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| Alignment of the TOPS BioWeb Program with California Content Standards for Public Schools |
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| Science Content Standards for CA Public Schools |
General topics that can be studied using BioWeb Websites and Documents |
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| Animal Life |
Plant Life |
Water |
Atmospheric & Oceanographic Conditions |
River and Earth Relationship |
People and the River |
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| Physical Science |
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| Properties and changes of properties of matter |
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| Motions and forces |
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| Transfer of energy |
X |
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| Chemical reactions |
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| Conservation of energy |
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X |
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| Interactions of energy and matter |
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X |
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| Life Science |
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| Structure and function of living systems |
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| Regulation and behavior |
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| Populations and ecosystems |
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X |
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| Diversity and adaptations of organisms |
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X |
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| Biological evolution |
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X |
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| Interdependence of organisms |
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X |
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| Matter, energy, and organization in living systems |
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X |
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| Behavior of organisms |
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X |
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X |
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| Earth Science |
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| Structure of the earth system |
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| Energy in the earth system |
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| Geochemical cycles |
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| Earth History and Changes |
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| Alignment of the TOPS BioWeb Program with California Content Standards for Public Schools |
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| Science Content Standards for CA Public Schools |
Grade Level Alignment - Investigation and Experimentation |
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Grade 6 |
Grade 7 |
Grade 8 |
Grade 9 |
Grade 10 |
Grades 11 & 12 |
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| Select and use appropriate tools and technology to perform tests, collect data, and display data |
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| Communicate steps and results from an investigation (written and verbal presentations) |
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| Construct appropriate graphs from data and make qualitative statements about the data |
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| Recognize whether evidence is consistent with proposed explanation |
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| Utilize a variety of print/electronic resources for research projects |
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| Construct scale models and maps to communicate scientific knowledge |
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| Plan and conduct a scientific investigation to test (or develop) a hypothesis |
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| Evaluate the accuracy and reproducibility of data |
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| Distinguish between variable and controlled parameters in a test |
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| Construct appropriate graphs from data & make quantitative statements about data |
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| Distinguish between linear and non-linear relationships on a graph of data |
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| Identify and communicate sources of scientific error |
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| Recognize cumulative nature of scientific evidence |
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| Recognize the issues of statistical variability and the need for controlled tests |
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| Analyze situations and solve problems that require applying concepts from more than one area of science |
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| Investigate a science-based societal issue by researching literature, analyzing data and communicating findings |
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| Recognize how scientific theories are developed and tested |
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| Solve problems using quadratic equations and simple trigonometric, exponential and logarithmic functions |
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