Attempts at reducing biological systems to a simple level of physiochemical processes have not succeeded because in the process of reduction these systems lost their surface or ordinary properties of biology. Biological systems possess complex or special qualities sometimes known as emergent which cannot be assessed mainly on chemical or physical terms (Dieks, 2011)
There is a unanimous consensus that a lot of the phenomena that used to occur naturally in the arena of biological science has been overridden by a science that is practically physical. The exact reference of the new expanded theories such as 'biophysics', 'biochemistry', and 'molecular biology' apparently point to new knowledge for treating the science of life on earth as chemical and physical principles (Hansen
The most commonly asked questions in functional biology is, however, "how?" while in terms of biology of evolution the frequently asked question is "why" But the question is practically incomplete because even in evolutionary biology one occasionally asks "how" questions, for example how can you explain the multiplication of species? One must therefore take note of the essential differences between the two classes of biology in order to understand its remarkable nature. Granted, some of the most distinctive differences between biology and the physical sciences is true for only of the branches, namely evolutionary biology (Mayr, 2004)
The most commonly asked questions in functional biology is, however, "how?" while in terms of biology of evolution the frequently asked question is "why" But the question is practically incomplete because even in evolutionary biology one occasionally asks "how" questions, for example how can you explain the multiplication of species? One must therefore take note of the essential differences between the two classes of biology in order to understand its remarkable nature. Granted, some of the most distinctive differences between biology and the physical sciences is true for only of the branches, namely evolutionary biology (Mayr, 2004)
The most commonly asked questions in functional biology is, however, "how?" while in terms of biology of evolution the frequently asked question is "why" But the question is practically incomplete because even in evolutionary biology one occasionally asks "how" questions, for example how can you explain the multiplication of species? One must therefore take note of the essential differences between the two classes of biology in order to understand its remarkable nature. Granted, some of the most distinctive differences between biology and the physical sciences is true for only of the branches, namely evolutionary biology (Mayr, 2004)
The most commonly asked questions in functional biology is, however, "how?" while in terms of biology of evolution the frequently asked question is "why" But the question is practically incomplete because even in evolutionary biology one occasionally asks "how" questions, for example how can you explain the multiplication of species? One must therefore take note of the essential differences between the two classes of biology in order to understand its remarkable nature. Granted, some of the most distinctive differences between biology and the physical sciences is true for only of the branches, namely evolutionary biology (Mayr, 2004)
The most commonly asked questions in functional biology is, however, "how?" while in terms of biology of evolution the frequently asked question is "why" But the question is practically incomplete because even in evolutionary biology one occasionally asks "how" questions, for example how can you explain the multiplication of species? One must therefore take note of the essential differences between the two classes of biology in order to understand its remarkable nature. Granted, some of the most distinctive differences between biology and the physical sciences is true for only of the branches, namely evolutionary biology (Mayr, 2004)
The biology of ultimate and not proximate causes (evolutionary biology) would therefore elevate biology through the point-of-view of emergence from a state of complete reduction to the level of physical sciences and in the same vein would provide the basis of unity in a unified biology. By saying this, Mayr tried to found a fresh philosophy of science predicated not simply on physics but on biology too! (Smocovitis, 1992)