Sentence examples for morphological and climatic from inspiring English sources

Even though, from the analysis of the morphological and climatic features of the Mediterranean basin, it can be inferred that "normal" exceptional waves are not able to dislodge, transport and scatter inland boulders with weights exceeding 1.4/1.8 tons (Mastronuzzi et al., 2006).

PC loadings for morphological and climatic preferences.

Our study shows different selective regimes and clade-specific patterns in the evolution of morphological and climatic components during the diversification of Neotropical species.

Testing the order and extent of trait divergence during the evolution of a clade helps to understand the relative importance of separate morphological and climatic trajectories, as well as the possible drivers of species diversification.

A hydrogeological environment is a conceptual model of morphological, geological and climatic parameters that determine the main groundwater flow features in given area.

The detection of localised admixture events and the availability of morphological, phenological and climatic (current and historical) information helped us identify a transitional zone established as a result of the post-glacial alleviation of extreme differences in climatic conditions.

The substantial tectonic uplift (1000 2500 m in a few million years) of the Northeastern Tibetan Plateau (NETP), together with the major climatic changes during the Quaternary, provides an opportunity to study the impact of tectonic and climatic changes on the morphological development and sedimentary architecture of fluvial deposits.

This research studies the thermal comfort in urban canyons located in the city of Concepción, Chile, using a multidisciplinary approach that combines morphological, climatic and perceptual factors.

Furthermore, morphological traits were more strongly correlated with geographic and climatic distances than life-history traits, reinforcing the conclusion that life-history traits showed a weaker response to directional selection than morphological traits.

The information obtained here, and that from previous studies on hypogean fauna, shows the importance of factors such as the uncoupling of morphological and genetic evolution, the role of climatic change and regressive evolution as key processes in leading to subterranean biodiversity.

Plant morphological variables as well as yield characteristics were measured and related to sowing dates and climatic conditions.