewer
Pisy_UOU_2000_13Map Viewer
Pisy_UOU_2000_14Map Viewer
Pisy_UOU_2000_15Map Viewer
Pisy_UOU_2000_16Map Viewer

Pinus sylvestris: Hurme (1999, UOU)

Abbreviated name:Pisy_UOU_genetic_1999
Accession:TG992
Species:Pinus sylvestris
Linkage groups:3
Published on:1999-01-01
Mapping Population:Material was selected from three trees from the Finnish Institute. Two of them were phenotypically selected and the third is an F1 cross between the two selected.

Pisy_UOU_1999_01Map Viewer
Pisy_UOU_1999_02Map Viewer
Pisy_UOU_1999_03Map Viewer

Pinus sylvestris: Yazdani (1995, UPS)

Abbreviated name:Pisy_UPS_genetic_1995
Accession:TG951
Species:Pinus sylvestris
Linkage groups:14
Published on:1995-01-01
Mapping Population:Genomic DNA from 70 megagametophytes from open-pollinated seeds of Pinus sylvestris clone 49-2
Bioproject:NCBI BioProject

Pisy_UPS_1995_01Map Viewer
Pisy_UPS_1995_02Map Viewer
Pisy_UPS_1995_03Map Viewer
Pisy_UPS_1995_04Map Viewer
Pisy_UPS_1995_05Map Viewer
Pisy_UPS_1995_06Map Viewer
Pisy_UPS_1995_07Map Viewer
Pisy_UPS_1995_08Map Viewer
Pisy_UPS_1995_09Map Viewer
Pisy_UPS_1995_10Map Viewer
Pisy_UPS_1995_11Map Viewer
Pisy_UPS_1995_12Map Viewer
Pisy_UPS_1995_13Map Viewer
Pisy_UPS_1995_14Map Viewer

Pinus taeda: OMalley (1996, NCS)

Abbreviated name:Pita_NCS_genetic_1996
Accession:TG964
Species:Pinus taeda
Linkage groups:20
Published on:1996-01-01
Mapping Population:The map was constructed from 232 segregating RAPD markers in a mapping sample of 58 megagametophytes from open pollinated seeds of genotype 7-56.

Pita_NCS_1996_01Map Viewer
Pita_NCS_1996_02Map Viewer
Pita_NCS_1996_03Map Viewer
Pita_NCS_1996_04Map Viewer
Pita_NCS_1996_05Map Viewer
Pita_NCS_1996_06Map Viewer
Pita_NCS_1996_07Map Viewer
Pita_NCS_1996_08Map Viewer
Pita_NCS_1996_09Map Viewer
Pita_NCS_1996_10Map Viewer
Pita_NCS_1996_11Map Viewer
Pita_NCS_1996_12Map Viewer
Pita_NCS_1996_13Map Viewer
Pita_NCS_1996_14Map Viewer
Pita_NCS_1996_15Map Viewer
Pita_NCS_1996_16Map Viewer
Pita_NCS_1996_17Map Viewer
Pita_NCS_1996_18Map Viewer
Pita_NCS_1996_19Map Viewer
Pita_NCS_1996_20Map Viewer

Eucalyptus grandis: Verhaegen (1996, CIR)

Abbreviated name:Eugr_CIR_genetic_1996
Accession:TG966
Species:Eucalyptus grandis
Linkage groups:11
Published on:1996-01-01
Mapping Population:Data from the maps were obtained from a single E. urophylla X E. grandis interspecific F1 family of this breeding program. A total of 93 progeny were available for this mapping experiment.

Eugr_CIR_1996_01Map Viewer
Eugr_CIR_1996_02Map Viewer
Eugr_CIR_1996_03Map Viewer
Eugr_CIR_1996_04Map Viewer
Eugr_CIR_1996_05Map Viewer
Eugr_CIR_1996_06Map Viewer
Eugr_CIR_1996_07Map Viewer
Eugr_CIR_1996_08Map Viewer
Eugr_CIR_1996_09Map Viewer
Eugr_CIR_1996_10Map Viewer
Eugr_CIR_1996_11Map Viewer

Eucalyptus urophylla: Verhaegen (1996, CIR)

Abbreviated name:Euur_CIR_genetic_1996
Accession:TG965
Species:Eucalyptus urophylla
Linkage groups:11
Published on:1996-01-01
Mapping Population:Data from the maps were obtained from a single E. urophylla X E. grandis interspecific F1 family of this breeding program. A total of 93 progeny were available for this mapping experiment.

Euur_CIR_1996_01Map Viewer
Euur_CIR_1996_02Map Viewer
Euur_CIR_1996_03Map Viewer
Euur_CIR_1996_04Map Viewer
Euur_CIR_1996_05Map Viewer
Euur_CIR_1996_06Map Viewer
Euur_CIR_1996_07Map Viewer
Euur_CIR_1996_08Map Viewer
Euur_CIR_1996_09Map Viewer
Euur_CIR_1996_10Map Viewer
Euur_CIR_1996_11Map Viewer

Acacia mangium: Butcher (2000, CSI)

Abbreviated name:Acma_CSI_genetic_2000
Accession:TG011
Species:Acacia mangium
Linkage groups:13
Published on:2000-01-01
Mapping Population:The mapping pedigrees were two outbred F2 crosses of A. mangium. Pollination procedures followed Sedgley et al (1992) with the exception that one-third of the flowers were not emasculated prior to pollination.

Acma_CSI_2000_01Map Viewer
Acma_CSI_2000_02Map Viewer
Acma_CSI_2000_03Map Viewer
Acma_CSI_2000_04Map Viewer
Acma_CSI_2000_05Map Viewer
Acma_CSI_2000_06Map Viewer
Acma_CSI_2000_07Map Viewer
Acma_CSI_2000_08Map Viewer
Acma_CSI_2000_09Map Viewer
Acma_CSI_2000_10Map Viewer
Acma_CSI_2000_11Map Viewer
Acma_CSI_2000_12Map Viewer
Acma_CSI_2000_13Map Viewer

Eucalyptus nitens: Bryne (1997, CSI)

Abbreviated name:Euni_CSI_genetic_1997
Accession:TG972
Species:Eucalyptus nitens
Linkage groups:3
Published on:1997-01-01
Mapping Population:Progeny from one of four controlled crosses from the same parents of E. Nitens.

Euni_CSI_1997_01Map Viewer
Euni_CSI_1997_02Map Viewer
Euni_CSI_1997_03Map Viewer

Quercus robur: Barrenche (1998, INR)

Abbreviated name:Quro_INR_genetic_1998
Accession:TG986
Species:Quercus robur
Linkage groups:12
Published on:1998-01-01
Mapping Population:Segregation data from a two-generation full sib pedigree including 94 individuals were used to construct two genetic maps, one for each parental tree.

Quro_INR_1998_01Map Viewer
Quro_INR_1998_02Map Viewer
Quro_INR_1998_03Map Viewer
Quro_INR_1998_04Map Viewer
Quro_INR_1998_05Map Viewer
Quro_INR_1998_06Map Viewer
Quro_INR_1998_07Map Viewer
Quro_INR_1998_08Map Viewer
Quro_INR_1998_09Map Viewer
Quro_INR_1998_10Map Viewer
Quro_INR_1998_11Map Viewer
Quro_INR_1998_12Map Viewer

Eucalyptus tereticornis: Marques (1998, NCS)

Abbreviated name:Eute_NCS_genetic_1998
Accession:TG985
Species:Eucalyptus tereticornis
Linkage groups:14
Published on:1998-01-01
Mapping Population:91 F1 progeny from a controlled cross between E. globulus and E. tereticornis pollen parents.

Eute_NCS_1998_01Map Viewer
Eute_NCS_1998_02Map Viewer
Eute_NCS_1998_03Map Viewer
Eute_NCS_1998_04Map Viewer
Eute_NCS_1998_05Map Viewer
Eute_NCS_1998_06Map Viewer
Eute_NCS_1998_07Map Viewer
Eute_NCS_1998_08Map Viewer
Eute_NCS_1998_09Map Viewer
Eute_NCS_1998_10Map Viewer
Eute_NCS_1998_11Map Viewer
Eute_NCS_1998_12Map Viewer
Eute_NCS_1998_13Map Viewer
Eute_NCS_1998_14Map Viewer

Eucalyptus urophylla: Grattapaglia (1994, NCS)

Abbreviated name:Euur_NCS_genetic_1994
Accession:TG943
Species:Eucalyptus urophylla
Linkage groups:11
Published on:1994-01-01
Mapping Population:A controlled cross between two highly heterozygous trees, E. grandis (clone 44, female) and E. urophylla (clone 28, male), was selected. A second cross with a different female, E. grandis (clone 816) and the same male was also used. The mapping population consisted of 62 F1 individuals.

Euur_NCS_1994_01Map Viewer
Euur_NCS_1994_02Map Viewer
Euur_NCS_1994_03Map Viewer
Euur_NCS_1994_04Map Viewer
Euur_NCS_1994_05Map Viewer
Euur_NCS_1994_06Map Viewer
Euur_NCS_1994_07Map Viewer
Euur_NCS_1994_08Map Viewer
Euur_NCS_1994_09Map Viewer
Euur_NCS_1994_10Map Viewer
Euur_NCS_1994_11Map Viewer

Picea abies: Bucci (1997, INCR)

Abbreviated name:Paab_INCR_genetic_1997
Accession:TG973
Species:Picea abies
Linkage groups:8
Published on:1997-01-01
Mapping Population:8 megagametophytes from each of 48 Norway spruce individuals from the Campolino (PT, Italy) stand (384 megagametophytes).

