Natural science is a field devoted to the study of life and living organisms. It examines the structure, vital functions, and behaviour of organisms within their environments, exploring the origins of life as well as its phylogenetic and ontogenetic development. It has, to some extent, explained phenomena such as birth, growth, ageing, death, decomposition, inheritance, and the similarities observed between parents and their offspring.
A core premise of traditional biology is that all forms of life share a common origin and have diversified through the process of evolution. This purportedly accounts for the striking similarities between organisms and the processes within and between them. Biology-whether focused on humans, animals, plants, or life in general-serves as an inexhaustible source for understanding evolutionary dynamics.
However, modern molecular biology, among other fields, encourages a re-evaluation of our current perspective on the natural world and its history. An increasing number of biologists contend that evolutionary theory does not fully account for key questions related to the origins of life on Earth.
Today, biology offers fresh insights into questions concerning the existence and life of organisms. It provides numerous substantive arguments which, on the one hand, suggest a relatively recent origin for life on Earth, and on the other, cast doubt on the likelihood of life’s random emergence.
In this section, we present resources on these topics, spanning anthropology, zoology, botany, as well as molecular biology and molecular genetics.
Natural science is a field devoted to the study of life and living organisms. It examines the structure, vital functions, and behaviour of organisms within their environments, exploring the origins of life as well as its phylogenetic and ontogenetic development. It has, to some extent, explained phenomena such as birth, growth, ageing, death, decomposition, inheritance, and the similarities observed between parents and their offspring.
A core premise of traditional biology is that all forms of life share a common origin and have diversified through the process of evolution. This purportedly accounts for the striking similarities between organisms and the processes within and between them. Biology-whether focused on humans, animals, plants, or life in general-serves as an inexhaustible source for understanding evolutionary dynamics.
However, modern molecular biology, among other fields, encourages a re-evaluation of our current perspective on the natural world and its history. An increasing number of biologists contend that evolutionary theory does not fully account for key questions related to the origins of life on Earth.
Today, biology offers fresh insights into questions concerning the existence and life of organisms. It provides numerous substantive arguments which, on the one hand, suggest a relatively recent origin for life on Earth, and on the other, cast doubt on the likelihood of life’s random emergence.
In this section, we present resources on these topics, spanning anthropology, zoology, botany, as well as molecular biology and molecular genetics.