Biology in Aquatic Environments

What Does 'Biology in Aquatic Environments' Mean?

The subject biology in aquatic environments deals with biology that is necessary for professional work in fisheries and aquaculture. Knowledge of aquatic organisms, their life processes and ecology are central to activities in fisheries and aquaculture. The substance also deals with physical and chemical properties of water cycle. In addition, evolutionary processes and evolution in water are treated.

Vocational Guide

The teaching of biology in aquatic environments must develop students to acquire the knowledge about the structure of aquatic organisms, life processes, development phases and conditions for development. It should also lead to students developing the ability to recognize, name and describe plant and animal species that live in water. In addition, students will be given the chance to develop knowledge about water, the water cycle and about water flow in lakes and streams and currents in sea.
The teaching shall contribute to students developing knowledge about aquatic environments and impact of nature management and another activities on ecosystems in water. It should also assist students develop an understanding of energy metabolism in plants and animals and of flow of energy across the ecosystem. In addition, the teaching will contribute to students developing knowledge of microbiology and microbiological processes of importance in fisheries and aquaculture.
Across laboratory work and exploratory work methods, students will be given the chance to develop a scientific thinking and a biological understanding. In the teaching, students will be given the chance to develop knowledge about water and aquatic organisms across practical exercises, observations and field studies. Across information search in connection with field studies, students will be given the chance to develop knowledge about various plant and animal species and about biological diversity.

Needed Career Skills

  • Ability to recognize, describe and name aquatic organisms of importance in fisheries and aquaculture.
  • Knowledge of aquatic organisms' systematics, structure, life processes and development phases.
  • Knowledge of aquatic organisms' adjustment to various habitats.
  • Knowledge of microorganisms and microbiological processes of importance in fisheries and aquaculture.
  • Knowledge of physical and chemical properties of water, the water cycles of another substances in soil, water and air.
  • Knowledge of ecological connections in various aquatic environments.
  • Knowledge of biodiversity, endangered species and gene banks.
  • Knowledge of importance of biology in nature management and ability to search for information about plants and animals in aquatic environments.

Read About

See also: Glossary [ B ]