Paab_INCR_1997_01Map Viewer
Paab_INCR_1997_02Map Viewer
Paab_INCR_1997_03Map Viewer
Paab_INCR_1997_04Map Viewer
Paab_INCR_1997_05Map Viewer
Paab_INCR_1997_06Map Viewer
Paab_INCR_1997_07Map Viewer
Paab_INCR_1997_08Map Viewer

Eucalyptus globulus: Moran (2002, CSI)

Abbreviated name:EUGL_CSI_genetic_2002
Accession:TG021
Species:Eucalyptus globulus
Linkage groups:12
Published on:2002-01-01
Mapping Population:an outbred F1 population of 148 full-sib progeny, the result of an inter-population cross of King Islan (female parent) and Taranna (maie parent) individuals

EUGL_CSI_2002_01Map Viewer
EUGL_CSI_2002_02Map Viewer
EUGL_CSI_2002_03Map Viewer
EUGL_CSI_2002_04Map Viewer
EUGL_CSI_2002_05Map Viewer
EUGL_CSI_2002_06Map Viewer
EUGL_CSI_2002_07Map Viewer
EUGL_CSI_2002_08Map Viewer
EUGL_CSI_2002_09Map Viewer
EUGL_CSI_2002_10Map Viewer
EUGL_CSI_2002_11Map Viewer
EUGL_CSI_2002_12Map Viewer

Eucalyptus grandis: Grattapaglia (2006, EBPA)

Abbreviated name:Eugr_EBPA_genetic_2006
Accession:TG061
Species:Eucalyptus grandis
Linkage groups:11
Published on:2006-01-01
Mapping Population:Genetic mapping of the new set of microsatellite markers was performed on a mapping population of 92 F1 individuals derived from a cross between a female E. grandis (clone G44) and male E. urophylla (clone U28)

Eugr_EBPA_2006_01Map Viewer
Eugr_EBPA_2006_02Map Viewer
Eugr_EBPA_2006_03Map Viewer
Eugr_EBPA_2006_04Map Viewer
Eugr_EBPA_2006_05Map Viewer
Eugr_EBPA_2006_06Map Viewer
Eugr_EBPA_2006_07Map Viewer
Eugr_EBPA_2006_08Map Viewer
Eugr_EBPA_2006_09Map Viewer
Eugr_EBPA_2006_10Map Viewer
Eugr_EBPA_2006_11Map Viewer

Pinus taeda: Eckert (2009, UCD)

Abbreviated name:Pita_UCD_genetic_2009
Accession:TG944
Species:Pinus taeda
Linkage groups:12
Published on:0009-01-01
Mapping Population:QTL and BASE pedigrees sensu Groover et al. (1994)

Pita_UCD_2009_01Map Viewer
Pita_UCD_2009_02Map Viewer
Pita_UCD_2009_03Map Viewer
Pita_UCD_2009_04Map Viewer
Pita_UCD_2009_05Map Viewer
Pita_UCD_2009_06Map Viewer
Pita_UCD_2009_07Map Viewer
Pita_UCD_2009_08Map Viewer
Pita_UCD_2009_09Map Viewer
Pita_UCD_2009_10Map Viewer
Pita_UCD_2009_11Map Viewer
Pita_UCD_2009_12Map Viewer

Pseudotsuga menziesii: Eckert (2009, UCD)

Abbreviated name:Psme_UCD_genetic_2009
Accession:TG05
Species:Pseudotsuga menziesii
Linkage groups:17
Published on:0009-01-01
Mapping Population:RFLP and SNP mapping pedigree

Psme_UCD_2009_01Map Viewer
Psme_UCD_2009_02Map Viewer
Psme_UCD_2009_03Map Viewer
Psme_UCD_2009_04Map Viewer
Psme_UCD_2009_05Map Viewer
Psme_UCD_2009_06Map Viewer
Psme_UCD_2009_07Map Viewer
Psme_UCD_2009_08Map Viewer
Psme_UCD_2009_09Map Viewer
Psme_UCD_2009_10Map Viewer
Psme_UCD_2009_11Map Viewer
Psme_UCD_2009_12Map Viewer
Psme_UCD_2009_13Map Viewer
Psme_UCD_2009_14Map Viewer
Psme_UCD_2009_15Map Viewer
Psme_UCD_2009_16Map Viewer
Psme_UCD_2009_17Map Viewer

Pseudotsuga menziesii: Mansfield (2008, Mansfield)

Abbreviated name:Psme_Mansfield_genetic_2008
Accession:TG082
Species:Pseudotsuga menziesii
Linkage groups:19
Published on:2008-01-01
Mapping Population:An amplified fragment length polymorphism (AFLP) linkage map for coastal Douglas-fir (Pseudotsuga menziesii) was constructed from eight full-sib families each consisting of 40 progeny.

Psme_Mansfield_2008_01Map Viewer
Psme_Mansfield_2008_02Map Viewer
Psme_Mansfield_2008_03Map Viewer
Psme_Mansfield_2008_04Map Viewer
Psme_Mansfield_2008_05Map Viewer
Psme_Mansfield_2008_06Map Viewer
Psme_Mansfield_2008_07Map Viewer
Psme_Mansfield_2008_08Map Viewer
Psme_Mansfield_2008_09Map Viewer
Psme_Mansfield_2008_10Map Viewer
Psme_Mansfield_2008_11Map Viewer
Psme_Mansfield_2008_12Map Viewer
Psme_Mansfield_2008_13Map Viewer
Psme_Mansfield_2008_14Map Viewer
Psme_Mansfield_2008_15Map Viewer
Psme_Mansfield_2008_16Map Viewer
Psme_Mansfield_2008_17Map Viewer
Psme_Mansfield_2008_18Map Viewer
Psme_Mansfield_2008_19Map Viewer

Populus trichocarpa: Chen (2000, Mansfield)

Abbreviated name:Potr_Mansfield_genetic_2000
Accession:TG005
Species:Populus trichocarpa
Linkage groups:9
Published on:2000-01-01
Mapping Population:A mapping pedigree was founded in 1980 by crossing a female Populus trichocarpa (clone 93-968) from western Washington (48N latitude) with a male P. deltoides (cloneS7C4) from Texas (31N). Two of the resulting F1 offspring were crossed in 1993 to produce the 346 Fprogeny (family822) used in this study. Parental, F1, and F2 (N 55) clones of family 331 were planted in the spring of 1991 using a modified randomized complete block design in Puyallup.

Potr_OSU_2000_01Map Viewer
Potr_OSU_2000_02Map Viewer
Potr_OSU_2000_03Map Viewer
Potr_OSU_2000_04Map Viewer
Potr_OSU_2000_05Map Viewer
Potr_OSU_2000_06Map Viewer
Potr_OSU_2000_07Map Viewer
Potr_OSU_2000_08Map Viewer
Potr_OSU_2000_09Map Viewer

Picea abies: Binelli (1994, MIG)

Abbreviated name:Paab_MIG_genetic_1994
Accession:TG945
Species:Picea abies
Linkage groups:17
Published on:1994-01-01
Mapping Population:After maintaining the cones at room temperature for several days to induce their opening, seeds were collected and stored at 4 C. The megagametophytes have been isolated by removing the inner and outer coats of the seeds and the embryo working under a stereomicroscope. They were then frozen and stored at -80 C until DNA extraction.

Paab_MIG_1994_01Map Viewer
Paab_MIG_1994_02Map Viewer
Paab_MIG_1994_03Map Viewer
Paab_MIG_1994_04Map Viewer
Paab_MIG_1994_05Map Viewer
Paab_MIG_1994_06Map Viewer
Paab_MIG_1994_07Map Viewer
Paab_MIG_1994_08Map Viewer
Paab_MIG_1994_09Map Viewer
Paab_MIG_1994_10Map Viewer
Paab_MIG_1994_11Map Viewer
Paab_MIG_1994_12Map Viewer
Paab_MIG_1994_13Map Viewer
Paab_MIG_1994_14Map Viewer
Paab_MIG_1994_15Map Viewer
Paab_MIG_1994_16Map Viewer
Paab_MIG_1994_17Map Viewer

Pinus taeda: Zhou (2003, TX)

Abbreviated name:Pita_TX_genetic_2003
Accession:TG031
Species:Pinus taeda
Linkage groups:15
Published on:2003-01-01
Mapping Population:The three-generation pedigree of P. taeda includes 4 unrelated grandparents selected from highly heterozygous wild populations along the U.S. Atlantic coastal plain, 2 parents, and 118 progeny. The 118 progeny were planted at 7 test locations in eastern North Carolina and southeastern Oklahoma.

Pita_TX_2003_01Map Viewer
Pita_TX_2003_02Map Viewer
Pita_TX_2003_03Map Viewer
Pita_TX_2003_04Map Viewer
Pita_TX_2003_05Map Viewer
Pita_TX_2003_06Map Viewer
Pita_TX_2003_07Map Viewer
Pita_TX_2003_08Map Viewer
Pita_TX_2003_09Map Viewer
Pita_TX_2003_10Map Viewer
Pita_TX_2003_11Map Viewer
Pita_TX_2003_12Map Viewer
Pita_TX_2003_13Map Viewer
Pita_TX_2003_14Map Viewer
Pita_TX_2003_15Map Viewer

Pinus thunbergii: Kondo (2000, KI)

Abbreviated name:Pith_KI_genetic_2000
Accession:TG006
Species:Pinus thunbergii
Linkage groups:17
Published on:2000-01-01
Mapping Population:F1 progency were used form a cross between a resistant Pinus thunbergii tree, designated Taichu-touokuiku 17 (which is heterozygous, Rr, for resistance), and a susceptible tree, No. 6 (which is a homozygous recessive, rr). The progency consisted of 35 resistant, and 27 susceptible individuals.
Bioproject:NCBI BioProject

Pith_KI_2000_01Map Viewer
Pith_KI_2000_02Map Viewer
Pith_KI_2000_03Map Viewer
Pith_KI_2000_04Map Viewer
Pith_KI_2000_05Map Viewer
Pith_KI_2000_06Map Viewer
Pith_KI_2000_07Map Viewer
Pith_KI_2000_08Map Viewer
Pith_KI_2000_09Map Viewer
Pith_KI_2000_10Map Viewer
Pith_KI_2000_11Map Viewer
Pith_KI_2000_12Map Viewer
Pith_KI_2000_13Map Viewer
Pith_KI_2000_14Map Viewer
Pith_KI_2000_15Map Viewer
Pith_KI_2000_16Map Viewer
Pith_KI_2000_17Map Viewer

Pinus radiata: Kuang (1999, UG1)

Abbreviated name:Pira_UG1_genetic_1999
Accession:TG993
Species:Pinus radiata
Linkage groups:19
Published on:1999-01-01
Mapping Population:Genomic DNA from megagametophytes of the 215 surviving individuals and 76 dead individuals was extracted using a Fast Prep FP 120 machine (Savand) and the Bio 101 Kit H. Of the 215 DNA samples from megagametophytes of surviving seedlings, 198 were chosen for map construction based on the quality of the DNA.

Pira_UG1_1999_01Map Viewer
Pira_UG1_1999_02Map Viewer
Pira_UG1_1999_03Map Viewer
Pira_UG1_1999_04Map Viewer
Pira_UG1_1999_05Map Viewer
Pira_UG1_1999_06Map Viewer
Pira_UG1_1999_07Map Viewer
Pira_UG1_1999_08Map Viewer
Pira_UG1_1999_09Map Viewer
Pira_UG1_1999_10Map Viewer
Pira_UG1_1999_11Map Viewer
Pira_UG1_1999_12Map Viewer
Pira_UG1_1999_13Map Viewer
Pira_UG1_1999_14Map Viewer
Pira_UG1_1999_15Map Viewer
Pira_UG1_1999_16Map Viewer
Pira_UG1_1999_17Map Viewer
Pira_UG1_1999_18Map Viewer
Pira_UG1_1999_19Map Viewer

Pinus taeda: Devey (1994, IFG)

Abbreviated name:Pita_IFG_genetic_1994
Accession:TG946
Species:Pinus taeda
Linkage groups:20
Published on:1994-01-01
Mapping Population:Three-generation outbred pedigree consisting of four grandparents, two parents, and 95 progeny was selected from a large number of candidate pedigrees on the basis of RFLP and isozyme heterozygosities in the parent trees.

