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Different Branches of Biology

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Fathers of Different Branches of Biology

Let's have a look at the list of fathers of different branches of Biology, but first, it's necessary to understand the history and origins of Biology. Biology originates from the ancient Greek word βίoς romanised bíos meaning 'life' and -λογία; romanised -logía meaning 'branch of study' or 'to speak'. The English and French were the first to borrow it (Biologie). In the past, there was a name for Biology in English called lifelore, but it is no longer used.


What is Biology?

Biology may be defined as "the study of life" in its simplest form. All of life's physicochemical properties are studied in this subject. It's a broad-ranging science with numerous unifying elements that unite it as one cohesive discipline. Botany, Ecology, Evolution, Genetics, Microbiology, Physiology, and Zoology are just a few of the numerous branches of Biology.  Modern principles from other fields — such as Chemistry, Medicine, and Physics—are integrated with those of Biology in disciplines such as biochemistry, biomedicine, and biophysics.


History of Biology and Father of Biology 

The history of Biology tracks the study of living things from prehistory to the present day. However, the notion of Biology as a single cohesive science emerged in the nineteenth century. Aristotle, an ancient Greek philosopher, made significant contributions to the advancement of biological knowledge. His ecological leanings were apparent in books like History of Animals, as well as subsequent empirical works like Biological Causation and Life Diversity. He is regarded as the father of Biology and the father of zoology as well. Lamarck was the one who introduced the word Biology. Biology started thriving and growing with Anton van Leeuwenhoek's significant improvements to the microscope. 


Scholars first discovered spermatozoa, bacteria, infusoria, and the richness of microscopic life at that time. Microscopy advancements also had a significant influence on biological thought. A lot of scientists in the early nineteenth century emphasised the importance of the cell. Similarly, the relevance of Gregor Mendel's research on the method of inheritance in the garden pea was overlooked for many years until technical advancements allowed for the discovery of chromosomes and their role in cell division and heredity. Biological sciences such as botany and zoology became more professional, scientific fields in the 18th and 19th centuries. Theophrastus is the father of botany.


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Although the origins of Biology are unknown, early humans must have had some understanding of the animals and plants that surrounded them. The ability to recognise nonpoisonous food plants and comprehend hazardous predators’ behaviours were essential for human survival. Archaeological evidence suggests that even before civilisation, humans had tamed nearly all of the suitable animals accessible to them and had created an agricultural system that was stable and efficient enough to meet the requirements of large groups of people living in communities. As a result, it is evident that most of the history of Biology predates the beginning of writing and keeping records.


Human Biology

The organ system, which is made up of a set of organs, makes the human body an incredible system. Learn more about the organ systems, which include everything from the circulatory system to the neurological system and all in between.

  • Human Brain

  • Immunology

  • Human Anatomy

  • Human nervous system

  • Human Circulatory System

  • Regulation of Kidney Fun


What is the Significance of Biology?

Biology is a discipline that helps us understand how the living world works, evolves and interacts with its various species (including humans). Medical, agricultural, biotechnological, and other advances in Biology have improved people's quality of life. Genetics and evolution are two fields that provide insight into the past and can help create the future. At the same time, ecology and preservation study informs how we can conserve the planet's valuable biodiversity.


21st-century Biology

Biological sciences merged with previously separated new and traditional disciplines like Physics to form research domains like Biophysics around the turn of the twenty-first century. Improved sensors, optics, tracers, instrumentation, signal processing, networks, robotics, satellites, and computational power for data collecting, storage, analysis, modelling, visualisation, and simulations have all been made in analytical chemistry and physics instrumentation. The advancements in technology enabled theoretical and experimental study and the dissemination of molecular biochemistry, biological systems, and ecosystem science on the internet. Better measurements, theoretical models, sophisticated simulations, theory prediction model testing, analysis, international internet observational data reporting, and open peer-review were all made possible as a result.


Modern Biology's Fundamental Concepts

According to the book "Managing Science" (Springer New York, 2010), four concepts unite modern Biology:

  1. All living things are built up of fundamental components called cells, and all cells arise from prior cells, according to the cell theory.

  2. The idea that all living things have DNA, molecules that code the structures and activities of cells and are handed down to children, is known as gene theory.

