NSES Correlation Charts

About the charts

  • The information presented in each ActionBioscience.org article has been correlated to the U.S. National Science Education Standards (NSES). Articles may be listed below in more than one category of the standards and educators may determine other curricular applications for the articles.

  • Lessons based on the NSES content standards are continuously being developed for articles posted on our web site (except for “students speak out” articles). When an article is accompanied by a lesson, the link is changed below from blue to gold so look for new gold links each time you visit!

  • For reprint information, see our reprint policy.

  • For additional information on NSES content standards for grades K-4, 5-8, and 9-12 or for help in determining other educational applications and grade levels for articles, see the official NSES document at http://www.nap.edu/catalog/4962.html.

NSES correlation chart: Content standards for grades 9-12

CONTENT STANDARDS (9-12)

ARTICLES POSTED ON www.actionbioscience.org

1. Unifying Concepts & Processes

1.1.

Systems, order & organization
» agroforestry; biocomplexity; biodiversity; canopy ecology; cyclic universe; dead zones; ecosystem services; ecosystems; estuaries; eukaryotes; evolution theory; great apes; human genome; human origins; introduced species; marine exotics; species genome; taxonomy; universal ancestor; wetland birds

1.2.

Evidence, models & explanation
» animal evolution; antibiotics; applied evolution; bacteria origins; bacteria primer; biocomplexity; biodiversity; Cambrian explosion; climate and speciation; ecosystem services; emerging viruses; eukaryotes; evolution evidence; evolution theory; fossil dating; genomic puzzles; global warming; human genome; human origins; infectious diseases; insects; intelligent design; life on Mars; Madagascar; metabolomics; microbial forensics; natural history; premarital gene tests; pygmy rabbits; ring species; science and religion; sixth extinction; speciation; toxins; universal ancestor; whale fossils

1.3.

Change, constancy & measurement
» applied evolution; biocomplexity; biodiversity; climate and speciation; climate change; ecosystem services; ecosystems; fossil dating; freshwater fish; future of evolution; genes for sale; genomic puzzles; global warming; life on Mars; mollusks; natural history; natural selection; overpopulation; pharmacogenetics; Polar bears; ring species; shifting baselines; sixth extinction; U.S. oceans; wetland birds; whale fossils

1.4.

Evolution & equilibrium
» amphibians; antibiotics; applied evolution; biocomplexity; biodiversity; Cambrian explosion; canopy ecology; climate and speciation; dengue fever; ecosystem services; eukaryotes; evolution and society; evolution theory; future of evolution; GM agriculture; GM food safety; great apes; great whales; human evolution; human origins; insects; interspecies; introduced species; Madagascar; marine exotics; natural history; natural selection; Pleistocene rewilding; Polar bears; ring species; shifting baselines; sixth extinction; speciation; transgenics; transgenic insects

1.5.

Form & function
» bacteria origins; bioaerosols; deforestation; eco-economics; fossil dating; freshwater fish; heat island; human genome; metabolomics; mtDNA disease; ricin; wetland birds; whale fossils; xenotransplantation

2. Science as Inquiry

2.1.

Abilities necessary to do scientific inquiry
» amphibians; angiosperms; animal cloning; antibiotics; applied evolution; bacteria primer; biocomplexity; biodiversity; fossil dating; freshwater; human genome; infectious diseases; insects; life on Mars; lost world; mammoths; microbial forensics; sixth extinction; species genome; taxonomy

2.2.

Understanding about scientific inquiry
» animal cloning; autism; bacteria primer; biopiracy; cyclic universe; dengue fever; evolution and society; evolution evidence; evolution theory; genomic puzzles; GM agriculture; GM crops; genetic privacy; green revolution; human genome; human origins; intelligent design; interspecies; Madagascar; metabolomics; microbial forensics; natural history; nature's medicines; pharmacogenetics; plant genebanks; pygmy rabbits; ring species; science and religion; science in dev. nations; science literacy; shifting baselines; speciation; transgenic insects

3. Physical Science

3.1.

Structure of atoms
» nanotechnology

3.2.

Structure & properties of matter
» fossil dating; nanotechnology

3.3.

Chemical reactions
» life from space; life on Mars; metabolomics; ricin; toxins

3.4.

Motions and forces
» 6th extinction; Cambrian explosion

3.5.

