Science: Geosystems
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fcps curriculm

Science
Geosystems

Overview 

Geosystems is designed to provide students with a detailed understanding of the systems that govern the Earth. The Program of Studies centers on the student's ability to:

  • achieve a solid base of knowledge in this field
  • make informed decisions based on this knowledge
  • analyze and communicate information
  • actively conduct scientific experiments
  • make connections within science disciplines and with other disciplines

The methods of teaching emphasize the process of inquiry and discovery through laboratory investigations. The course is organized into four units that stress astronomy, the fluid Earth, the solid Earth, and the environmental impacts on life.

Students use a variety of new technologies that are being used in the field of Earth Science. Remote sensing, GIS (Geographic Information Systems), and an extensive use of Internet to provide access to data are all an integral part of the curriculum.

Other Standards for Science, Geosystems :
standard 1

PLAN AND CONDUCT INVESTIGATIONS

  benchmark 1.a Calculate Volume, Area, Mass, etc. Using the Most Appropriate Tools
    indicator 1.a.1 Consider the possible effects of measurement errors on calculations
    indicator 1.a.2 Use consistent units when processing data
    indicator 1.a.3 Select & use appropriate tools & techniques to collect & display data
    indicator 1.a.4 Use mathematical equations to reach and justify conclusions
    indicator 1.a.5 Derive mathematical equations to reach proper conclusions
  benchmark 1.b Use Technology to Collect, Analyze and Report Data
    indicator 1.b.1 Identify resources which could be applied to a solution
    indicator 1.b.2 Access real time data using reputable sources to solve real problems
    indicator 1.b.3 Access scientific information using a variety of media
    indicator 1.b.4 Share information electronically with peers and instructors
    indicator 1.b.5 Use graphing calculators & computers to produce models & graphs
    indicator 1.b.6 Research potential topics using library and Internet resources
    indicator 1.b.7 Relate historical events to the inventions of technology used today
    indicator 1.b.8 Demonstrate the dependence of science on technology
    indicator 1.b.9 Design a lab that uses technology to gather, analyze and display data
    indicator 1.b.10 Discriminate between problems with technological solutions and without
  benchmark 1.c Construct and Interpret Scales, Diagrams, Maps, Charts, Tables, etc.
    indicator 1.c.1 Read and interpret graphs, computer simulations and models
    indicator 1.c.2 Generate models, graphs, and spreadsheets using collected data
    indicator 1.c.3 Determine which type of graphical representation best displays data
    indicator 1.c.4 Communicate information obtained from charts, graphs, etc. to peers
    indicator 1.c.5 Present data in a variety of ways
    indicator 1.c.6 Collect data
  benchmark 1.d Manipulate Variables with Repeated Trials
    indicator 1.d.1 Develop a clear and concise set of experimental procedures
    indicator 1.d.2 Utilize experimental design to develop a model for investigation
    indicator 1.d.3 Suggest improvements in the design of the study
  benchmark 1.e Construct and Defend a Scientific Viewpoint
    indicator 1.e.1 Implement or evaluate a problem-solving strategy
    indicator 1.e.2 Design a product or solution to a real world problem
    indicator 1.e.3 Conduct experiments by following instructions
    indicator 1.e.4 Describe scientific findings or viewpoints orally
    indicator 1.e.5 Initiate individual ideas and share them with a collaborative group
    indicator 1.e.6 Self-assess to determine what is needed for effective collaboration
    indicator 1.e.7 Use the writing process to develop and express a viewpoint
    indicator 1.e.8 Participate in group discussions on scientific topics
    indicator 1.e.9 Cite sources used in conducting investigations
    indicator 1.e.10 Create a code of scientific integrity that applies in the classroom
    indicator 1.e.11 Generate ideas for experimental study
    indicator 1.e.12 Develop descriptions, conclusions, etc. based on evidence
    indicator 1.e.13 Review and revise procedures as necessary during an investigation
    indicator 1.e.14 Correlate historical events with individuals and circumstances
    indicator 1.e.15 Share experimental results with peers for review and analysis
    indicator 1.e.16 Discuss the roles of scientists and other professionals

Other Standards for Science, Geosystems :