Warning! This subjects requires on campus attendance. Refer to Special Requirements for more information.

Undergraduate RMI-SCB120-2020

Plant Structure and Function

Dig into the structure of plants and unearth how they function, survive, manage stress and cultivate. Nurture a career in plant science, agriculture or environment. Grow your plant anatomy, water relations, photosynthesis and plant hormone knowledge.

From

$2,075 $2,325

Your upfront cost: $0

International student?

Duration

13 weeks

Study method

Online and other materials

Available loans

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HECS-HELP

Assessments

Subjects may require attendance

Prior study

Not required

Study terms

01 Jun 2020

Australia's largest dual-sector institute, offering both TAFE and higher education, RMIT University proudly delivers work-related education and practical research relevant to current business and community needs. More than 60,000 students study with RMIT, and many of their degrees are available through Open Universities Australia.

QS RANKING 2020

Times Higher Education Ranking 2020

2020

Subject details

What you'll learn

At the completion of this subject students will be able to:

outline and explain the structure of plants, including their tissues and organs, and the functions of each;
explain the way in which plants take in water and mineral nutrients, transport them to sites where they are used and metabolise them to allow the plant to survive and grow;
explain the role of soil in water and mineral nutrition;
explain the process of photosynthesis and the way in which the products are used and translocated by the plant both locally and throughout the plant;
explain the mechanisms by which plants regulate growth and development, and the economic applications of this knowledge, including tissue culture;
relate the physiology of a plant to its ecology and potential uses in bioremediation;
conduct experimental work, analyse the data and draw appropriate conclusions;
know and use basic information services available in the library, including computer-based services (e.g. catalogues, databases) to find specific information relevant to topics;
use computer applications for word-processing (Word), spreadsheet/database/graphics (Excel) and statistics (Minitab) in written reports;
write adequate practical reports in standard biological format.

Topics covered

- Plant anatomy - cells and tissues
- Plant anatomy - stem and root
- Plant anatomy - leaf
- Water relations - transpiration stream and control
- Water relations - cellular aspects, stress physiology
- Ionic relations - mineral nutrition, fertilisers, N and P cycles, ion uptake/transport
- Photosynthesis - light reactions, C3 plants
- Photosynthesis - C4/CAM plants, ecophysiology
- Phloem translocation
- Plant hormones and control of development (Auxins and GA)
- Plant hormones and control of development (ABA and Ethylene)
- Plant hormones and control of development (Cytokinin and Florigen)
Study resources
- Online materials
  - Resources and Links
  - Quizzes
  - Online Assessment
- Other materials
  - Practicum

Entry requirements

No eligibility requirements

Special requirements

AttendanceDetails - Mandatory Practicals of five half days in Melbourne

Description

Examine plant structure and function in this vocationally focused subject. You will review the morphology and anatomy of plants (how they are constructed), and the physiology of plants (how they work, in particular the processes of acquisition of water and ions, photosynthesis, and control of growth and development).

Topics include:

Morphology and anatomy of stems, roots and leaves;
Water relations;
Ionic relations;
Nutrition;
Photosynthesis;
Translocation;
Plant growth and development: and their relationships to plant ecology.

Assessments

Invigilated Theory Examination (50%)
Mid Study Period Test (10%)
Practical Report (30%)
Online Test (10%)

Textbooks

Current study term (31 May 20 to 30 Aug 20)

Check the learning management system (LMS) of your university for textbook details.

Related degrees

undergraduate RMI-SCI-DEG-2020

Bachelor of Science Applied Sciences