The main idea of this study was to reveal regularities of distribution concerning some species of small mammals representing steppe biota found in Late Pleistocene and Holocene sediments in the Urals.
Thus, the first thing we should have done is to study the regularity of coefficient distribution.
Functional evenness did not vary with deforestation suggesting that the regularity of density distribution in filled niche volume may be relatively resilient to disturbance.
In any case, our experiment does suggest that the best choice of the Markov state matching function model has something to do with the regularity of coefficient distribution.
The adaptivity is performed through a wavelet multiresolution analysis, which gives a powerful and natural refinement criterion based on the local measurement of the approximation error and regularity of the distribution function.
The simplest model is the average function, i.e., mapping the states evenly with the coefficients according to a fixed ratio determined by the number of state N. Though the average function model can avoid matching too many outbound coefficients to the same state and each state stands for coefficients evenly, it fails to employ thoroughly the regularity of coefficient distribution analyzed above.
Functional evenness was estimated as the regularity of abundance distribution in the multidimensional functional space, i.e. the regularity with which species abundances fill the functional space.
Moreover, the fact that the osteogenic activity was markedly more stimulated on the topographically ordered PCL/HAp films compared to topographically disordered films of the same composition implies that the regularity of the distribution of topographic features can be a more important variable than the topographic features per se and an essential one to consider in the design of biomaterials.
The obtained results suggest that topography can be a more important determinant of the cell/surface interaction than the surface chemistry and/or stiffness as well as that the regularity of the distribution of topographic features can be a more important variable than the topographic features per se.
It was thus shown that topography can be a more important determinant of the cell/surface interaction than the surface chemistry and/or stiffness as well as that the regularity of the distribution of topographic features can be a more important variable than the topographic features per se.
