Aristotle did not directly contribute to microbiology, as this field of study developed centuries after his time. Aristotle's main contributions were in the fields of Biology, philosophy, and logic, where he laid the groundwork for the scientific method and classification of living organisms.
father of medicine- hippocrates father of biology -aristotle father of botany -theophrastus father of zoology - aristotle father of genetics - G.J. Mendel father of expiremental genetics- thomas hunt morgan
Anton Von Leeuwenhoek is commonly known as "the Father of Microbiology". He is a Dutch tradesman. He is best know for his contribution on helping on the improvement of the microscope.
Sir Alexander Fleming's contribution to microbiology was the discovery of penicillin in 1928. This antibiotic revolutionized the field of medicine by being the first effective treatment for bacterial infections. Fleming's work laid the foundation for the development of numerous other antibiotics.
Antonie van Leeuwenhoek, a Dutch scientist, is known as the father of microbiology for his invention of the microscope and his pioneering work in observing and documenting microorganisms for the first time. His discoveries laid the foundation for the field of microbiology and significantly advanced our understanding of the microbial world.
Some fields of microbiology include medical microbiology (study of microbes that cause diseases in humans), environmental microbiology (study of microbes in the environment), industrial microbiology (application of microbes in industrial processes), and food microbiology (study of microbes in food and food processing).
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Aristotle :Father of biology Schwann:Modern Theory of Cell
Thales, Democritus, Pythagoras, Aristotle, Archimedes, Euclid, Erastosthenes, Hipparchus,
Thomas Aquinas made a long-lasting scholarly contribution with his commentaries on Aristotle. Through his works, Aquinas helped bring Aristotelian philosophy into Western thought and significantly influenced the development of scholasticism.
It is awarded every ten years to a single person who has made a large contribution to the study of microbiology.
Aristotle's contribution to force was primarily in the realm of philosophy and physics, where he developed the concept of natural motion and violent motion. He believed that objects had a natural tendency to move towards their proper place in the universe, and that an external force was required to cause violent motion. Aristotle's ideas on force laid the foundation for later developments in classical mechanics.
Aristotle's contribution to taxonomy was the creation of a classification system based on the morphological characteristics of organisms. He grouped organisms into categories based on similarities in structure and form, laying the groundwork for the modern system of biological classification.
He made key observations.He reputed to have observed strands of fungi among the specimens of cells he viewed
http://space.about.com/od/astronomerbiographies/a/aristotlebio_3.htm This site will answer the questions
Aristotle's contribution to literary criticism is mainly outlined in his work "Poetics." In this text, he defines the key elements of drama, such as plot, character, and spectacle, and discusses their role in creating successful storytelling. He also introduces the concept of catharsis, the purging of emotions through tragedy, which has had a lasting impact on how we understand the effects of literature on audiences.
Aristotle's greatest contribution to education was his belief in the importance of holistic development, emphasizing the cultivation of both intellectual and moral virtues. He also proposed the concept of "paideia," which focused on the role of education in developing the potential of individuals to become active and responsible citizens in society. Additionally, Aristotle's emphasis on experiential learning and the importance of cultivating critical thinking skills have had a lasting impact on educational philosophy.