Searching the World's top universities for courses with:

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University of Canterbury (X)
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true *,score on 1 50 source:"University of Canterbury" AND 2.2 25
Total results: 710

University of Canterbury - Vertebrate Biology

The comparative anatomy, general biology, ecology, physiology and evolutionary history of the vertebrates.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Insect Biology

The biology of insects and other non-marine arthropods, with emphasis on environmental relationships and management.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Marine Biology

An introduction to marine biology and the marine environment. Description of marine communities and the biodiversity, ecology and behaviour of marine organisms.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Microbiology and Genetics

An introduction to the fundamental principles of microbiology and microbial genetics.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Plant Diversity and Systematics

An introduction to the methodology and principles of systematics and the patterns and origin of vascular plant diversity.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Foundations in Molecular Biology

Principles of genetics, including the structure of RNA and DNA, molecular replication, transcription, translation, recombination and gene expression.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Principles of Animal Physiology

An introduction to the mechanisms of how the body works, concentrating on osmoregulation and excretion, digestion, nerves and muscles.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Exercise and Health

The course will consider the health benefits of exercise and the ways in which exercise performance can be monitored. It will consider biochemical and physiological changes that accompany training regimes.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Cell Biology I

Internal organisation of the cell. The course will build on the introduction to cell biology in BIOL111 and seek to develop further understanding of the internal workings of the cell.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Plant Developmental Biology

The principles of plant development, including the basic anatomy of higher plants, and how they grow, respond to external stimuli and reproduce. Relationship between these concepts and developments in agriculture and biotechnology.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Plant Ecophysiology

An introduction to the physiology of plants at the cellular and whole organism level. Emphasis will be given to the processes of resource acquisition, mechanisms of transport amongst plant parts and the responses of plants to stressful conditions.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Ecology

Principles of ecology with an emphasis on New Zealand factors affecting plant and animal ecology, including population ecology, competition, resource acquisition, disturbance and succession.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Evolution

An introduction to evolution: patterns and processes of evolution; mechanisms of evolution, adaptation, speciation and extinction.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Principles of Animal Behaviour

Biological mechanisms underlying animal behaviour and the evolutionary functions of these behaviours. Sensory processing, learning, feeding, predator avoidance, communication, sociality, game theory, and cognition are explored from a comparative standpoint.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - New Zealand Biodiversity and Biosecurity

An overview of the indigenous flora and fauna of New Zealand, including their biogeographic origins, the unique and unusual aspects of native organisms, the makeup of native communities, and their interactions with introduced organisms. Emphasis will be placed on the role of biological invaders in modifying New Zealand ecosystems.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Forensic Genetics

The goal of the course is to provide students an opportunity to gain knowledge in forensic genetics and to understand how genetic applications can be used in forensic research. The course will cover a history of development of forensic genetics, the principles of forensic genetics and the applications of genetics in forensic science. The lecture course will include crime scene investigation, the biochemistry and genetics of blood groups, fingerprint analysis, the application of DNA analysis in forensic investigation, population genetics, the legal aspects of DNA evidence, the ethics of DNA database and New Zealand case studies. The practical content of the course will include latent fingerprint detection and analysis, methods of DNA extraction from crime scene samples and cheek swabs, analysis of microsatellites by the polymerase chain reaction.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Practical Taxonomy for Field Biologists

A residential field course focussing on identification of organisms, particularly plants, in practical (field) conditions.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Special Topic

Special Topic
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Special Topic

Selected lectures, tutorials and assignments from courses relevant to Biology. Exchange students and new enrolments only may enrol in this course. Credit for this course may not be used to satisfy the requirements of a University of Canterbury degree. Internally assessed.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Special Topic

Selected lectures, tutorials and assignments from courses relevant to Biology. Exchange students and new enrolments only may enrol in this course. Credit for this course may not be used to satisfy the requirements of a University of Canterbury degree. Internally assessed.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Experimental Design and Data Analysis for Biologists

Advanced experimental design and statistical techniques for biologists. This course is essential for all students considering postgraduate study in biological sciences.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Advanced Microbiology

Applied and environmental microbiology.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Advanced Concepts in Genetics

Advanced molecular genetics of animals, plants, bacteria and viruses, with an emphasis on recombinant DNA and genomic technologies and their applications, and population, quantitative and evolutionary genetics with a conservation emphasis.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Biochemistry 3

Protein conformation and function. Further studies of lipid, carbohydrate and amino acid metabolism. Metabolic control. Biochemical genetics.
Score: 7.3148694 Details | Listing | Web page

University of Canterbury - Genetics and Evolution of Invasive Species

An introduction to the genetics and evolution of biological invasions, including the use of molecular tools to answer applied questions regarding the source and spread of introduced organisms.
Score: 7.3148694 Details | Listing | Web page

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