9-12 LPS BIOLOGY OBJECTIVES
Revised 4/10/00
|
STATE (6.04) |
NATIONAL |
MULTI CULTURAL |
SCHOOL TO CAREER GOAL |
NOTES |
|
INTERDEPENDENCE OF ORGANISMS |
G p. 630 |
G p. 694 |
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1. Describe the cycle of atoms and molecules between living and nonliving organisms on earth. |
D1a |
4A |
G p. 150 |
G p. 40 |
|
2. Understand the flow of energy through living systems. |
D1b; E1c |
4B; 5F |
G p. 673 |
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3. Describe examples of organisms cooperating and competing in ecosystems. |
D1c |
4C |
G p. 8 |
G p. 150 H p. 287 |
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4. Develop an understanding of the finite nature of earths resources and how they are influenced by population dynamics. |
D1d |
4D; 5E |
G p. 76, 117 |
G p. 495 H p. 298, 353, 389 791, 789, 765 |
|
5. Give examples of how human activity modifies the biosphere. |
D1e |
4E |
G p. 49, 105 p. 609, 743 |
G p. 8, 616, 880 |
|
EVOLUTION |
G p. 439, 442 |
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1. Understand that the concept of biological evolution is a theory built on the consequence of: reproductive potentials, genetic variability, a finite supply of the resources required for life, and natural selection. |
C1a |
3A |
G p. 418 |
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2. Understand that evolution is a change in living things, and is used to explain diversity of life. |
C1b |
3B |
G p. 378 |
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3. Describe the theory of natural selection as a way of explaining diversity of life on earth. |
C1c |
3C |
G p. 858, 930 H p. 288 |
H p. 787 |
|
STATE (6.04) |
NATIONAL |
MULTI CULTURAL |
SCHOOL TO CAREER GOAL |
NOTES |
|
4. Investigate and use biological classifications based on similarities. |
C1d |
3D; 3E |
G p. 439, 472 |
H p. 319, 511, 795 793, 808-809 |
|
BEHAVIOR |
G p. 695, 771 |
G p. 846, 873 |
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1. Investigate and describe how nervous systems function in multicellular animals. |
F1a |
6A |
G p. 991 |
H p. 249 |
|
2. Describe how and why organisms respond to internal changes and external stimuli. |
F1b |
6B |
G p. 556, 673 |
H p. 238, 759, 799 |
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3. Understand that many behaviors have evolved through natural selection. |
F1c |
6C |
G p. 902 |
H p. 189 |
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4. Investigate how behavioral biology has implications for human behaviors. |
F1d |
6D |
H p. 231 |
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CELLS |
|||||
1. Investigate and describe cell organelles and their function(s). |
A1a |
1A |
G p. 510 |
G p. 213 H p. 761, 771 |
|
2. Describe chemical reactions in cells. |
A1b |
1B |
G p. 240 H p. 37,56,665,705 |
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3. Describe how DNA regulates cell functions. |
A1c |
1C |
G p. 210, 270 |
H p. 115 |
|
4. Discuss the ability of some cells to differentiate and specialize allowing them to accomplish coordinated tasks within an organism. |
A1d; A1e |
1D; 1E; 5D; 1F; (1f, 2f) |
G p. 718 |
G p. 819 H p. 677, 763 |
|
STATE (6.04) |
NATIONAL |
MULTI CULTURAL |
SCHOOL TO CAREER GOAL |
NOTES |
|
|
MATTER, ORGANIZATION AND LIVING SYSTEMS |
G P. 584 |
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1. Understanding that living systems require a constant input of energy to survive and reproduce. |
E1a |
5A |
H p. 715 |
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2. Understand that all living things require energy, and most initially derive that energy from the sun. |
E1b |
5B |
G p. 240 H p. 425, 767 |
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3. Describe how photosynthesis captures light energy and transforms it into chemical energy. |
E1b |
5B |
G p. 584 |
G p. 237 |
|
4. Explain how cellular respiration converts stored chemical energy into usable chemical energy, (ATP) and heat.. |
E1b |
5C |
H p. 797, 801-802, 802-803 |
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MOLECULAR BASIS OF HEREDITY |
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1. Understand that DNA is the molecular recipe for all forms of life on earth. |
A1c |
2A1a |
G p. 290 H p. 785 |
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2. Identify how DNA is passed from one generation to the next. |
B1a |
2B |
G p. 344 |
G p. 236, 317 H p. 165, 775 |
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3. Explain how changes in DNA may introduce genetic variations. |
B1b; B1c |
2C |
G p. 329 |
G p. 265,278,303,359 H p. 131 |
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In the Multicultural and School to Career goal columns, the G stands for the Glencoe Biology teachers edition textbook; and the H stands for the Holt Applied Biology teachers edition textbook. You will find information/activities on the pages listed that will help support the multicultural and school to career objectives. These are just a sample of what can be incorporated into the curriculum. Additional materials can also be found in the Glencoe S.T.C., and the Tech-Prep Application manual; and in the Holt Biotechnology supplemental materials.