Pita_IFG_1994_01Map Viewer
Pita_IFG_1994_02Map Viewer
Pita_IFG_1994_03Map Viewer
Pita_IFG_1994_04Map Viewer
Pita_IFG_1994_05Map Viewer
Pita_IFG_1994_06Map Viewer
Pita_IFG_1994_07Map Viewer
Pita_IFG_1994_08Map Viewer
Pita_IFG_1994_09Map Viewer
Pita_IFG_1994_10Map Viewer
Pita_IFG_1994_11Map Viewer
Pita_IFG_1994_12Map Viewer
Pita_IFG_1994_13Map Viewer
Pita_IFG_1994_14Map Viewer
Pita_IFG_1994_15Map Viewer
Pita_IFG_1994_16Map Viewer
Pita_IFG_1994_17Map Viewer
Pita_IFG_1994_18Map Viewer
Pita_IFG_1994_19Map Viewer
Pita_IFG_1994_20Map Viewer

Pseudotsuga menziesii: Jermstad (1998, IFG)

Abbreviated name:Psme_IFG_genetic_1998
Accession:TG987
Species:Pseudotsuga menziesii
Linkage groups:17
Published on:1998-01-01
Mapping Population:The mapping population is a three-generation outbred pedigree consisting of four grandparents, two F1 parents, and 240 progeny that segregate for the date of bud flush. 48 progeny were grown in a green house to produce needle tissue for DAN isolation and construction of a preliminary linkage map. Rooted cuttings were obtained from 192 progeny for use in genetic tests for quantitative trait loci (QTL) mapping. Needle tissue from parents, grandparents, 48 progeny, and 192 outplanted clone was harvested and ground in liquid nitrogen to a coarse powder and stored at 80 C for DNA extraction.
Bioproject:NCBI BioProject

Psme_IFG_1998_01Map Viewer
Psme_IFG_1998_02Map Viewer
Psme_IFG_1998_03Map Viewer
Psme_IFG_1998_04Map Viewer
Psme_IFG_1998_05Map Viewer
Psme_IFG_1998_06Map Viewer
Psme_IFG_1998_07Map Viewer
Psme_IFG_1998_08Map Viewer
Psme_IFG_1998_09Map Viewer
Psme_IFG_1998_10Map Viewer
Psme_IFG_1998_11Map Viewer
Psme_IFG_1998_12Map Viewer
Psme_IFG_1998_13Map Viewer
Psme_IFG_1998_14Map Viewer
Psme_IFG_1998_15Map Viewer
Psme_IFG_1998_16Map Viewer
Psme_IFG_1998_17Map Viewer

Populus tremuloides: Furnier (1993, UMN)

Abbreviated name:Pote_UMN_genetic_1993
Accession:TG032
Species:Populus tremuloides
Linkage groups:14
Published on:2003-01-01
Mapping Population:Five full-sib families of trembling aspen (populus tremuloides) by crossing parents GRS4 (female) x 20 (male), GRS7 x GRS1, GRS7 x 347, 367 x 43, and 73 x 115. Parent trees 20, 43, 73, 115, 347, and 367 are the progeny of controlled crosses among aspen genotypes collected in northern Minnesota and are growing in a plantation at Rosemount, Minnesota. Parent trees GRS1, GRS4, and GRS7 were from natural stands near St. Paul, Minnesota.

Pote_UMN_2003_01Map Viewer
Pote_UMN_2003_02Map Viewer
Pote_UMN_2003_03Map Viewer
Pote_UMN_2003_04Map Viewer
Pote_UMN_2003_05Map Viewer
Pote_UMN_2003_06Map Viewer
Pote_UMN_2003_07Map Viewer
Pote_UMN_2003_08Map Viewer
Pote_UMN_2003_09Map Viewer
Pote_UMN_2003_10Map Viewer
Pote_UMN_2003_11Map Viewer
Pote_UMN_2003_12Map Viewer
Pote_UMN_2003_13Map Viewer
Pote_UMN_2003_14Map Viewer

Eucalyptus urophylla: Grattapaglia (2006, EBPA)

Abbreviated name:Euur_EBPA_genetic_2006
Accession:TG062
Species:Eucalyptus urophylla
Linkage groups:11
Published on:2006-01-01
Mapping Population:Genetic mapping of the new set of microsatellite markers was performed on a mapping population of 92 F1 individuals derived from a cross between a female E. grandis (clone G44) and male E. urophylla (clone U28)

Euur_EBPA_2006_01Map Viewer
Euur_EBPA_2006_02Map Viewer
Euur_EBPA_2006_03Map Viewer
Euur_EBPA_2006_04Map Viewer
Euur_EBPA_2006_05Map Viewer
Euur_EBPA_2006_06Map Viewer
Euur_EBPA_2006_07Map Viewer
Euur_EBPA_2006_08Map Viewer
Euur_EBPA_2006_09Map Viewer
Euur_EBPA_2006_10Map Viewer
Euur_EBPA_2006_11Map Viewer

Pinus contorta: Li (2001, UA)

Abbreviated name:Pico_UA_genetic_2001
Accession:TG015
Species:Pinus contorta
Linkage groups:16
Published on:2001-01-01
Mapping Population:90 seedlings from a single tree

Pico_UA_2001_01Map Viewer
Pico_UA_2001_02Map Viewer
Pico_UA_2001_03Map Viewer
Pico_UA_2001_04Map Viewer
Pico_UA_2001_05Map Viewer
Pico_UA_2001_06Map Viewer
Pico_UA_2001_07Map Viewer
Pico_UA_2001_08Map Viewer
Pico_UA_2001_09Map Viewer
Pico_UA_2001_10Map Viewer
Pico_UA_2001_11Map Viewer
Pico_UA_2001_12Map Viewer
Pico_UA_2001_13Map Viewer
Pico_UA_2001_14Map Viewer
Pico_UA_2001_15Map Viewer
Pico_UA_2001_16Map Viewer

Pinus taeda: Eckert (2010, UCD)

Abbreviated name:Pita_UCD_genetic_2010
Accession:TG091
Species:Pinus taeda
Linkage groups:12
Published on:2010-01-01
Mapping Population:QTL

Pita_UCD_0_01Map Viewer
Pita_UCD_0_02Map Viewer
Pita_UCD_0_03Map Viewer
Pita_UCD_0_04Map Viewer
Pita_UCD_0_05Map Viewer
Pita_UCD_0_06Map Viewer
Pita_UCD_0_07Map Viewer
Pita_UCD_0_08Map Viewer
Pita_UCD_0_09Map Viewer
Pita_UCD_0_10Map Viewer
Pita_UCD_0_11Map Viewer
Pita_UCD_0_12Map Viewer

Eucalyptus nitens: Byrne (1997, WAH)

Abbreviated name:Euni_WAH_genetic_1997
Accession:TG974
Species:Eucalyptus nitens
Linkage groups:1
Published on:1997-01-01
Mapping Population:480 of the progeny plants from a larger experiment with four controled crosses and open pollinated seed from the parents.

Euni_WAH_1997_01Map Viewer

Pinus pinaster: Plomion (1995, ISRF)

Abbreviated name:Pipn_ISRF_genetic_1995
Accession:TG952
Species:Pinus pinaster
Linkage groups:3
Published on:1995-01-01
Mapping Population:Corsican and Landes grandparents as well as the hybrid parent and the megagametophytes of open pollinated seeds from the hybrid parent.

Pipn_ISRF_1995_01Map Viewer
Pipn_ISRF_1995_02Map Viewer
Pipn_ISRF_1995_03Map Viewer

Pinus lambertiana: Jermstad (2010, IFG)

Abbreviated name:Pila_IFG_genetic_2010_c
Accession:TG103
Species:Pinus lambertiana
Linkage groups:19
Published on:2010-01-01
Mapping Population:5038: Maternal parent of a full-sib population (QTL) that is segregating for partial resistance to C. ribicola. (white pine blister rust). Needle DNA genotyped.

Pila_IFG_2010_c_01aMap Viewer
Pila_IFG_2010_c_01bMap Viewer
Pila_IFG_2010_c_02Map Viewer
Pila_IFG_2010_c_03aMap Viewer
Pila_IFG_2010_c_03bMap Viewer
Pila_IFG_2010_c_04Map Viewer
Pila_IFG_2010_c_05Map Viewer
Pila_IFG_2010_c_06Map Viewer
Pila_IFG_2010_c_07Map Viewer
Pila_IFG_2010_c_08aMap Viewer
Pila_IFG_2010_c_08bMap Viewer
Pila_IFG_2010_c_08cMap Viewer
Pila_IFG_2010_c_09Map Viewer
Pila_IFG_2010_c_10Map Viewer
Pila_IFG_2010_c_11aMap Viewer
Pila_IFG_2010_c_11bMap Viewer
Pila_IFG_2010_c_11cMap Viewer
Pila_IFG_2010_c_12aMap Viewer
Pila_IFG_2010_c_12bMap Viewer

Pinus lambertiana: Jermstad (2010, IFG)

Abbreviated name:Pila_IFG_genetic_2010_d
Accession:TG104
Species:Pinus lambertiana
Linkage groups:19
Published on:2010-01-01
Mapping Population:5500: Paternal parent of a full-sib population (QTL) that is segregating for partial resistance to C. ribicola. (white pine blister rust). Needle DNA genotyped.

Pila_IFG_2010_d_01aMap Viewer
Pila_IFG_2010_d_01bMap Viewer
Pila_IFG_2010_d_01cMap Viewer
Pila_IFG_2010_d_02Map Viewer
Pila_IFG_2010_d_03aMap Viewer
Pila_IFG_2010_d_03bMap Viewer
Pila_IFG_2010_d_04aMap Viewer
Pila_IFG_2010_d_04bMap Viewer
Pila_IFG_2010_d_05Map Viewer
Pila_IFG_2010_d_06Map Viewer
Pila_IFG_2010_d_08aMap Viewer
Pila_IFG_2010_d_08bMap Viewer
Pila_IFG_2010_d_09Map Viewer
Pila_IFG_2010_d_10aMap Viewer
Pila_IFG_2010_d_10bMap Viewer
Pila_IFG_2010_d_10cMap Viewer
Pila_IFG_2010_d_11aMap Viewer
Pila_IFG_2010_d_11bMap Viewer
Pila_IFG_2010_d_12Map Viewer

Pinus lambertiana: Jermstad (2010, IFG)

Abbreviated name:Pila_IFG_genetic_2010_a
Accession:TG101
Species:Pinus lambertiana
Linkage groups:16
Published on:2010-01-01
Mapping Population:5701: Tree segregating for the hypersensitive response (Cr1) to C. ribicola (white pine blister rust). Megagametorphyte DNA genotyped.

Pila_IFG_2010_a_01Map Viewer
Pila_IFG_2010_a_02Map Viewer
Pila_IFG_2010_a_02bMap Viewer
Pila_IFG_2010_a_03Map Viewer
Pila_IFG_2010_a_04Map Viewer
Pila_IFG_2010_a_05Map Viewer
Pila_IFG_2010_a_06Map Viewer
Pila_IFG_2010_a_07Map Viewer
Pila_IFG_2010_a_08aMap Viewer
Pila_IFG_2010_a_08bMap Viewer
Pila_IFG_2010_a_09Map Viewer
Pila_IFG_2010_a_10aMap Viewer
Pila_IFG_2010_a_10bMap Viewer
Pila_IFG_2010_a_11aMap Viewer
Pila_IFG_2010_a_11bMap Viewer
Pila_IFG_2010_a_12Map Viewer

Pinus lambertiana: Jermstad (2010, IFG)

Abbreviated name:Pila_IFG_genetic_2010_b
Accession:TG102
Species:Pinus lambertiana
Linkage groups:17
Published on:2010-01-01
Mapping Population:6000: Tree segregating for the hypersensitive response (Cr1) to C. ribicola (white pine blister rust). Megagametorphyte DNA genotyped.

