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This course will consist of the following units of study:

COURSE CONTENT:

A. The Study of Life: who uses biology; tools of biology; metric     measurements used in science; scientific method used in solving a problem.
B. Features of Life and the Cell: features of living things; cell structures and     functions; cell diffusion and osmosis; cell organization to form an organism.
C. Classification: why and how living things are classified; Aristotle and     Linnaeus; scientific names; contrast between the 2 kingdom and 5 kingdom     systems.
D. Simple Organisms: viruses; monerans; protists; fungi.
E. The Plants: grouping of; traits of nonvascular plants & vascular plants;     importance.
F. The Animals: what an animal is; classification; invertebrates and chordates.
G. Genetics: inheritance of traits; human genetics; DNA.
H. Evolution: changes in living things over time; Darwin; plate tectonics
I. Ecology: populations and communities; ecosystems and biomes; solving     ecological problems.
To complete this course successfully, students will be required to demonstrate a satisfactory or higher level of proficiency and understanding in:

COURSE REQUIREMENTS:

A. How biology is part of everyday life;, how a scientist works; how     measurements are made.
B. The basic features of life common to all living things; the stucture and     function of the cell.
C. How classification is important to everyday life and biology; the universal     system of classification.
D. The basic features of the major groups of organisms in the moneran,     protist, and fungi kingdoms.
E. The basic features of the major groups of organisms in the plant kingdom.
F. The basic features of the major groups of organisms in the animal kingdom.
G. How characteristics of organisms are transferred; single and multiple trait     genetic crosses (sex linked, allele-chromosome); genetic disorders; genetic     engineering via an understanding of the structure and function of DNA.
H. The factual concept of evolution (over time life forms living in a     population evolve due to naturally occurring subtle and catastrophic     changes in the organisms and/or environments); the modern theories of the     mechanisms and evidence for evolution.
I. The interrelationships between organisms living in a community and their     environment;, the concepts of how organisms recycle carbon, nitrogen,     oxygen, and hydrogen within ecosystems in biomes on earth; the ecological     impact that human technology has had on earth; the kinds of careers     associated with the biological sciences.
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