In Table 1, the relative biomass, relative biomass allocation, relative morphological performance and relative photosynthetic capacity of Prince Rupprecht's larch were all greater than eastern larch; the relative survival, relative biomass, relative biomass allocation, relative morphological performance and relative photosynthetic capacity of white birch were greater than paper birch.
We calculated relative survival, relative biomass, relative biomass allocation, relative morphological performance and relative photosynthesis capacity of each species by the means of the difference in absolute values between the two water treatments divided by the value in the well-watered treatment.
While this is necessary to initiate the study of material make-up as it relates to specific morphological performance, there is an inherent limit when asking how and to what degree the knowledge resourced from that instance applies when alterations from the norm are generated.
In our study we cannot disentangle this size effect from the pure morphological performance effect that is driven by co-dependence from morphology.
The effect of NH4F concentration on the morphological structure, PEC performance and hydrogen evolution of TiO2 samples were systematically investigated.
The present study intended to evaluate the performance of chitosan-based scaffolds produced by a particle aggregation method aimed to be used in tissue engineering applications addressing key issues such as morphological characteristics, mechanical performance and in vivo behaviour.
We investigated dispersal, morphological responses, reproductive performance, and survival in ten different clonal strains.
We compare morphological and performance features of polyelectrolyte-fluoropolymer blend membranes processed with different degrees of tetrabutylammonium hydroxide (TBA-OH) using the techniques of SEM, elemental analysis, proton conductivity, and water self-diffusion and spin relaxation by NMR.
Due to the electrochemical performance and morphological features of TiO2Rutile-Csemigraphitic/Csemigraphitic dual nanofibers; this novel nanostructured material can be regarded as an excellent candidate for applications such as a base material for electronic devices, photocatalysis, among other similar technologies.
Initially, the pH and temperature of the solution were optimized and then the effects of immersion time as the most effective process parameter on anti-corrosion performance and morphological properties were studied.
It might imply that growth performance and morphological adaptations of larch were less sensitive than the physiological performance, which could also be found in another study (Gao et al. 2015).
