Faculty : Faculty of Mathematics and Science
Study Program : Biology
Course / Code General Biology/ BIO151
Credit : Theory: 2 Practice: 1
Semester : 1
Prerequisite : -
I. Course Description
This course contains subject matters and topics for inductive activities more than
only for deducto-verificative activities. Through this lecturing, students 1) identifying some biological objects on any level of life organization in around them; 2) finding some biological problems base on their observation; 3) doing problem solving through scientific methods; 4)
comparing characteristics of an individual to others; 5) understanding principles of classification of organism; 6) Classifying organisms base on certain characteristic; 7) connecting specific characteristic of organism to their environment; 8) Connecting specific structure- function of organism to specific function of the organism; 9) simulating ratio of phenotype from crossbreeding; 10) understanding basic principles of adaptation on organisms; 11) understanding basic principles of evolution on organism.II. Competences
Understanding biology as a knowledge; Understanding objects and problems of
biology as a science; identifying unity and diversity of organism; understanding principles of classification of organism; connecting specific characteristic of organism to their environment; Connecting specific structure-function of organism to specific function of the organism; simulating ratio of phenotype from crossbreeding; understanding basic principles of adaptation on organisms; understanding basic principles of evolution on organism.
III. Activity
Meeting
|
Basic Competence
|
Essential Concept
|
Learning
Strategy
|
Ref.
|
Character
|
1-2
|
Understanding biology as a knowledge
|
Biology as an inquiry
|
Discussion, references study, and assignment
|
A, C, E, F
|
Curiosity
|
3
|
Understanding objects and problems of biology as a science
|
Objects and problems of biology as a
science
|
Observation,
reference study, and discussion
|
A, D, F
|
Curiosity
|
4
|
identifying unity and diversity of organism
|
unity and diversity of organism
|
Observation,
reference study, and discussion
|
A, B, D, F
|
Menghargai
keberagam- an
|
5-6
|
Understanding principles of classification of organism
|
principles of classification of organism
|
Observation,
reference study, and discussion
|
A, B, F
|
Menghargai keberagam- an
|
7
|
Connecting specific characteristic of organism to their environment
|
organism and their environment
|
Observation,
reference study, and discussion
|
A, B, E, F
|
Curiosity
|
8
|
Midterm test
| ||||
9-10
|
Connecting specific structure-function of organism to specific function of the organism
|
structure-function on organism
|
Observation,
reference study, and discussion
|
A, B, F
|
Curiosity
|
11-12
|
Simulating ratio of phenotype from crossbreeding
|
Sustainability in organism
|
Observation,
reference study, and discussion
|
A, B, F
|
Menghargai keberagam- an
|
13
|
Describing regulation and homeostasis in organism
|
regulation and homeostasis in organism
|
Observation,
reference study, and discussion
|
A, B, F
|
Discipline
|
14
|
Understanding basic principles of adaptation on organisms
|
adaptation on organisms
|
Observation,
reference study, and discussion
|
A, B, F
| |
15-16.
|
Understanding basic principles of evolution on organism
|
evolution on organism
|
Reference
study, and discussion
|
A, B, F
|
References
- Compulsory
(A) BSCS (1996). Biological science: A molecular approach. Lexington, MA: D.C. Heat and Company.
(F) Paidi, Nur Aini, & Yuni Wibowo. 2010. General Biology: Manual for Laboratory Activity. Yogyakarta: Department of Biology Education, Faculty of Mathematics and Science, UNY
- Not Compulsory (Additional)
(B) Farabee, M.J. 2007. Online Biology Book. Arizona: Estrella Mountain Community College, in sunny Avondale. Diakses tanggal 8 Oktober 2010 dari http://www. mj.farabee@emcmail.maricopa.edu.
(C) Carin, A.A. dan Sund, R.B. (1989). Teaching science through discovery.
Columbus, OH: Merrill Publishing Company.
(D) Cavendish. S. (1990). Observation activities. London: Paul Chapman
Publishing Ltd.
(E) Lawson, A.E. (1994). Science Teaching and The Development of Thinking.
Belmont : Wadworth Publishing Company.
C. Techniques of Assessment and Final-Score
1. Written test (30%)
2. Performance assessment (20%)
3. Group Project (20%)
4. Assignment (20%)
5. Peer assessment (10%)
Yogyakarta, Februari 2012
Head of Departement Lecturer
Biology Education Department
Dr. Slamet Suyanto Paramita Cahyaningrum K., M.Sc. NIP 19620702 199101 1 001 NIP 19780822 201012 2 001
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