Conservation of energy & increase in disorder
» bacteria origins; climate change; deforestation; fossil fuels; future of evolution; global warming; heat island

3.6.

Interactions of energy & matter
»global warming; heat island; Polar bears; sixth extinction

4. Life Science

4.1.

The cell
» animal cloning; animal evolution; bacteria origins; bacteria primer; designer babies; emerging viruses; eukaryotes; genomic puzzles; human cloning; human evolution; mammoths; microbial forensics; mtDNA disease; ricin; species genome; stem cell therapy; universal ancestor; xenotransplantation

4.2.

Molecular basis of heredity
» applied evolution; autism; designer babies; genes for sale; gene therapy; GM crops; human genome; mtDNA disease; natural selection; pharmacogenetics; plant genebanks; premarital gene tests; species genome; transgenics; transgenic insects

4.3.

Biological evolution
» animal evolution; angiosperms; antibiotics; applied evolution; bacteria origins; biodiversity; Cambrian explosion; climate and speciation; emerging viruses; eukaryotes; evolution and society; evolution evidence; evolution theory; fossil dating; future of evolution; human evolution; human origins; intelligent design; life from space; Madagascar; mammoths; natural history; natural selection; ring species; science and religion; sixth extinction; speciation; taxonomy; universal ancestor; whale fossils

4.4.

Interdependence of organisms
» agroforestry; amphibians; bacteria primer; biodiversity; botanical gardens; canopy ecology; deforestation; dengue fever; ecosystem services; ecosystems; emerging viruses; freshwater fish; infectious diseases; insects; GM agriculture; great apes; great whales; introduced species; marine exotics; mollusks; overpopulation; Pleistocene rewilding; Polar bears; scientists' warning; sixth extinction; transgenic insects; wetland birds

4.5.

Matter, energy & organization in living systems
» agroforestry; biocomplexity; canopy ecology; climate and speciation; climate change; dead zones; ecosystems; estuaries; evolution theory; fossil fuels; global warming; shifting baselines; U.S. oceans

4.6.

Behavior of organisms
» antibiotics; applied evolution; biodiversity; eukaryotes; evolution theory; freshwater fish; insects; introduced species; marine exotics; microbial forensics; natural selection; pygmy rabbits; ring species; transgenic insects; universal ancestor; wetland birds; whale fossils

5. Earth & Space Science

5.1.

Energy in the earth system
» canopy ecology; climate change; dead zones; fossil fuels; global warming; heat island Polar bears;

5.2.

Geochemical cycles
» bacteria primer; climate and speciation; climate change; ecosystems; estuaries; fossil dating; freshwater; life on Mars

5.3.

Origin & evolution of the earth system
» cyclic universe; intelligent design; life from space; life on Mars

5.4.

Origin & evolution of the universe
»cyclic universe; intelligent design

6. Science & Technology

6.1.

Abilities of technological design
» animal cloning; bioaerosols; designer babies; DNA patents; ecotourism; fossil fuels; gene therapy; genes for sale; GM agriculture; GM crops; GM food safety; green revolution; human cloning; nanotechnology; stem cell therapy; xenotransplantation

6.2.

Understanding about science & technology
» animal cloning; biocomplexity; biopiracy; evolution and society; green revolution; human evolution; human genome; insects; interspecies; mammoths; microbial forensics; pharmacogenetics; plant genebanks; science literacy; stem cell therapy; toxins; transgenic; transgenic insects

7. Science in Personal & Social Perspectives

7.1.

Personal and community health
» agricultural bioterrorism; antibiotics; autism; bacteria primer; beaches; bioaerosols; bioterrorism; dengue fever; emerging viruses; gene therapy; genes for sale; genetic privacy; GM food safety; global warming; infectious diseases; medical bioethics; mtDNA disease; pharmacogenetics; premarital gene tests; ricin; toxins; xenotransplantation

7.2.

Population growth
» beaches; dead zones; dengue fever; insects; freshwater; great apes; great whales; green revolution; Madagascar; overpopulation; pygmy rabbits; scientists' warning; sixth extinction

7.3.

Natural resources
» agroforestry; beaches; biodiversity; biopiracy; botanical gardens; canopy ecology; climate change; deforestation; DNA patents; eco-economics; ecosystems; ecotourism; estuaries; fossil fuels; freshwater; freshwater fish; GM crops; lost world; nature's medicines; overpopulation; plant genebanks; scientists' warning; shifting baselines; taxonomy; U.S. oceans

7.4.