  3. Evolution is the principle that describes how all living things can change to have traits that enable them to survive better in their environments. These traits result from random mutations in the organism's genes that are "selected" via a process called natural selection. During natural selection, animals with better-suited characteristics for their environment have a higher chance of surviving and passing those traits on to their offspring.

  4. The principle of homeostasis states that all living things maintain a condition of equilibrium that allows them to exist in their environment.

 

Various Branches of Biology and its Parent 

Biology has many branches and subdisciplines but below is a summary of some of the more broad subjects that lie under the canopy of Biology:

Botany

The field of Biology is concerned with the study of plants in all of their forms.

Zoology

The field of Biology is concerned with the study of animals in all of their forms.

Microbiology

The field of Biology is concerned with the study of microorganisms in various forms.

Morphology

Study of a live being's outward form, size, shape, colour, structure, and relative location of distinct living organs.

Anatomy

Study of internal structure that can be seen with the naked eye after dissection.

Taxonomy

Study of organism identification, naming, and classification.

Histology

Study of tissue organisation and structure using a light microscope.

Cytology

Study of a cell's shape and structure, as well as the behaviour of the nucleus and other components.

Cell Biology

Study of the cell's morphological, organisational, biochemical, physiological, genetic, developmental, pathogenic, and evolutionary characteristics.

Molecular Biology

Study of the protoplasm's nature, physicochemical organisation, synthesis, and interaction of biomolecules that cause and govern diverse protoplasmic activities.

 

Physiology

Study of various bodily functions and processes.

Ecology

Study of living creatures and their interactions with other species as well as their surroundings.

Genetics

Study of character inheritance, often known as heredity, and its variations. The study of the expression and transfer of characteristics from parents to children is known as heredity.

Virology

Study of viruses in all of their forms.

 

Exobiology

It is the branch of science concerned with the potential of extraterrestrial life.

Embryology

It is the study of the fertilisation, growth, division, and differentiation of the zygote into an embryo or the early development of living creatures before the offspring achieves shape and size.

  

Fields of Biology

Agronomy

The science which deals with the crop plants

Anthology

Study of flowers

Anthropology

Study of apes and man. 

Biochemistry

The branch of science deals with the study of chemical reactions concerning life activities.

Biotechnology

Use of biological organisms in commercial processes to produce fine compounds on a big scale and at a fair cost, such as medicines, vaccines, and hormones.

Cardiology

Study of heart

Dermatology

Study of Skin

Gynaecology

Study of female reproductive organs

Horticulture

Study of plants that produce flowers and fruits

Pedalogy

Study of soils

Biophysics

Study of physical features of living creatures.

Zoophytology

Study of diatoms and other floating microorganisms

 

Following are the List Of Fathers of Different Branches of Biology.

Aristotle

Father of Biology

Aristotle 

Father of Natural History

Aristotle

Father of Zoology

Addison

Father of endocrinology

Carolus Linnaeus

Father of Taxonomy

Francis Galton

Father of Eugenics

Gregor John Mendel

Father of Genetics

Hippocrates

Father of Medicines

Hugo de Vries

Father of Mutation Theory

Karl Ernst Von Baer

Father of Modern Embryology

Leonardo Da Vinci

Father of Paleontology

Rudolph Virchow

Father of Pathology

William Harvey

Father of Blood Circulation

Robert Hooke

Father of Cytology

Morgan

Father of Modern Genetics 

Karl Landsteiner

Father of Blood Groups

W.M Stanley

Father of Virology

Edward Jenner 

Father of Immunology 

Louis Pasteur

Father of Microbiology

Reiter

Father of Ecology

 

Robert Kach

Father of Bacteriology

Paul Berg

Father of Genetic Engineering

Birbal Sahni

Father of Indian Paleobotany

Ivan Pavlov

Father of Conditioned Reflex

Empedocles

Father of Evolutionary Ideas

Marcello Malpighi

Father of Microscopy

Micheli

Father of Mycology

Christopher Hales

Father of Plant Physiology

Charaka

Father of Indian Medicine

Susruta

Father of Indian Surgery

R. Mishra

Father of Indian Ecology

FAQs on Different Branches of Biology

1. Who is the father of Biology?

Aristotle

2. Who is the mother of Biology?

Maria Sibylla Merian

3. Who is the father of botany?

Theophrastus

4. Who is the Father of Zoology?

Aristotle

5. Who is the Father of Virology?

Martinus Beijerinck