Quantitative genetic parameters for growth and wood properties in Eucalyptus “urograndis” - Phenotypes data

<b>Data Files for</b><b>:</b> <b>Lima et al. 2019.</b> Quantitative genetic parameters for growth and wood properties in Eucalyptus “urograndis” hybrid using near-infrared phenotyping and genome-wide SNP-based relationships. PlosOne (accepted)<br><b>Phenotypes.txt</b> Phenotype data for the for 970 trees sampled in the study (numbered from 1 to 1,000). From left to right columns are: tree number (corresponding to the tree number in the SNP and DArT-seq marker files), mum: maternal parent; dad: paternal parent; fam: full-sib family number; BLOCK: experimental block; PLOT: experimental plot; Diameter at breast height in cm. (DBH); Height in m. (H), Volume in m³ (VOL), Mean annual increment in m³.ha^-1.year^-1 (MAI), Cellulose % (CEL), Hemicellulose % (HC), Syringyl/Guayacyl ratio (SG), Insoluble lignin % (IL), Soluble lignin % (SL), Total lignin % (TL), Wood density kg.m^-3 (WD), Micro fibril angle in degrees (MFA), Fiber length in mm. (FL), Fiber width in mm (FW), Coarseness in mg.100m^-1. (COA).<br>