Environmental quality
» agroforestry; angiosperms; bacteria primer; beaches; bioaerosols; ecosystem services; ecosystems; ecotourism; estuaries; freshwater fish; global warming; heat island; infectious diseases; metabolomics; scientists' warning; shifting baselines; toxins; transgenic insects; U.S. oceans; wetland birds

7.5.

Natural & human-induced hazards
» amphibians; antibiotics; bacteria primer; bioterrorism; climate change; estuaries; future of evolution; global warming; great apes; great whales; infectious diseases; introduced species; marine exotics; microbial forensics; mollusks; scientists' warning; shifting baselines; toxins

7.6.

Science and technology in local, national & global challenges
» African science; agricultural bioterrorism; amphibians; animal cloning; biocomplexity; biodiversity; biopiracy; bioterrorism; designer babies; DNA patents; eco-economics; ecotourism; ecosystems; evolution and society; freshwater; genetic privacy; GM agriculture; GM crops; GM food safety; global warming; green revolution; human cloning; human genome; infectious diseases; insects; intelligent design; interspecies; microbial forensics; nature's medicines; pharmacogenetics; plant genebanks; ricin; science in dev. nations; scientists' warning; stem cell therapy; transgenics; transgenic insects; U.S. oceans; wetland birds

8. History & Nature of Science

8.1.

Science as a human endeavor
» African science; angiosperms; applied evolution; botanical gardens; designer babies; green revolution; interspecies; lost world; medical bioethics; natural history; nature of science; nature's medicines; science literacy

8.2.

Nature of scientific knowledge
» animal evolution; biocomplexity; Cambrian explosion; evolution and society; evolution evidence; evolution theory; genomic puzzles; microbial forensics; natural history; nature of science; science and religion; science in dev. nations; science literacy; shifting baselines; speciation; species genome

8.3.

Historical perspective
» animal cloning; botanical gardens; evolution evidence; genomic puzzles; green revolution; human evolution; human genome; human origins; intelligent design; life on Mars; lost world; natural history; nature of science; Pleistocene rewilding; premarital gene tests; speciation; whale fossils

NSES correlation chart: Content standards for grades 5-8

[Note: Articles listed in this chart have been chosen because they not only apply to the NSES standards for grades 5-8 but they are also easier to read by young learners; however, educators may determine that articles listed in the grades 9-12 chart may also apply.]

CONTENT STANDARDS (5-8)

ARTICLES POSTED ON www.actionbioscience.org

   

1. Unifying Concepts & Processes

»biodiversity; Cambrian explosion; canopy ecology; dead zones; ecosystem services; ecosystems; fossil dating; genes for sale; great apes; great whales; pygmy rabbits; shifting baselines; species genome; wetland birds

2. Science as Inquiry

» animal cloning; antibiotics; bacteria primer; biopiracy; dengue fever; fossil dating; freshwater; insects; Madagascar; microbial forensics; nature's medicines; pygmy rabbits; science in dev. nations; science literacy

3. Physical Science

» fossil dating; global warming; nanotechnology

4. Life Science

» amphibians; animal cloning; antibiotics; bacteria primer; biodiversity; botanical gardens; Cambrian explosion; canopy ecology; dead zones; ecosystems; evolution and society; fossil dating; genes for sale; great apes; great whales; lost world; mammoths; marine exotics; mollusks; natural selection; Pleistocene rewilding; Polar bears; shifting baselines; species genome; wetland birds; whale fossils

5. Earth & Space Science

» canopy ecology; dead zones; fossil dating; freshwater; global warming; lost world

6. Science & Technology

» animal cloning; bioterrorism; genes for sale; green revolution; microbial forensics; nanotechnology; plant genebanks; science literacy; transgenics

7. Science in Personal & Social Perspectives

» animal cloning; antibiotics; autism; bacteria primer; beaches; biopiracy; bioterrorism; canopy ecology; dengue fever; ecotourism; freshwater; genes for sale; global warming; great apes; great whales; green revolution; infectious diseases; lost world; Madagascar; nature's medicines; plant genebanks; science in dev. nations; scientists' warning; U.S. oceans; wetland birds

8. History & Nature of Science

» botanical gardens; evolution and society; lost world; natural history; nature's medicines; Pleistocene rewilding; science in dev. nations; science literacy; species genome; whale fossils