Pila_IFG_2010_b_01aMap Viewer
Pila_IFG_2010_b_01bMap Viewer
Pila_IFG_2010_b_02Map Viewer
Pila_IFG_2010_b_03aMap Viewer
Pila_IFG_2010_b_03bMap Viewer
Pila_IFG_2010_b_04Map Viewer
Pila_IFG_2010_b_05Map Viewer
Pila_IFG_2010_b_06Map Viewer
Pila_IFG_2010_b_07Map Viewer
Pila_IFG_2010_b_08aMap Viewer
Pila_IFG_2010_b_08bMap Viewer
Pila_IFG_2010_b_09aMap Viewer
Pila_IFG_2010_b_09bMap Viewer
Pila_IFG_2010_b_10aMap Viewer
Pila_IFG_2010_b_10bMap Viewer
Pila_IFG_2010_b_11aMap Viewer
Pila_IFG_2010_b_12Map Viewer

Pinus lambertiana: Jermstad (2010, IFG)

Abbreviated name:Pila_IFG_genetic_2010_e
Accession:TG105
Species:Pinus lambertiana
Linkage groups:23
Published on:2010-01-01
Mapping Population:5038 x 5500: Sex-averaged map of the full-sib population (QTL) that is segregating for partial resistance to C. ribicola. (white pine blister rust). Needle DNA genotyped.

Pila_IFG_2010_e_01aMap Viewer
Pila_IFG_2010_e_01bMap Viewer
Pila_IFG_2010_e_01cMap Viewer
Pila_IFG_2010_e_02Map Viewer
Pila_IFG_2010_e_03aMap Viewer
Pila_IFG_2010_e_03bMap Viewer
Pila_IFG_2010_e_04Map Viewer
Pila_IFG_2010_e_05Map Viewer
Pila_IFG_2010_e_06Map Viewer
Pila_IFG_2010_e_07Map Viewer
Pila_IFG_2010_e_08aMap Viewer
Pila_IFG_2010_e_08bMap Viewer
Pila_IFG_2010_e_09Map Viewer
Pila_IFG_2010_e_10aMap Viewer
Pila_IFG_2010_e_10bMap Viewer
Pila_IFG_2010_e_10cMap Viewer
Pila_IFG_2010_e_11aMap Viewer
Pila_IFG_2010_e_11bMap Viewer
Pila_IFG_2010_e_11cMap Viewer
Pila_IFG_2010_e_11dMap Viewer
Pila_IFG_2010_e_11eMap Viewer
Pila_IFG_2010_e_12aMap Viewer
Pila_IFG_2010_e_12bMap Viewer

Pinus lambertiana: Jermstad (2010, IFG)

Abbreviated name:Pila_IFG_genetic_2010_f
Accession:TG106
Species:Pinus lambertiana
Linkage groups:19
Published on:2010-01-01
Mapping Population:Consensus: A merged map based on segregation data from 5701, 6000, 5038 and 5500.

Pila_IFG_2010_f_01aMap Viewer
Pila_IFG_2010_f_01bMap Viewer
Pila_IFG_2010_f_02Map Viewer
Pila_IFG_2010_f_03aMap Viewer
Pila_IFG_2010_f_03bMap Viewer
Pila_IFG_2010_f_04Map Viewer
Pila_IFG_2010_f_05Map Viewer
Pila_IFG_2010_f_06Map Viewer
Pila_IFG_2010_f_07aMap Viewer
Pila_IFG_2010_f_07bMap Viewer
Pila_IFG_2010_f_08aMap Viewer
Pila_IFG_2010_f_08bMap Viewer
Pila_IFG_2010_f_09Map Viewer
Pila_IFG_2010_f_10aMap Viewer
Pila_IFG_2010_f_10bMap Viewer
Pila_IFG_2010_f_11aMap Viewer
Pila_IFG_2010_f_11bMap Viewer
Pila_IFG_2010_f_11cMap Viewer
Pila_IFG_2010_f_12Map Viewer

Pinus elliottii: Brown (2001, IFG)

Abbreviated name:Piel_IFG_genetic_2001
Accession:TG016
Species:Pinus elliottii
Linkage groups:14
Published on:2001-01-01
Mapping Population:This population was derived from the mating of seed parent D4PC40 and pollen parent D4PC13.

Piel_IFG_2001_1Map Viewer
Piel_IFG_2001_10Map Viewer
Piel_IFG_2001_13Map Viewer
Piel_IFG_2001_14Map Viewer
Piel_IFG_2001_2Map Viewer
Piel_IFG_2001_3aMap Viewer
Piel_IFG_2001_3bMap Viewer
Piel_IFG_2001_4Map Viewer
Piel_IFG_2001_5Map Viewer
Piel_IFG_2001_6Map Viewer
Piel_IFG_2001_7Map Viewer
Piel_IFG_2001_8aMap Viewer
Piel_IFG_2001_8bMap Viewer
Piel_IFG_2001_9Map Viewer

Pinus caribaea: Shepherd (2008, SCU)

Abbreviated name:Pica_SCU_genetic_2008
Accession:TG083
Species:Pinus caribaea
Linkage groups:11
Published on:2008-01-01
Mapping Population:Genetic maps were constructed for species of Australes,Pinus taeda, Pinus elliottii var. elliottii and Pinus caribaea var. hondurensis suing microsatellites and a F1 hybrid.

Pica_SCU_2008_H1Map Viewer
Pica_SCU_2008_H12Map Viewer
Pica_SCU_2008_H13Map Viewer
Pica_SCU_2008_H2Map Viewer
Pica_SCU_2008_H3Map Viewer
Pica_SCU_2008_H4Map Viewer
Pica_SCU_2008_H5Map Viewer
Pica_SCU_2008_H6Map Viewer
Pica_SCU_2008_H7Map Viewer
Pica_SCU_2008_H8Map Viewer
Pica_SCU_2008_H9Map Viewer

Pinus elliottii: Shepherd (2008, SCU)

Abbreviated name:Piel_SCU_genetic_2008
Accession:TG084
Species:Pinus elliottii
Linkage groups:11
Published on:2008-01-01
Mapping Population:Genetic maps were constructed for species of Australes,Pinus taeda, Pinus elliottii var. elliottii and Pinus caribaea var. hondurensis suing microsatellites and a F1 hybrid.

Piel_SCU_2008_H1Map Viewer
Piel_SCU_2008_H10Map Viewer
Piel_SCU_2008_H11Map Viewer
Piel_SCU_2008_H2Map Viewer
Piel_SCU_2008_H3Map Viewer
Piel_SCU_2008_H4Map Viewer
Piel_SCU_2008_H5Map Viewer
Piel_SCU_2008_H6Map Viewer
Piel_SCU_2008_H7Map Viewer
Piel_SCU_2008_H8Map Viewer
Piel_SCU_2008_H9Map Viewer

Pinus taeda: Shepherd (2008, SCU)

Abbreviated name:Pita_SCU_genetic_2008
Accession:TG085
Species:Pinus taeda
Linkage groups:12
Published on:2008-01-01
Mapping Population:Genetic maps were constructed for species of Australes,Pinus taeda, Pinus elliottii var. elliottii and Pinus caribaea var. hondurensis suing microsatellites and a F1 hybrid.

Pita_SCU_2008_H1Map Viewer
Pita_SCU_2008_H10Map Viewer
Pita_SCU_2008_H11Map Viewer
Pita_SCU_2008_H12Map Viewer
Pita_SCU_2008_H13Map Viewer
Pita_SCU_2008_H2Map Viewer
Pita_SCU_2008_H3Map Viewer
Pita_SCU_2008_H4Map Viewer
Pita_SCU_2008_H5Map Viewer
Pita_SCU_2008_H7Map Viewer
Pita_SCU_2008_H8Map Viewer
Pita_SCU_2008_H9Map Viewer

Cryptomeria japonica: Moriguchi (2012, FFPRI)

Abbreviated name:Crja_FFPRI_genetic_2012
Accession:TG122
Species:Cryptomeria japonica
Linkage groups:11
Published on:2012-01-01
Mapping Population:A high density linkage map for the YI pedigree of C. japonica was constructed using 150 half-sib progenies from crosses between two F1 plants (YI96 ('Yabukuguri x Iwao') x YI38 ('Yabukuguri x Kuji34'))

Crja_FFPRI_2012_1Map Viewer
Crja_FFPRI_2012_10Map Viewer
Crja_FFPRI_2012_11Map Viewer
Crja_FFPRI_2012_2Map Viewer
Crja_FFPRI_2012_3Map Viewer
Crja_FFPRI_2012_4Map Viewer
Crja_FFPRI_2012_5Map Viewer
Crja_FFPRI_2012_6Map Viewer
Crja_FFPRI_2012_7Map Viewer
Crja_FFPRI_2012_8Map Viewer
Crja_FFPRI_2012_9Map Viewer

Cryptomeria japonica: Moriguchi (2012, FFPRI)

Abbreviated name:Crja_FFPRI_genetic_2012
Accession:TG123
Species:Cryptomeria japonica
Linkage groups:1
Published on:2012-01-01
Mapping Population:TO-A partial linkage map around the ms1 locus (ms1 is a recessive male-sterile gene) was constructed for 209 progenies of the TO-S pedigree, which was derived from a cross between a TO2 F1 plant and the elite tree Suzu-2. The TO2 plant was a cross between 'Toyama1 [male-sterile, ms1/ms1]' and ‘Ohara-2 [male-fertile, Ms1/Ms1]' and is thus a male-fertile tree that is heterozygous for the ms1 gene (Ms1/ms1). Suzu-2 is also male-fertile and heterozygous for the ms1 gene [male-fertile, Ms1/ms1]

Crja_FFPRI_2012_9Map Viewer

Pinus taeda: Groover (1994, USDF)

Abbreviated name:Pita_USDF_genetic_1994
Accession:TG947
Species:Pinus taeda
Linkage groups:18
Published on:1994-01-01
Mapping Population:Maternal parent of progeny generation of existing three-generation loblolly pine pedigrees belonging to the Weyerhaeuser Company was evaluated to identify pedigrees segregating for WSG QTL in the progeny generation. Only pedigrees with a minimum number (>>loo) of progeny of at least age 6 (to allow for adequate wood formation for WSG determination) were considered. Specifically, a pedigree with grandparental pairs displaying divergent WSG values and maximum variation for WSG in the progeny generation was desired. One pedigree was selected that best met the above criteria A total of 177 progeny at age 8-10 years were present across four sites in coastal North Carolina, one site in Arkansas and one site in Oklahoma. WSG = Wood specific gravity GxE=genotype x environment interaction

