Genetics

Farming

An introduction to the genetics of plants, animals and microbes relevant to agricultural production systems.

NZ$1,027

inc GST

Enquire about international pricing


This course starts anytime

(15 Credits)


In-person study

Face-to-face learning in a physical classroom setting

Lincoln University Campus, Lincoln

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Explain role of genetics in evolution and genetic improvement

Explain the role of genetics in evolution and the genetic improvement of plants and animals.

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Apply classical, quantitative and molecular genetics principles

Apply theoretical principles of classical, quantitative and molecular genetics to develop strategies for genetically improving plants, animals and microorganisms.

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Discuss ethical issues associated with genetics

Explain and debate the ethical issues associated with genetics, particularly transgenics, as they apply to indigenous knowledge and globally relevant issues.

What You're Signing Up For

This course provides an introduction to the genetics of plants, animals and microbes with relevance to agricultural production systems. It covers the role of genetics in evolution, classical, quantitative and molecular genetic principles, and applications towards genetically improving plants, animals, and microorganisms. Ethical issues related to genetics and transgenics, especially with regard to indigenous knowledge and global relevance, are also discussed.

Course Content

  • Role of genetics in evolution and genetic improvement
  • Theoretical principles of classical genetics
  • Quantitative genetics
  • Molecular genetics
  • Strategies for genetic improvement of plants, animals, and microorganisms
  • Ethical issues in genetics and transgenics
  • Indigenous knowledge and global genetic considerations

What you need to know first

A minimum of 75 credit points from level 100, 200 or 300 courses

Restriction: Population Biology (BIOS-201)

Restriction: Methods of Bioanalysis (PHSC-207)

Restriction: Molecular Biology (BICH-321)

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What sort of industry will this job lead to

  • Agriculture

  • Biological sciences

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Future employment opportunities might be

  • Agricultural geneticist

  • Plant and animal breeder

  • Research scientist in genetics

  • Biotechnology specialist