Constructional Morphology: - Inference from Homology - Inference from Analogy - Inference from Constraints
Theoretical Morphology: - Comparison of all conceivable forms - Adaptive landscape
Biomechanics: - Paradigm approach - Experimental approach
Constructional Morphology, Theoretical Morphology, Biomechanics.
Myriam Zylstra has written: 'Functional morphology of the hominoid forelimb'
T. Scarabino has written: 'Atlas of morphology and functional anatomy of the brain'
Morphology is the study of the form and structure of organisms, while physiology is the study of how these organisms function and the processes that occur within them. In simple terms, morphology focuses on what an organism looks like, while physiology deals with how it works.
J. B. Johnston has written: 'The morphology of the vertebrate head from the viewpoint of the functional divisions of the nervous system' -- subject(s): Morphology, Nervous system, Vertebrates
Tomasz K. Baumiller has written: 'Crinoid functional morphology and the energetics of passive suspension feeding'
Mohamoud Abdillahi has written: 'The functional morphology of the head and mouthparts of Glossina morsitans, orientalis (Vand) with special reference to feeding'
Charles E. Oxnard has written: 'The order of man' -- subject(s): Anatomy, Fossil hominids, Fossil man, Human evolution, Mathematics, Morphology, Primates 'Functional and evolutionary morphology of primates' 'Animal lifestyles and anatomies' -- subject(s): Anatomy, Behavior, Prosimians 'Ghostly muscles, wrinkled brains, heresies, and Hobbits' -- subject(s): Anatomy, Evolution, Human evolution, Methods, Physical anthropology, Physiological Adaptation, Research
the morphology of neisseria is diplococci
The term you're looking for is "morphology." Morphology is the branch of biology that focuses on the form and structure of organisms, including their anatomy and development. It involves comparing the shapes and forms of various organisms to understand their evolutionary relationships and functional adaptations.
Modern classification is based on evolutionary relationships between organisms while traditional classification is not.
J. J. Schuurman has written: 'Methods for the examination of root systems and roots' -- subject(s): Morphology, Roots (Botany)