Pita_USDF_1994_1Map Viewer
Pita_USDF_1994_10Map Viewer
Pita_USDF_1994_11Map Viewer
Pita_USDF_1994_12Map Viewer
Pita_USDF_1994_13Map Viewer
Pita_USDF_1994_14Map Viewer
Pita_USDF_1994_15Map Viewer
Pita_USDF_1994_16Map Viewer
Pita_USDF_1994_17Map Viewer
Pita_USDF_1994_2Map Viewer
Pita_USDF_1994_3Map Viewer
Pita_USDF_1994_4Map Viewer
Pita_USDF_1994_5aMap Viewer
Pita_USDF_1994_5bMap Viewer
Pita_USDF_1994_6Map Viewer
Pita_USDF_1994_7Map Viewer
Pita_USDF_1994_8Map Viewer
Pita_USDF_1994_9Map Viewer

Pinus taeda: Sewell (2002, ORNL)

Abbreviated name:Pita_ORNL_genetic_2002
Accession:TG022
Species:Pinus taeda
Linkage groups:14
Published on:2002-01-01
Mapping Population:Three-generation outbred pedigree of loblolly pine (Pinus taeda L.). (cwc= cell wall chemistry), (QTLxE= QTLxenvironment interactions)

Pita_ORNL_2002_07bMap Viewer
Pita_ORNL_2002_1Map Viewer
Pita_ORNL_2002_10Map Viewer
Pita_ORNL_2002_11Map Viewer
Pita_ORNL_2002_13Map Viewer
Pita_ORNL_2002_14Map Viewer
Pita_ORNL_2002_2Map Viewer
Pita_ORNL_2002_3Map Viewer
Pita_ORNL_2002_4Map Viewer
Pita_ORNL_2002_5Map Viewer
Pita_ORNL_2002_6Map Viewer
Pita_ORNL_2002_7Map Viewer
Pita_ORNL_2002_8Map Viewer
Pita_ORNL_2002_9Map Viewer

Eucalyptus grandis: Grattapaglia (1996, CE)

Abbreviated name:Eugr_CE_genetic_1996
Accession:TG967
Species:Eucalyptus grandis
Linkage groups:11
Published on:1996-01-01
Mapping Population:Open pollinated maternal half-sib family of an elite genotype of Eucalpytpus grandis (Coffs Harbor, Australia). Seeds were obtained from a managed seed orchard at Aracruz Celulose S.A., Brazil where the E. grandis genotype is used as the only female clone, and 25 E. urophylla clones are used as pollinators. (CBH= circumference at breast height) (WSG= wood specific gravity) (%BARK = percentage dry weight of bark).

Eugr_CE_1996_01Map Viewer
Eugr_CE_1996_02Map Viewer
Eugr_CE_1996_03Map Viewer
Eugr_CE_1996_04Map Viewer
Eugr_CE_1996_05Map Viewer
Eugr_CE_1996_06Map Viewer
Eugr_CE_1996_07Map Viewer
Eugr_CE_1996_08Map Viewer
Eugr_CE_1996_10Map Viewer
Eugr_CE_1996_13Map Viewer
Eugr_CE_1996_14Map Viewer

Eucalyptus urophylla: Gan (2003, CAF)

Abbreviated name:Euur_CAF_genetic_2003
Accession:TG033
Species:Eucalyptus urophylla
Linkage groups:23
Published on:2003-01-01
Mapping Population:None

Euur_CAF_2003_01Map Viewer
Euur_CAF_2003_02Map Viewer
Euur_CAF_2003_03Map Viewer
Euur_CAF_2003_04Map Viewer
Euur_CAF_2003_05Map Viewer
Euur_CAF_2003_06Map Viewer
Euur_CAF_2003_07Map Viewer
Euur_CAF_2003_08Map Viewer
Euur_CAF_2003_09Map Viewer
Euur_CAF_2003_10Map Viewer
Euur_CAF_2003_11Map Viewer
Euur_CAF_2003_12Map Viewer
Euur_CAF_2003_13Map Viewer
Euur_CAF_2003_14Map Viewer
Euur_CAF_2003_15Map Viewer
Euur_CAF_2003_16Map Viewer
Euur_CAF_2003_17Map Viewer
Euur_CAF_2003_18Map Viewer
Euur_CAF_2003_19Map Viewer
Euur_CAF_2003_20Map Viewer
Euur_CAF_2003_21Map Viewer
Euur_CAF_2003_22Map Viewer
Euur_CAF_2003_23Map Viewer

Eucalyptus tereticornis: Gan (2003, CAF)

Abbreviated name:Eute_CAF_genetic_2003
Accession:TG034
Species:Eucalyptus tereticornis
Linkage groups:23
Published on:2003-01-01
Mapping Population:None

Eute_CAF_2003_01Map Viewer
Eute_CAF_2003_02Map Viewer
Eute_CAF_2003_03Map Viewer
Eute_CAF_2003_04Map Viewer
Eute_CAF_2003_05Map Viewer
Eute_CAF_2003_06Map Viewer
Eute_CAF_2003_07Map Viewer
Eute_CAF_2003_08Map Viewer
Eute_CAF_2003_09Map Viewer
Eute_CAF_2003_10Map Viewer
Eute_CAF_2003_11Map Viewer
Eute_CAF_2003_12Map Viewer
Eute_CAF_2003_13Map Viewer
Eute_CAF_2003_14Map Viewer
Eute_CAF_2003_15Map Viewer
Eute_CAF_2003_16Map Viewer
Eute_CAF_2003_17Map Viewer
Eute_CAF_2003_18Map Viewer
Eute_CAF_2003_19Map Viewer
Eute_CAF_2003_20Map Viewer
Eute_CAF_2003_21Map Viewer
Eute_CAF_2003_22Map Viewer
Eute_CAF_2003_23Map Viewer

Eucalyptus grandis: Gion (2011, CIRAD)

Abbreviated name:Eugr_CIRAD_genetic_2011
Accession:TG111
Species:Eucalyptus grandis
Linkage groups:11
Published on:2011-01-01
Mapping Population:An interspecific hybrid progeny (F1 outbreed) of E. uro- phylla and E. grandis was used to dissect wood proper- ties into their Mendelian inherited components (QTLs). (LGS=longitudinal growth strain. Ep E30, and E2i=modulus of elasticity. Sld Sls, and Slm=splitting index. Pil, Md =physical properties. Klas=lignin content. S,G and S/G=monomeric composition. Ext=extractive contents. Poly=phenolic content. Fla=flavanol content. FWL=fibre weighted length. Curl=fibre curl index. Ht59=total height at 59 months. Cir59=circumference at 59 months).

Eugr_CIRAD_2011_01Map Viewer
Eugr_CIRAD_2011_02Map Viewer
Eugr_CIRAD_2011_03Map Viewer
Eugr_CIRAD_2011_04Map Viewer
Eugr_CIRAD_2011_05Map Viewer
Eugr_CIRAD_2011_06Map Viewer
Eugr_CIRAD_2011_07Map Viewer
Eugr_CIRAD_2011_08Map Viewer
Eugr_CIRAD_2011_09Map Viewer
Eugr_CIRAD_2011_10Map Viewer
Eugr_CIRAD_2011_11Map Viewer

Eucalyptus urophylla: Gion (2011, CIRAD)

Abbreviated name:Euur_CIRAD_genetic_2011
Accession:TG112
Species:Eucalyptus urophylla
Linkage groups:11
Published on:2011-01-01
Mapping Population:An interspecific hybrid progeny (F1 outbreed) of E. uro- phylla and E. grandis was used to dissect wood proper- ties into their Mendelian inherited components (QTLs). (LGS=longitudinal growth strain. Ep E30, and E2i=modulus of elasticity. Sld Sls, and Slm=splitting index. Pil, Md =physical properties. Klas=lignin content. S,G and S/G=monomeric composition. Ext=extractive contents. Poly=phenolic content. Fla=flavanol content. FWL=fibre weighted length. Curl=fibre curl index. Ht59=total height at 59 months. Cir59=circumference at 59 months).

Euur_CIRAD_2011_01Map Viewer
Euur_CIRAD_2011_02Map Viewer
Euur_CIRAD_2011_03Map Viewer
Euur_CIRAD_2011_04Map Viewer
Euur_CIRAD_2011_05Map Viewer
Euur_CIRAD_2011_06Map Viewer
Euur_CIRAD_2011_07Map Viewer
Euur_CIRAD_2011_08Map Viewer
Euur_CIRAD_2011_09Map Viewer
Euur_CIRAD_2011_10Map Viewer
Euur_CIRAD_2011_11Map Viewer

Eucalyptus grandis: Brondani (2002, UNB-BR)

Abbreviated name:Eugr_UNB-BR_genetic_2002
Accession:TG023
Species:Eucalyptus grandis
Linkage groups:11
Published on:2002-01-01
Mapping Population:E. grandis (genotype 44), used as the female parent. A panel of 16 E. grandis trees, obtained from a germplasm bank were used for the characterization of the genetic information content of the mapped loci. Genomic DNA was extracted from young expanding leaves using the miniprep method described by Doyle and Doyle (1997), with modifications described for Eucalyptus by Grattapaglia and Sederoff (1994).

Eugr_UNB-BR_2002_01Map Viewer
Eugr_UNB-BR_2002_02Map Viewer
Eugr_UNB-BR_2002_03Map Viewer
Eugr_UNB-BR_2002_04Map Viewer
Eugr_UNB-BR_2002_05Map Viewer
Eugr_UNB-BR_2002_06Map Viewer
Eugr_UNB-BR_2002_07Map Viewer
Eugr_UNB-BR_2002_08Map Viewer
Eugr_UNB-BR_2002_09Map Viewer
Eugr_UNB-BR_2002_10Map Viewer
Eugr_UNB-BR_2002_11Map Viewer

Eucalyptus urophylla: Brondani (2002, UNB-BR)

Abbreviated name:Euur_UNB-BR_genetic_2002
Accession:TG024
Species:Eucalyptus urophylla
Linkage groups:10
Published on:2002-01-01
Mapping Population:E. urophylla (genotype 28). A panel of 16 E. urophylla trees, obtained from a germplasm bank were used for the characterization of the genetic information content of the mapped loci. Genomic DNA was extracted from young expanding leaves using the miniprep method described by Doyle and Doyle (1997), with modifications described for Eucalyptus by Grattapaglia and Sederoff (1994).

