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Natural resources (5 cr)

Code: LMWB0300-0K0Y1

General information


Timing
01.01.2020 - 31.07.2020
Implementation has ended.
Number of ECTS credits allocated
5 cr
Local portion
5 cr
Mode of delivery
Face-to-face
Unit
School of Technology
Teaching languages
English
Degree programmes
Bachelor's Degree Programme in Agricultural and Rural Industries
Teachers
Tarja Stenman
Ulla Heinonen
Kirsi Knuuttila
Groups
LMS17S1
Maaseutuelinkeinot
LMS20VK
Maaseutuelinkeinot, vaihtari
Course
LMWB0300
No reservations found for realization LMWB0300-0K0Y1!

Evaluation scale

0-5

Objective

Students have the knowledge of sustainabele use of natural resources and circular economy. The students know ecosystem services. They understand how wetlands are improving water quality in agriculture. The students can do civil observations of water quality.

Content

-sustainable use of natural resources and circular economy
-ecosystem services
-wetlands
-civil observation of water qualiy

Materials

Will be announced in the first lecture.

Completion alternatives

Attendance in contact lessons andactive participation in group works, assignments and project works (100%).

Student workload

Lectures and group works 40 h, assignments and project works 50 h, independent study 45 h. Total 135 h of student work.

Assessment criteria, satisfactory (1)

Adequate learner (1).
The student know sustainable use of natural resources and circular economy.
The student know ecosystem services.
The student understand how wetlands are improving water quality in agriculture. The student is able to do civil observations of water quality.

Satisfactory learner (2).
The student understand sustainable use of natural resources and circular economy.
The student understand ecosystem services.
The student understand how wetlands are improving water quality in agriculture. The student is able to do civil observations of water quality.

Assessment criteria, good (3)

Good learner (3).
The student can apply the knowledge of sustainable use of natural resources and circular economy in his operational environment.
The student can apply the knowledge of ecosystem services in his operational environment.
The student can apply the knowledge how wetlands are improving water quality in agriculture.
The student is able to do civil observations of water quality and can apply results.

Very good learner (4).
The student can analyze the knowledge of sustainable use of natural resources and circular economy in his operational environment.
The student can analyze the knowledge of ecosystem services in his operational environment.
The student can analyze the knowledge how wetlands are improving water quality in agriculture.
The student is able to do civil observations of water quality and can analyze results.

Assessment criteria, excellent (5)

Excellent learner (5).
The student can evaluate the knowledge of sustainable use of natural resources and circular economy in his operational environment.
The student can evaluate the knowledge of ecosystem services in his operational environment.
The student can evaluate the knowledge how wetlands are improving water quality in agriculture.
The student is able to do civil observations of water quality and can evaluate results.

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