Trait Overview
Traitflower date first
Trait Categoryplant growth and development trait
AbbreviationFLDATE1
DefinitionJulian date of first open flowers for an individual, whole plant, or population
Descriptors[view all 9]
QTLs[view all 90]
Descriptors
GroupDescriptor
GRIN_RUBUSBLOOM1
GRIN_PLUMFIRSTFLWR
GRIN_STRAWBERRYFIRSTBLOOM
STRAWBERRY_CRSFIRST_BLOOM_DATE
STRAWBERRY_CRSGDD_FIRST_BLOOM
STRAWBERRY_CRSJULIAN_FST_BLOOM
GRIN_PLUMFLOWERDATE
GRIN_ALMONDFIRSTFLWR
GRIN_APRICOTFIRSTFLWR
QTLs
Download Table
QTL/MTLLinkage GroupPeakStartStopDatasetMapViewer
qDFL.DE-chD10-3D10-314--Horticultural traits-Torres-2005View
qDFL.DE-chD10-6D10-638.5--Horticultural traits-Torres-2005View
qFWT.IF-ch4-1995459--Agronomic traits-Verde-2002View
qFWT.IF-ch4-1996459--Agronomic traits-Verde-2002View
qFWT.IF-ch4-1997455--Agronomic traits-Verde-2002View
qFWT.IF-ch4-1998455--Agronomic traits-Verde-2002View
qFWT.IF-ch4-1999457--Agronomic traits-Verde-2002View
qFWT.RD-ch1G1---Almond-Kernel Taste-Martinez-Gomez-2012View
qFWT.RD-ch6G6---Almond-Kernel Taste-Martinez-Gomez-2012View
qFWT.RD-ch7G7---Almond-Kernel Taste-Martinez-Gomez-2012View
qFWT.RL-L1.ForliL1121.2--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L1.Forli2L1127.5--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L1.multilocationL1145.9--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L1.MuricaL1147.6--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L1.Murica2L1139.3--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L1.Murica3L1145.1--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L1.Murica4L1150.5--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L1.ToulenneL1138.3--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L1.Toulenne2L1144.4--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L4.MariborL447.9--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L4.Maribor5L449.9--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L4.multilocationL440.5--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L5.ForliL553.5--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L5.multilocationL555.5--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L5.NimesL552.6--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L5.Nimes2L554.2--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L5.ToulenneL553.0--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L5.Toulenne2L554.8--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L6.multilocationL616--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L6.MuricaL650.0--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L6.NimesL622.7--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L6.Nimes2L626.9--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L6.Nimes3L616.4--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L6.ToulenneL641.4--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L6.Toulenne2L645.9--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L6.Toulenne3L648.9--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L6.Toulenne4L632.7--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-L7.MuricaL750.2--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R1.multilocationR127.4--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R1.MuricaR147.7--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R1.ToulenneR1132.9--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R2.multilocationR213.3--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R2.ToulenneR272.3--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R2.Toulenne2R260.8--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R3.multilocationR347.6--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R3.MuricaR347.9--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R3.ToulenneR351.0--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.ForliR429.2--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.Forli2R428.0--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.Forli3R423.0--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.Forli4R430.3--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.Forli5R429.6--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.MariborR427.7--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.Maribor2R426.7--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.Maribor3R430.0--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.Maribor4R428.5--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.multilocationR429.4--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.NimesR427.7--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.Nimes2R431.9--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.Nimes3R427.6--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.Nimes4R427.0--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.Nimes5R429.6--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.ToulenneR429.3--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.Toulenne2R429.5--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.Toulenne3R433.5--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.Toulenne4R422.4--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.Toulenne5R429.3--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R4.Toulenne6R429.6--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R5.ForliR517.3--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R5.Forli2R56.8--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R5.Forli3R58.2--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R5.MariborR520.4--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R5.multilocationR51--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R5.NimesR54.7--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R5.Nimes2R51.0--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R5.Toulenne2R551.8--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R5.Toulenne3R556.5--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R6.ForliR628.8--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R6.multilocationR686--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R7.multilocationR760.3--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R7.MuricaR764.2--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R7.Murica2R767.0--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R8.multilocationR847.4--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.RL-R8.NimesR842.9--Sweet_cherry_multi-env_QTL_Branchereau_2023View
qFWT.ZC-ch5.1G510--Apricot-Flowering Time-Martinez-Gomez-2011View
qFWT.ZC-ch5.2G514--Apricot-Flowering Time-Martinez-Gomez-2011View
GWAS0001624----Almond_traits_GWAS_Pérez_de_los_Cobos_2023View
GWAS0001789----Peach_fruit_quality_Forcada_2023View
GWAS0001797----Peach_fruit_quality_Forcada_2023View
GWAS0001800----Peach_fruit_quality_Forcada_2023View
YearPublication
2023Branchereau C, Hardner C, Dirlewanger E, Wenden B, Le Dantec L, Alletru D, Parmentier J, Ivančič A, Giovannini D, Brandi F, Lopez-Ortega G, Garcia-Montiel F, Quilot-Turion B, Quero-García J. Genotype-by-environment and QTL-by-environment interactions in sweet cherry (Prunus avium L.) for flowering date.. Frontiers in plant science. 2023; 14:1142974.
2023Pérez de los Cobos F, Coindre E, Dlalah N, Quilot-Turion B, Batlle I, Arús P, Eduardo I, Duval H. Almond population genomics and non-additive GWAS reveal new insights into almond dissemination history and candidate genes for nut traits and blooming time Horticulture Research. 2023 Oct; 10(10): uhad193
2018Font I Forcada C, Guajardo V, Chin-Wo SR, Moreno MÁ. Association Mapping Analysis for Fruit Quality Traits in Prunus persica Using SNP Markers. Frontiers in plant science. 2018; 9:2005.
2012Sanchez-Perez R, Dicenta F, Martinez-Gomez P. Inheritance of chilling and heat requirements for flowering in almond and QTL analysis. Tree Genetics and Genomes. 2012; 8(2):379-389.
2011Campoy JA, Ruiz D, Egea J, Rees DJG, Celton JM, Martínez-Gómez P. Inheritance of Flowering Time in Apricot (Prunus armeniaca L.) and Analysis of Linked Quantitative Trait Loci (QTLs) using Simple Sequence Repeat (SSR) Markers. Plant Molecular Biology Reporter. 2011; 29(2):404-410.
2005Dugo ML, Satovic Z, Millán T, Cubero JI, Rubiales D, Cabrera A, Torres AM. Genetic mapping of QTLs controlling horticultural traits in diploid roses. Theoretical and Applied Genetics. 2005 Aug; 111(3):511-520.
2002Verde I, Quarta R, Cedrola C, Dettori MT. QTL analysis of agronomic traits in a BC1 peach population. Acta Horticulturae. 2002; 592:291-297.