Euur_UNB-BR_2002_01Map Viewer
Euur_UNB-BR_2002_02Map Viewer
Euur_UNB-BR_2002_03Map Viewer
Euur_UNB-BR_2002_04Map Viewer
Euur_UNB-BR_2002_05Map Viewer
Euur_UNB-BR_2002_07Map Viewer
Euur_UNB-BR_2002_08Map Viewer
Euur_UNB-BR_2002_09Map Viewer
Euur_UNB-BR_2002_10Map Viewer
Euur_UNB-BR_2002_11Map Viewer

Populus trichocarpa x Populus deltoides: Street (2011, USA)

Abbreviated name:Potd_USA_genetic_2011
Accession:TG113
Species:Populus trichocarpa x Populus deltoides
Linkage groups:4
Published on:2011-01-01
Mapping Population:An inbred F2 mapping population (Family 331), formed from a cross between Populus trichocarpa Torr. & Gray (93e968) and P. deltoides Bart (ILL-129), known to be highly divergent for a vast range of phenotypic traits was developed by Bradshaw et al. (1994). This pedigree was imported into the UK in 1999 (see Rae et al., 2009 for details). Hardwood cuttings used in this study were obtained from a field site in Hampshire, UK (see Rae et al., 2004 for details). Cuttings of uniform length and that were of uniform diameter within each genotype (i.e. cutting diameter between genotypes was as consistent as possible but may vary but within genotype all diameters were uniform)) were stored at 2 C until required. Three replicates of 164 F2 genotypes and the P. trichocarpa and P. deltoides grandparents were each assigned within the eight chambers ensuring that replicates of each genotype were distributed evenly across the chambers. (dm=diameter/basal stem diameter, hgt=height, lfnum30 = leaf number (30d), lfnum70 = leaf number (70d), chlr = chlorophyll content, abs30= absolute expansion/leaf abscission (30d), abs 70 = abscission/leaf abscission (70d), ttdmg30 = necrosis (30d)/visible damage 30d), ttdmg70 = total damage/visible damage (70d)).

Potd_USA_2011_01Map Viewer
Potd_USA_2011_02Map Viewer
Potd_USA_2011_04Map Viewer
Potd_USA_2011_10Map Viewer

Populus trichocarpa x Populus deltoides: Frewen (2000, UWA)

Abbreviated name:Potd_UWA_genetic_2000
Accession:TG007
Species:Populus trichocarpa x Populus deltoides
Linkage groups:9
Published on:2000-01-01
Mapping Population:An interspecific hybrid progeny (F1 outbreed) of E. uro- phylla and E. grandis was used to dissect wood proper- ties into their Mendelian inherited components (QTLs). (LGS=longitudinal growth strain. Ep E30, and E2i=modulus of elasticity. Sld Sls, and Slm=splitting index. Pil, Md =physical properties. Klas=lignin content. S,G and S/G=monomeric composition. Ext=extractive contents. Poly=phenolic content. Fla=flavanol content. FWL=fibre weighted length. Curl=fibre curl index. Ht59=total height at 59 months. Cir59=circumference at 59 months). (bsbb=bud set/bud break).

Potd_UWA_2000_01Map Viewer
Potd_UWA_2000_02Map Viewer
Potd_UWA_2000_03Map Viewer
Potd_UWA_2000_04Map Viewer
Potd_UWA_2000_05Map Viewer
Potd_UWA_2000_06Map Viewer
Potd_UWA_2000_07Map Viewer
Potd_UWA_2000_08Map Viewer
Potd_UWA_2000_09Map Viewer

Populus trichocarpa: Frewen (2000, UWA)

Abbreviated name:Potr_UWA_genetic_2000
Accession:TG008
Species:Populus trichocarpa
Linkage groups:8
Published on:2000-01-01
Mapping Population:An interspecific hybrid progeny (F1 outbreed) of E. uro- phylla and E. grandis was used to dissect wood proper- ties into their Mendelian inherited components (QTLs). (LGS=longitudinal growth strain. Ep E30, and E2i=modulus of elasticity. Sld Sls, and Slm=splitting index. Pil, Md =physical properties. Klas=lignin content. S,G and S/G=monomeric composition. Ext=extractive contents. Poly=phenolic content. Fla=flavanol content. FWL=fibre weighted length. Curl=fibre curl index. Ht59=total height at 59 months. Cir59=circumference at 59 months). (bsbb=bud set/bud break).

Potr_UWA_2000_01Map Viewer
Potr_UWA_2000_02Map Viewer
Potr_UWA_2000_03Map Viewer
Potr_UWA_2000_04Map Viewer
Potr_UWA_2000_05Map Viewer
Potr_UWA_2000_06Map Viewer
Potr_UWA_2000_07Map Viewer
Potr_UWA_2000_08Map Viewer

Populus trichocarpa: Street (2008, USA)

Abbreviated name:Potr_USA_genetic_2008
Accession:TG086
Species:Populus trichocarpa
Linkage groups:2
Published on:2008-01-01
Mapping Population:Populus trichocarpa 'Nisqually-1' Nimblegen microarrays [80] and [57] make use of an experiment profiling gene expression in different tissues of Populus trichocarpa 'Niqually-1,' the sequenced clone. This experiment has been deposited in GEO (Gene Expression Omnibus, [81]) as a series GSE6442. We used only the subset of 16 arrays specific to P. trichocarpa 'Nisqually-1'. A matrix of normalised expression values was downloaded and gene model means calculated. All subsequent analysis was performed only on probes for nuclear gene models. For OPLS analysis (see below), samples were classified as either leaf or nonleaf. The microarrays used are whole-genome arrays with probes designed to profile 55,794 nuclear and 126 chloroplast and mitochondria gene model sequences in addition to 9,995 unigenes derived from EST sequences [82]. The array platform is in GEO as accession GPL2618. We refer to this dataset as the P. trichocarpa Tissue Comparison (Pt-TC) experiment. (LE=leaf extension, LW2=leaf width, L2=length2, LN=leaf number).

Potr_USA_2008_03Map Viewer
Potr_USA_2008_05Map Viewer

Corylus avellana: Sathuvalli (2012, OSU)

Abbreviated name:Coav_OSU_genetic_2012
Accession:TG124
Species:Corylus avellana
Linkage groups:1
Published on:2012-01-01
Mapping Population:BC1

Coav_OSU_2012_6Map Viewer

Populus fremontii x Populus angustifolia: Woolbright (2008, NAU)

Abbreviated name:Pofn_NAU_genetic_2008
Accession:TG087
Species:Populus fremontii x Populus angustifolia
Linkage groups:19
Published on:2008-01-01
Mapping Population:Parents for a segregating backcross mapping population were chosen from a naturally occurring hybrid zone on the Weber River in northern Utah. Parental species/hybrid class was determined using preliminary marker data from 33 nuclear RFLP loci (detailed in Martisen et al., 2001). Using the technique of Stanton and Villar (1996), we crossed a P. augustifolia female clone (#996) with a male F1 hybrid (P. fremontii x P. angustifolia, clone WSU-6) resulting in 246 full-sib backcross progeny. The seed progeny were germinated under a misting bench within 2 weeks of dehiscence and planted in standard potting mix. Cuttings of the parental clones were made at the same time. Cuttings of the parental clones were made at the same time. Cuttings from the parent clones and hybrid progeny were grown in a greenhouse for 2 years under uniform conditions. Fresh leaves were collected from parents and progeny at the height of the growing season, frozen on dry ice, and in some cases lyophilized. DNA was extracted as per Martinsen et al. (2001), or using the Qiagen DNeasy plant miniprep kit (Qiagen, Helden, Germany). Reanalysis of RFLP markers subsequent to the cross confirmed WSU-6 as an F1 hybrid, but showed P. angustifolia clone #996 to likely be an advanced backcross hybrid/introgressant (see Martinsen et al., 2001) heterozygous for P. fremontii and P. angustifolia alleles at a single locus (RFLP probe p1254, Bradshaw and Stettler, 1993).

Pofn_NAU_2008_01Map Viewer
Pofn_NAU_2008_02Map Viewer
Pofn_NAU_2008_03Map Viewer
Pofn_NAU_2008_04Map Viewer
Pofn_NAU_2008_05Map Viewer
Pofn_NAU_2008_06Map Viewer
Pofn_NAU_2008_07Map Viewer
Pofn_NAU_2008_08Map Viewer
Pofn_NAU_2008_09Map Viewer
Pofn_NAU_2008_10Map Viewer
Pofn_NAU_2008_11Map Viewer
Pofn_NAU_2008_12Map Viewer
Pofn_NAU_2008_13Map Viewer
Pofn_NAU_2008_14Map Viewer
Pofn_NAU_2008_15Map Viewer
Pofn_NAU_2008_16Map Viewer
Pofn_NAU_2008_17Map Viewer
Pofn_NAU_2008_18Map Viewer
Pofn_NAU_2008_19Map Viewer

Castanea sativa mill: Casasoli (2006, INR)

Abbreviated name:Cast_INR_genetic_2006
Accession:TG063
Species:Castanea sativa mill
Linkage groups:12
Published on:2006-01-01
Mapping Population:Two consensus genetic maps were constructed in Q. robur and C. sativa to merge marker and linkage information from different mapping experiments in a single map for each species. Some of the markers that were contained in the two parental QTL framework maps (Casasoli et al. 2004; Scotti-Saintagne et al. 2004), all SSR markers mapped in both species (Barreneche et al. 2004), and STSs mapped in this study were merged in these new consensus maps. Since the two original oak and chestnut linkage maps (Barreneche et al. 1998; Casasoli et al., 2001) were used to select a subsample of evenly distributed markers for QTL analysis and to map SSR and STS markers, a single consensus genetic map could be constructed for each species from original data.

Cast_INR_2006_01Map Viewer
Cast_INR_2006_02Map Viewer
Cast_INR_2006_04Map Viewer
Cast_INR_2006_05Map Viewer
Cast_INR_2006_06Map Viewer
Cast_INR_2006_07Map Viewer
Cast_INR_2006_08Map Viewer
Cast_INR_2006_09Map Viewer
Cast_INR_2006_10Map Viewer
Cast_INR_2006_11Map Viewer
Cast_INR_2006_12Map Viewer
Cast_INR_2006_3Map Viewer

Quercus petraea/Quercus robur mixed clone library: Casasoli (2006, INR)

Abbreviated name:Qupq_INR_genetic_2006
Accession:TG064
Species:Quercus petraea/Quercus robur mixed clone library
Linkage groups:12
Published on:2006-01-01
Mapping Population:Two consensus genetic maps were constructed in Q. robur and C. sativa to merge marker and linkage information from different mapping experiments in a single map for each species. Some of the markers that were contained in the two parental QTL framework maps (Casasoli et al. 2004; Scotti-Saintagne et al. 2004), and STSs mapped in this study were merged in these new consensus maps. Since the two original oak and chestnut linkage maps (Barreneche et al. 1998; Casasoli et al., 2001) were used to select a subsample of evenly distributed markers for QTL analysis and to map SSR and STS markers, a single consensus genetic map could be constructed for each species from original data.

