Keeley Library August 19, 2000
| THINKING
SKILLS: INTEGRATING LIBRARY RESOURCES WITH
LEARNING OBJECTIVES
Keeley Library August 19, 2000 |
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College Biology |
NUMBER |
OBJECTIVES |
| Keeley Library Resources : Click on the Internet Links in the First Column on the Left. | ||
| Matter of Life
LE II
|
BH1
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CONTENT: Parts
and Functions of a Cell Cellular
function is based on the cellular organelles, eg.,cell membrane, mitochondria, nucleus, ribosomes, and chloroplasts, etc. PERFORMANCE: Oral Presentation,Cell Model : Students will work as part of a group to build a model of a cell out of materials they choose, and make a group presentation to the class. |
| Traits and Fates
LE 1, 2, 3, 5 |
BH2 | CONTENT: The
Struture and Function of DNA and Protein Synthesis: Life
processes in the cell are based on molecular interaction.
PERFORMANCE: Model of DNA and Protein: Students will work as part of a group to build a DNA model. the protein synthesized and any visible mutation. |
| Traits and Fates
LE 7,8 |
BH3 | CONTENT: Meiosis
VS. Mitosis: Cells divide through mitosis
ormeiosis. Mitosis is required for growth of the organism, while
meiosis produces sex cells.
PERFORMANCE: Drawing of Stages of Meiosis and Mitosis, Summary of Stages of Mitosis and Meiosis Students will diagram, label, and summarize stages of meiosis and mitosis. |
| Traits and FatesLE
4, 9
|
BH4 | CONTENT:DNA/Genetics/Chromosomes:
Each
chromosome is made of DNA. The part of the DNA that codes for a protein
is called the DNA.
PERFORMANCE: DNA/Genetics: Students explain that each chromosome is made of DNA, and that DNA supplies the genetic material that determines which proteins are synthesized. |
| Traits and FatesLE
4,10
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BH5 | CONTENT: DNA/Genetics/Phenotypes
and Genothpes The inheritance of genes from
two parents allows the inheritance of sex linked, dominant or recessive
traits.Some traits are the result of the interaction of several genes.
PERFORMANCE: DNA/Genetics Demonstrate principles of phenotype and genotype using Punnett square and human pedigrees. |
| Matter of Life
LE 9
|
BH6 | CONTENT: DNA/Genetics/Mutations
and Natural Selection DNA change might
result in an altered gene that can be passed on to offspring Genetic
variation is preserved or eliminated from a population through
natural
selection.
PERFORMANCE: DNA/Genetics Describe and represent that changes (mutations) can occur in DNA due to natural or environmental conditions and give examples. Explain how natural selecton controls the effect of these mutations on an offspring's success in an environment. |
| What on Earth?
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BH7 | CONTENT: DNA/Genetics/DNA
Sequences The millions of different species
of plants, animals, and microorganisms that live on earth today are
related by descent from a common ancestor.
PERFORMANCE: DNA/GeneticsGenetics: Examine DNA sequences to relate various organisms to each other and a common ancestor. |
| What on Earth?
|
BH8 | CONTENT:DNA/Genetics/Population
Growth The availability of matter
and energy and the availability of the ecosystem to recycle materials,
limit the distribution and abundane of organisms and populations in ecosystems
PERFORMANCE: DNA/Genetics Examine DNA sequences to relate various organisms to each other and a common ancestor. |
| What on Earth?
|
BH9 | CONTENT: Cooperation
and Competion in Ecosystems Organism may
cooperate or compete in ecosystems.Explain, understand or describe:
ecology
and evolution, major biomes, enviromnemtal requiremnts for life,
effect of environmental changes, etc.
PERFORMANCE: DNA/Genetics Examine DNA sequences to relate various organisms to each other and a common ancestor. |
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Jane Constant, Reference Librarian
Keeley Library, B.M.C.Durfee High School
of Fall River
September, 1978 to June, 2001