Morphometric

Very diverse forest habitat on Borneo island is an important element of the rich fauna. These habitats support many animal species, including bats, one of the most diverse animal groups. Because climate and rain continues throughout the year, vegetation is constantly being produced and provides an endless source of food for animals. The availability and diversity of food will also vary if the bat habitat types are different. In this study, five populations of H

Two similar homogeneous domains were found in the Mediterranean, based on morphological (color, scale geometry, membrane presence between fins etc.) and morphometric (vertebral and fins digital) data. Sole: Common sole (Solea solea) and Egyptian sole (Solea aegyptiaca). Biological data and some molecular studies confirmed this difference. Individuals living on the seabed developed pelvic spines (indicated by *), but individuals living on the bottom did not develop. The presence of these elements is explained by making outdoor predators not to catch thorns from the abdomen. Genetic studies of genes involved in the expression of "pelvic thorns" letters indicate that they are turned off rather than being expressed at the bottom biopsy spine. This gene inactivation model can not be clarified without morphological study.

In this study we used a statistical branch called geometric measurement. The foundation of discipline dates back to the beginning of the 20th century. Recently, with computational and digital technologies, scientists have been able to capture 2D and 3D objects before extracting shape and size differences within a common spatial framework. In our study, I used a template that was experimentally created from 132 volunteers. The template was digitized and 19 anatomical landmarks were applied to each image. These correspond to the same function between the fingers and the person on the palm, as shown in Figure 2. This creates an xy coordinate matrix for each hand. This expresses the shape of each hand as equivalent to the map reference system.

Remote sensing and GIS are regarded as powerful geospatial technologies to create drainage maps and to understand the basin morphological parameters. Detailed morphometric studies of all sub-basins represent sub-tree drainage patterns from dendrites, and the change in Rb values ​​in the sub-basin is due to the difference in topography and geometrical development. Therefore, the Fs value of all sub-basins is positively correlated with the Dd value, indicating that the increase of the flow rate is related to the increase of the drainage density, and this value also shows the permeable secondary soil substance . In this study, drainage density, flow rate and drainage intensity values ​​indicate that the anatomical strength of the area is very low. The shape parameters of the sub-basin show that the B-I and B-IV sub-basins are more or less elongated, whereas B-II and B-III are more or less circular.