Qupq_INR_2006_01Map Viewer
Qupq_INR_2006_02Map Viewer
Qupq_INR_2006_03Map Viewer
Qupq_INR_2006_04Map Viewer
Qupq_INR_2006_05Map Viewer
Qupq_INR_2006_06Map Viewer
Qupq_INR_2006_07Map Viewer
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Qupq_INR_2006_11Map Viewer
Qupq_INR_2006_12Map Viewer

Salix viminalis x Salix schwerinii: Tsarouhas (2002, UPS1)

Abbreviated name:Salx_UPS1_genetic_2002
Accession:TG025
Species:Salix viminalis x Salix schwerinii
Linkage groups:23
Published on:2002-01-01
Mapping Population:Male hybrid clone "Bjorn"(S. viminalis x S. schwerinii) produced by Svalof Weibull AB. (ngr = number of vegetative buds at flowering time) (ht = height growth)

Salx_UPS1_2002_01Map Viewer
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Salx_UPS1_2002_08Map Viewer
Salx_UPS1_2002_10Map Viewer
Salx_UPS1_2002_11Map Viewer
Salx_UPS1_2002_12Map Viewer
Salx_UPS1_2002_13Map Viewer
Salx_UPS1_2002_14Map Viewer
Salx_UPS1_2002_15Map Viewer
Salx_UPS1_2002_16Map Viewer
Salx_UPS1_2002_18Map Viewer
Salx_UPS1_2002_19Map Viewer
Salx_UPS1_2002_20Map Viewer
Salx_UPS1_2002_21Map Viewer
Salx_UPS1_2002_22Map Viewer
Salx_UPS1_2002_24Map Viewer
Salx_UPS1_2002_25Map Viewer
Salx_UPS1_2002_26Map Viewer

Salix viminalis: Tsarouhas (2002, UPS1)

Abbreviated name:Savi_UPS1_genetic_2002
Accession:TG026
Species:Salix viminalis
Linkage groups:19
Published on:2002-01-01
Mapping Population:Female clone "78183" (S. viminalis) produced by Svalöf Weibull AB. (ht = height growth) (nst99 = number of shoots in 1999) (dm00 = number of shoots in 2000).

Salx_UPS1_2002_01Map Viewer
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Salx_UPS1_2002_03Map Viewer
Salx_UPS1_2002_04Map Viewer
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Salx_UPS1_2002_08Map Viewer
Salx_UPS1_2002_09Map Viewer
Salx_UPS1_2002_10Map Viewer
Salx_UPS1_2002_11Map Viewer
Salx_UPS1_2002_12Map Viewer
Salx_UPS1_2002_13Map Viewer
Salx_UPS1_2002_14Map Viewer
Salx_UPS1_2002_15Map Viewer
Salx_UPS1_2002_16Map Viewer
Salx_UPS1_2002_17Map Viewer
Salx_UPS1_2002_18Map Viewer
Salx_UPS1_2002_19Map Viewer

Quercus petraea/Quercus robur mixed clone library: Gailing (2008, IFGFT)

Abbreviated name:Qupq_IFGFT_genetic_2008
Accession:TG088
Species:Quercus petraea/Quercus robur mixed clone library
Linkage groups:11
Published on:2008-01-01
Mapping Population:None

Qupq_IFGFT_2008_01Map Viewer
Qupq_IFGFT_2008_02Map Viewer
Qupq_IFGFT_2008_03Map Viewer
Qupq_IFGFT_2008_04Map Viewer
Qupq_IFGFT_2008_05Map Viewer
Qupq_IFGFT_2008_06Map Viewer
Qupq_IFGFT_2008_07Map Viewer
Qupq_IFGFT_2008_08Map Viewer
Qupq_IFGFT_2008_09Map Viewer
Qupq_IFGFT_2008_11Map Viewer
Qupq_IFGFT_2008_12Map Viewer

Quercus petraea/Quercus robur mixed clone library: Gailing (2008, IFGFT)

Abbreviated name:Qupq_IFGFT_genetic_2008
Accession:TG089
Species:Quercus petraea/Quercus robur mixed clone library
Linkage groups:11
Published on:2008-01-01
Mapping Population:Q. robur. Female. The female parent (accession EF03) is situated close to Escherode (Lower Saxony, 51o19c N, 9o40c E, altitude 380 m) and is characterised by cholorplast. Controlled crossings were performed at the end of April 2003 (30th April to 2nd May). Branches of the pollen donor were cut one week earlier. Pollen was collected, dried at room temperature (23 degrees C, low air humidity), cleaned and collected in glass flasks. Female stroboli were isolated in paper-cellophane bags before female flowers were receptive; male stroboli were removed by hand. Pollination was done when the pistil was large, wide open and when the stigma showed a reddish colour. A total of 600 twigs with four female flowers on average were isolated. Pollination was done manually with a paintbrush (450 twigs) or, alternatively, with a pollen sprayer with a rubber bulb (150 twigs) (Steinhoff 1993). haplotype 1 that is indigenous to Germany (LDR = lobe depth ratio, LL = lamina length, LW = lobe width, LWR = lobe width ratio, NL = number of lobes, NV = number of intercalary veins, OB = lamina shape or obversity, PV = percentage venation, SW = sinus width, WP = length of lamina at largest width.

Qupq_IFGFT_2008_01Map Viewer
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Qupq_IFGFT_2008_03Map Viewer
Qupq_IFGFT_2008_04Map Viewer
Qupq_IFGFT_2008_05Map Viewer
Qupq_IFGFT_2008_06Map Viewer
Qupq_IFGFT_2008_07Map Viewer
Qupq_IFGFT_2008_08Map Viewer
Qupq_IFGFT_2008_09Map Viewer
Qupq_IFGFT_2008_11Map Viewer
Qupq_IFGFT_2008_12Map Viewer

Pinus taeda: Martinez-Garcia (2013, UCD-NEALE)

Abbreviated name:Pita_UCD-NEALE_genetic_2013
Accession:TG134
Species:Pinus taeda
Linkage groups:12
Published on:2013-01-01
Mapping Population:202base and 415qtl pedigree

Pita_UCD-NEALE_2013_1Map Viewer
Pita_UCD-NEALE_2013_10Map Viewer
Pita_UCD-NEALE_2013_11Map Viewer
Pita_UCD-NEALE_2013_12Map Viewer
Pita_UCD-NEALE_2013_2Map Viewer
Pita_UCD-NEALE_2013_3Map Viewer
Pita_UCD-NEALE_2013_4Map Viewer
Pita_UCD-NEALE_2013_5Map Viewer
Pita_UCD-NEALE_2013_6Map Viewer
Pita_UCD-NEALE_2013_7Map Viewer
Pita_UCD-NEALE_2013_8Map Viewer
Pita_UCD-NEALE_2013_9Map Viewer

Cryptomeria japonica: Moriguchi (2013, NU)

Abbreviated name:Crja_NU_genetic_2013
Accession:TG135
Species:Cryptomeria japonica
Linkage groups:1
Published on:2013-01-01
Mapping Population:S3T67

Crja_NU_2013_9Map Viewer

Cryptomeria japonica: Moriguchi (2013, NU)

Abbreviated name:Crja_NU_genetic_2013
Accession:TG136
Species:Cryptomeria japonica
Linkage groups:1
Published on:2013-01-01
Mapping Population:F1N4

Crja_NU_2013_9Map Viewer

Cryptomeria japonica: Moriguchi (2013, NU)

Abbreviated name:Crja_NU_genetic_2013
Accession:TG137
Species:Cryptomeria japonica
Linkage groups:1
Published on:2013-01-01
Mapping Population:TO13S

Crja_NU_2013_9Map Viewer

Cryptomeria japonica: Moriguchi (2013, NU)

Abbreviated name:Crja_NU_genetic_2013
Accession:TG138
Species:Cryptomeria japonica
Linkage groups:1
Published on:2013-01-01
Mapping Population:T5

Crja_NU_2013_9Map Viewer

Pinus pinaster: de Miguel (2014, C-IIN)

Abbreviated name:Pipn_C-IIN_genetic_2014
Accession:TG141
Species:Pinus pinaster
Linkage groups:13
Published on:2014-01-01
Mapping Population:Gal 1056 x Oria 6, 162 siblings, controlled cross between two parental trees with contrasting drought response

Pipn_C-IIN_2014_1Map Viewer
Pipn_C-IIN_2014_10Map Viewer
Pipn_C-IIN_2014_11Map Viewer
Pipn_C-IIN_2014_12Map Viewer
Pipn_C-IIN_2014_2Map Viewer
Pipn_C-IIN_2014_3aMap Viewer
Pipn_C-IIN_2014_3bMap Viewer
Pipn_C-IIN_2014_4Map Viewer
Pipn_C-IIN_2014_5Map Viewer
Pipn_C-IIN_2014_6Map Viewer
Pipn_C-IIN_2014_7Map Viewer
Pipn_C-IIN_2014_8Map Viewer
Pipn_C-IIN_2014_9Map Viewer

Eucalyptus camaldulensis: Alfenas (2014, UFV)

Abbreviated name:Euca_UFV_genetic_2014
Accession:TG142
Species:Eucalyptus camaldulensis
Linkage groups:11
Published on:2014-01-01
Mapping Population:E. urophylla x E. camaldulensis F1 family of 89 plants. 4-5 clonal replicates per 29 individual offspring were clonally propagated, totalling 445 plants which were phenotyped for Calonectria Leaf Blight resistance.

Euca_UFV_2014_1Map Viewer
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Euca_UFV_2014_4Map Viewer
Euca_UFV_2014_5Map Viewer
Euca_UFV_2014_6Map Viewer
Euca_UFV_2014_7Map Viewer
Euca_UFV_2014_8Map Viewer
Euca_UFV_2014_9Map Viewer

Eucalyptus urophylla: Alfenas (2014, UFV)

Abbreviated name:Euur_UFV_genetic_2014
Accession:TG143
Species:Eucalyptus urophylla
Linkage groups:11
Published on:2014-01-01
Mapping Population:E. urophylla x E. camaldulensis F1 family of 89 plants. 4-5 clonal replicates per 29 individual offspring were clonally propagated, totalling 445 plants which were phenotyped for Calonectria Leaf Blight resistance.

Euur_UFV_2014_1Map Viewer
Euur_UFV_2014_10Map Viewer
Euur_UFV_2014_11Map Viewer
Euur_UFV_2014_2Map Viewer
Euur_UFV_2014_3Map Viewer
Euur_UFV_2014_4Map Viewer
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Euur_UFV_2014_6Map Viewer
Euur_UFV_2014_7Map Viewer
Euur_UFV_2014_8Map Viewer
Euur_UFV_2014_9Map Viewer

Vitis vinifera: Carreño (2014, IMIDA)

Abbreviated name:Vivi_IMIDA_genetic_2014
Accession:TG144
Species:Vitis vinifera
Linkage groups:27
Published on:2014-01-01
Mapping Population:Ruby Seedless (R)

Vivi_IMIDA_2014_10Map Viewer
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Vivi_IMIDA_2014_16Map Viewer
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Vivi_IMIDA_2014_18bMap Viewer
Vivi_IMIDA_2014_18tMap Viewer
Vivi_IMIDA_2014_19Map Viewer
Vivi_IMIDA_2014_1bMap Viewer
Vivi_IMIDA_2014_1tMap Viewer
Vivi_IMIDA_2014_2Map Viewer
Vivi_IMIDA_2014_3Map Viewer
Vivi_IMIDA_2014_4bMap Viewer
Vivi_IMIDA_2014_4tMap Viewer
Vivi_IMIDA_2014_5bMap Viewer
Vivi_IMIDA_2014_5tMap Viewer
Vivi_IMIDA_2014_6tMap Viewer
Vivi_IMIDA_2014_7bMap Viewer
Vivi_IMIDA_2014_7cMap Viewer
Vivi_IMIDA_2014_7tMap Viewer
Vivi_IMIDA_2014_8bMap Viewer
Vivi_IMIDA_2014_8cMap Viewer
Vivi_IMIDA_2014_8tMap Viewer
Vivi_IMIDA_2014_9Map Viewer

