Sentence examples for morphological interpretations of from inspiring English sources

Thus, previous claims that platyrrhine genus-level topology have been 'resolved', or that calibrated molecular trees are sufficiently accurate representations of phylogenetic history that they overpower morphological interpretations of fossils, must be considered premature.

The 3D geometric shapes of ore-related geological bodies are reconstructed by morphological interpretation of cross-sections.

The role of cross-shore sediment variation in classification of beaches is related to prediction of beach types using the dimensionless fall velocity, the results of which are compared with field observations and morphological interpretation of aerial photographs.

The occurrence distributions of the four categories were obtained through automatic classification of data between 2004 2009, which confirm the multiple-wavelength intensity distribution of dayside aurora, and further provide morphological interpretation of auroral types.

To do this, here we provide the morphological interpretation of two general theorems of CIT: the First and Second Fundamental Theorems.

If formal morphology is an elementary instance of CIT, all morphological problems will, in principle, resolve using three simple rules, under a morphological interpretation of the Fundamental Identities of CIT.

This provides a morphological interpretation of the First Fundamental Theorem of CIT, according to which the symbolic form of covariant J a, x) can always be written as a bracket polynomial P of both kinds of factors [1], [2], [4].

Based on the morphological interpretation of binary form, as well as the process of convolution/transvection, the First and Second Fundamental Theorems of CIT and the Nullforms of CIT, we show how CIT can be applied to the structure of plants, especially when conceptualized as a series of plant metamers (phytomers).

Based on the morphological interpretation of binary form, as well as the process of convolution/transvection of CIT, I show here how CIT can be applied to the structure of plants, especially when conceptualized as a series of plant metamers (phytomers).

However, morphological interpretation of cytology is sometimes inconclusive.

A chemical image of the tissue section can then be constructed that is similar to the morphological interpretation of a stained image, thus enabling the identification of tissue classes and providing an insight into their molecular composition.