Association genetics in maritime pine (Pinus pinaster Ait.) for growth and wood quality traits

The polarimetric surface plasmon resonance imag- ing (P-SPRI) system demonstrated here is based on the Kretschmann–Raether configuration [ 5 ], using two orthogonal SPRI arms

Inspired by these simple observations and motivated by the need of a quantitative study of eroded topography, we raise some important questions concerning

Il filo dei ragionamenti fin qui espositi rispecchia, di fatto, la struttura della tesi che si compone di tre parti: nella prima si illustra quale ruolo i dispositivi digitali

Abstract: A Field Experiment to Identify the Molecular Mechanisms Involved in Drought Stress Adaptation in Maritime Pine (<i>Pinus pinaster</i> Ait.) (Plant and

Other standardized tests and the method conception activity should be accredited in the near

Moreover the high correlation between Resistograph data and density suggests that the Resis- tograph can be a useful tool for wood density assessments in breeding

In this context, the present investigation does not intend to be more than an initial study of the species, carried out with the aim of estimating, ring by ring, the

wood density components / spiral grain / heritability / genetic correlations / Pinus pinaster / tree breeding Abstract.. • It is essential to understand how characteristics are