Vitis vinifera: Carreño (2014, IMIDA)

Abbreviated name:Vivi_IMIDA_genetic_2014
Accession:TG145
Species:Vitis vinifera
Linkage groups:26
Published on:2014-01-01
Mapping Population:Moscatuel (M)

Vivi_IMIDA_2014_1Map Viewer
Vivi_IMIDA_2014_10Map Viewer
Vivi_IMIDA_2014_11Map Viewer
Vivi_IMIDA_2014_12Map Viewer
Vivi_IMIDA_2014_13Map Viewer
Vivi_IMIDA_2014_14bMap Viewer
Vivi_IMIDA_2014_14tMap Viewer
Vivi_IMIDA_2014_15Map Viewer
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Vivi_IMIDA_2014_18bMap Viewer
Vivi_IMIDA_2014_18tMap Viewer
Vivi_IMIDA_2014_19bMap Viewer
Vivi_IMIDA_2014_19tMap Viewer
Vivi_IMIDA_2014_2bMap Viewer
Vivi_IMIDA_2014_2tMap Viewer
Vivi_IMIDA_2014_3Map Viewer
Vivi_IMIDA_2014_4Map Viewer
Vivi_IMIDA_2014_5Map Viewer
Vivi_IMIDA_2014_6Map Viewer
Vivi_IMIDA_2014_7bMap Viewer
Vivi_IMIDA_2014_7tMap Viewer
Vivi_IMIDA_2014_8bMap Viewer
Vivi_IMIDA_2014_8tMap Viewer
Vivi_IMIDA_2014_9bMap Viewer
Vivi_IMIDA_2014_9tMap Viewer

Vitis vinifera: Carreño (2014, IMIDA)

Abbreviated name:Vivi_IMIDA_genetic_2014
Accession:TG146
Species:Vitis vinifera
Linkage groups:23
Published on:2014-01-01
Mapping Population:Consensus Ruby Seedless x Moscatuel (RxM)

Vivi_IMIDA_2014_1Map Viewer
Vivi_IMIDA_2014_10Map Viewer
Vivi_IMIDA_2014_11Map Viewer
Vivi_IMIDA_2014_12Map Viewer
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Vivi_IMIDA_2014_14Map Viewer
Vivi_IMIDA_2014_15Map Viewer
Vivi_IMIDA_2014_16Map Viewer
Vivi_IMIDA_2014_17Map Viewer
Vivi_IMIDA_2014_18Map Viewer
Vivi_IMIDA_2014_19Map Viewer
Vivi_IMIDA_2014_2Map Viewer
Vivi_IMIDA_2014_3Map Viewer
Vivi_IMIDA_2014_4Map Viewer
Vivi_IMIDA_2014_5bMap Viewer
Vivi_IMIDA_2014_5tMap Viewer
Vivi_IMIDA_2014_6bMap Viewer
Vivi_IMIDA_2014_6tMap Viewer
Vivi_IMIDA_2014_7bMap Viewer
Vivi_IMIDA_2014_7cMap Viewer
Vivi_IMIDA_2014_7tMap Viewer
Vivi_IMIDA_2014_8Map Viewer
Vivi_IMIDA_2014_9Map Viewer

Vitis vinifera: Carreño (2014, IMIDA)

Abbreviated name:Vivi_IMIDA_genetic_2014
Accession:TG147
Species:Vitis vinifera
Linkage groups:19
Published on:2014-01-01
Mapping Population:Muscat Hamburg (MH)

Vivi_IMIDA_2014_1Map Viewer
Vivi_IMIDA_2014_10Map Viewer
Vivi_IMIDA_2014_11Map Viewer
Vivi_IMIDA_2014_12Map Viewer
Vivi_IMIDA_2014_13Map Viewer
Vivi_IMIDA_2014_14Map Viewer
Vivi_IMIDA_2014_15Map Viewer
Vivi_IMIDA_2014_16Map Viewer
Vivi_IMIDA_2014_17Map Viewer
Vivi_IMIDA_2014_18Map Viewer
Vivi_IMIDA_2014_19Map Viewer
Vivi_IMIDA_2014_2Map Viewer
Vivi_IMIDA_2014_3Map Viewer
Vivi_IMIDA_2014_4Map Viewer
Vivi_IMIDA_2014_5Map Viewer
Vivi_IMIDA_2014_6Map Viewer
Vivi_IMIDA_2014_7Map Viewer
Vivi_IMIDA_2014_8Map Viewer
Vivi_IMIDA_2014_9Map Viewer

Vitis vinifera: Carreño (2014, IMIDA)

Abbreviated name:Vivi_IMIDA_genetic_2014
Accession:TG148
Species:Vitis vinifera
Linkage groups:21
Published on:2014-01-01
Mapping Population:Sugraone (SO)

Vivi_IMIDA_2014_1Map Viewer
Vivi_IMIDA_2014_10Map Viewer
Vivi_IMIDA_2014_11Map Viewer
Vivi_IMIDA_2014_12Map Viewer
Vivi_IMIDA_2014_13Map Viewer
Vivi_IMIDA_2014_14Map Viewer
Vivi_IMIDA_2014_15Map Viewer
Vivi_IMIDA_2014_16Map Viewer
Vivi_IMIDA_2014_17Map Viewer
Vivi_IMIDA_2014_18bMap Viewer
Vivi_IMIDA_2014_18tMap Viewer
Vivi_IMIDA_2014_19Map Viewer
Vivi_IMIDA_2014_2Map Viewer
Vivi_IMIDA_2014_3Map Viewer
Vivi_IMIDA_2014_4Map Viewer
Vivi_IMIDA_2014_5Map Viewer
Vivi_IMIDA_2014_6Map Viewer
Vivi_IMIDA_2014_7bMap Viewer
Vivi_IMIDA_2014_7tMap Viewer
Vivi_IMIDA_2014_8Map Viewer
Vivi_IMIDA_2014_9Map Viewer

Vitis vinifera: Carreño (2014, IMIDA)

Abbreviated name:Vivi_IMIDA_genetic_2014
Accession:TG149
Species:Vitis vinifera
Linkage groups:19
Published on:2014-01-01
Mapping Population:Consensus Muscat Hamburg x Sugraone (MHxSO)

Vivi_IMIDA_2014_1Map Viewer
Vivi_IMIDA_2014_10Map Viewer
Vivi_IMIDA_2014_11Map Viewer
Vivi_IMIDA_2014_12Map Viewer
Vivi_IMIDA_2014_13Map Viewer
Vivi_IMIDA_2014_14Map Viewer
Vivi_IMIDA_2014_15Map Viewer
Vivi_IMIDA_2014_16Map Viewer
Vivi_IMIDA_2014_17Map Viewer
Vivi_IMIDA_2014_18Map Viewer
Vivi_IMIDA_2014_19Map Viewer
Vivi_IMIDA_2014_2Map Viewer
Vivi_IMIDA_2014_3Map Viewer
Vivi_IMIDA_2014_4Map Viewer
Vivi_IMIDA_2014_5Map Viewer
Vivi_IMIDA_2014_6Map Viewer
Vivi_IMIDA_2014_7Map Viewer
Vivi_IMIDA_2014_8Map Viewer
Vivi_IMIDA_2014_9Map Viewer

Pinus balfouriana: Friedline (2015, VCU)

Abbreviated name:Pibf_VCU_genetic_2015
Accession:TG151
Species:Pinus balfouriana
Linkage groups:12
Published on:2015-01-01
Mapping Population:Consensus

Pibf_VCU_2015_1Map Viewer
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Pibf_VCU_2015_9Map Viewer

Eucalyptus dunnii (D) x Eucalyptus grandis (G)] x [Eucalyptus urophylla (U) x Eucalyptus globulus (GL)]: Alfenas (2015, UFV)

Abbreviated name:Euss_UFV_genetic_2015
Accession:TG152
Species:Eucalyptus dunnii (D) x Eucalyptus grandis (G)] x [Eucalyptus urophylla (U) x Eucalyptus globulus (GL)]
Linkage groups:11
Published on:2015-01-01
Mapping Population:Full-sib family of 127 plants originated from a cross between two interspecific F1 hybrid parents: [E. dunni (D) x E. grandis (G)] x [E. urophylla (U) x E. globulus]

Euss_UFV_2015_1Map Viewer
Euss_UFV_2015_10Map Viewer
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Euss_UFV_2015_7Map Viewer
Euss_UFV_2015_8Map Viewer
Euss_UFV_2015_9Map Viewer

Cryptomeria japonica: Moriguchi (2015, NU)

Abbreviated name:Crja_NU_genetic_2015
Accession:TG153
Species:Cryptomeria japonica
Linkage groups:1
Published on:2015-01-01
Mapping Population:S1-2_2016

Crja_NU_2015_5Map Viewer

Eucalyptus dunnii (D) x Eucalyptus grandis (G)] x [Eucalyptus urophylla (U) x Eucalyptus globulus (GL)]: Rosado (2016, UFV)

Abbreviated name:Euss_UFV_genetic_2016
Accession:TG161
Species:Eucalyptus dunnii (D) x Eucalyptus grandis (G)] x [Eucalyptus urophylla (U) x Eucalyptus globulus (GL)]
Linkage groups:11
Published on:2016-01-01
Mapping Population:Full-sib family of 127 plants originated from a cross between two interspecific F1 hybrid parents: [E. dunni (D) x E. grandis (G)] x [E. urophylla (U) x E. globulus (GL)]

Euss_UFV_2016_1Map Viewer
Euss_UFV_2016_10Map Viewer
Euss_UFV_2016_11Map Viewer
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Euss_UFV_2016_5Map Viewer
Euss_UFV_2016_6Map Viewer
Euss_UFV_2016_7Map Viewer
Euss_UFV_2016_8Map Viewer
Euss_UFV_2016_9Map Viewer

Cryptomeria japonica: Moriguchi (2015, NU)

Abbreviated name:Crja_NU_genetic_2015
Accession:TG154
Species:Cryptomeria japonica
Linkage groups:1
Published on:2015-01-01
Mapping Population:T5_2016

Crja_NU_2015_9Map Viewer

Cryptomeria japonica: Moriguchi (2015, NU)

Abbreviated name:Crja_NU_genetic_2015
Accession:TG155
Species:Cryptomeria japonica
Linkage groups:1
Published on:2015-01-01
Mapping Population:S5HK7_2016

Crja_NU_2015_1Map Viewer

Cryptomeria japonica: Moriguchi (2015, NU)

Abbreviated name:Crja_NU_genetic_2015
Accession:TG156
Species:Cryptomeria japonica
Linkage groups:1
Published on:2015-01-01
Mapping Population:S8HK5_2016

Crja_NU_2015_4Map Viewer

Cryptomeria japonica: Moriguchi (2015, NU)

Abbreviated name:Crja_NU_genetic_2015
Accession:TG157
Species:Cryptomeria japonica
Linkage groups:11
Published on:2015-01-01
Mapping Population:YI_2016

Crja_NU_2015_1Map Viewer
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Crja_NU_2015_5Map Viewer
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Crja_NU_2015_7Map Viewer
Crja_NU_2015_8Map Viewer
Crja_NU_2015_9Map Viewer
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