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GLOBE Correlation to the Michigan Curriculum Framework

 

Constructing Benchmarks

 

Elementary

Middle School

High School

1. Generate reasonable questions

about the world based on observation.

1. Generate scientific questions

about the world based on observation.

1. Develop questions or problems

for investigation that can be

answered empirically.

2. Develop solutions to unfamiliar

problems through reasoning,

observation, and/or experiment.

2. Design and conduct simple

investigations.

2. Suggest empirical tests of

hypotheses.

   

3. Design and conduct scientific

investigations.

4. Use simple measurement

devices to make metric measurement.

4. Use measurement devices to

provide consistency in an investigation.

6. Recognize and explain the

limitations of measuring devices.

5. Develop strategies and skills for

information gathering and problem

solving.

5. Use sources of information to

help solve problems.

7. Gather and synthesize information from books and other sources

of information.

6. Construct charts and graphs

and prepare summaries of observations.

6. Write and follow procedures in

the form of step-by-step instructions, recipes, formulas, flow

diagrams, and sketches.

8. Discuss topics in groups by

being able to restate or summarize

what others have said, ask for

clarification or elaboration, and

take alternative perspectives.

 

Reflecting Benchmarks

 

1. Develop an awareness of the

need for evidence in making

decisions scientifically.

1. Evaluate the strengths and

weaknesses of claims, arguments,

or data.

1. Justify plans or explanations on

a theoretical or empirical basis.

 

2. Describe limitations in personal

knowledge.

2. Describe some general limitations

of scientific knowledge.

2. Show how science concepts can

be interpreted through creative

expression such as language arts

and fine arts.

3. Show how common themes of

science, mathematics, and technology apply in real-world contexts.

3. Show how common themes of

science, mathematics, and technology apply in real-world contexts.

3. Describe ways in which technology is used in everyday life.

4. Describe the advantages and risks of new technologies.

 

4. Develop an awareness of and sensitivity to the natural world.

   

5. Develop an awareness of contributions made to science by people of diverse backgrounds.

5. Recognize the contributions made in science by cultures and individuals of diverse backgrounds.

6. Describe the historical, political, and social factors affecting developments in science.

 

Ecosystems

 

2. Explain common patterns of

interdependence and interrelation-ships of living things.

1. Describe common patterns of

relationships among populations.

1. Describe common ecological

relationships among species.

5. Describe positive and negative

effects of humans on the environment.

6. Describe ways in which humans

alter the environment.

6. Explain the effects of agriculture

and other human activities on

selected ecosystems.

 

 

Geosphere

 

1. Describe major features of the

Earth’s surface.

1. Describe and identify surface

features using maps.

1. Explain the surface features of

the Great Lakes region using Ice

Age theory.

2. Recognize and describe different

types of earth materials.

   

4. Describe natural changes in the

Earth’s surface.

4. Explain how rocks are broken

down, how soil is formed and how

surface features change.

 
 

Hydrosphere

 

1. Describe how water exists on

Earth in three states.

1. Describe various forms that

water takes on the earth’s surface

and conditions under which they

exist.

 
 

Atmosphere and Weather

 

1. Describe the atmosphere.

1. Describe the composition and

characteristics of the atmosphere.

1. Describe patterns of air movement in the atmosphere and how they affect weather conditions.

2. Describe weather conditions

and climates.

2. Describe patterns of changing

weather and how they are measured.

 

3. Describe seasonal changes in

weather.

   
 

Space Science

 

2. Describe the motions of the

Earth and moon around the sun.

2. Describe, compare, and explain

the motions of planets, moons,

and comets in the solar system.

3. Describe the position and

motion of our solar system in the

universe.

 

3. Describe and explain common

observations of the day and night

skies.

4. Explain why seasons occur on

earth.

 

Matter and Energy

 

1. Classify common objects and

substances according to observable attributes: color, size, shape,

smell, hardness, texture, flexibility,

length, weight, buoyancy, states of

matter, or magnetic properties.

1. Measure physical properties of

objects or substances (mass,

weight, area, temperature, dimensions, volume).

1. Describe and compare objects

in terms of mass, volume, and

density.

2. Measure weight, dimensions,

and temperature of appropriate

objects and materials.

2. Describe when length, mass,

weight, area, or volume are

appropriate to describe the size of

an object or the amount of a

substance.

2. Explain how families of elements

are related by common properties.

 

3. Classify substances as elements, compounds, or mixtures.

3. Analyze properties of common

household and agricultural materials

in terms of risk/benefit balance.

 

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