This course represents an opportunity for students to gain knowledge about the Earth they live on and its place in the Universe. The topics of geology, astronomy, meteorology, environmental change, earth dynamics, hydrology, and paleontology are sequentially developed into a physical history of the earth.
Quarter 1
Quarter 2
Quarter 3
Quarter 4
Topic 1 Introduction to Earth's Changing Environment
I can:
draw, interpret, read and analyze graphs, data tables, charts and other diagrams.
explain the relationship between the density of objects and how temperature and pressure affect it (not size and shape).
Topic 2 Measuring Earth
I can:
state the altitude of Polaris based on the latitude of the observer.
state the latitude and longitude of any point of the Earth’s surface (including directions).
state the location on Earth based on the latitude and longitude given.
calculate the time difference between two meridians using Earth’s rate of rotation.
calculate the contour interval on an unmarked map.
apprise the elevation of any point on a topographic map.
accurately draw isolines on a map.
describe the relationship between distance of isolines and steepness of slope either visually or with the gradient formula.
explain how contour lines show direction of stream flow.
draw a profile between two points on a topographic map.
Topic 3 Earth in the Universe
I can:
give supporting evidence of the big bang.
explain the process of stellar evolution (a star’s life cycle).
compare and contrast the speed of orbiting bodies based on size and position to another object due to gravitational pull.
interpret and classify the planets as Jovian or terrestrial and how those classifications using specific criteria on pg. 15 ESRT.
Topic 4: Motions of Earth, Moon and Sun
I can:
explain why we have seasons.
describe the apparent motion of objects, explain what causes the apparent motions and how we determine time based on these motions.
explain the movement of the moon and predict the effect on tides, eclipses and its phases.
Topic 5 Energy in the Earth Processes
I can:
identify and describe the three methods of heat transfer.
explain the concept of specific heat and how it affects how objects heat up and radiate heat.
Topic 6 Insolation
I can:
explain how the angle of insolation affects the intensity of insolation and how that angle changes throughout the year.
compare and contrast how greenhouse gasses influence climate (Greenhouse Effect--greenhouse)
draw conclusions how humans impact the Earth.
explain how the the ozone layer protects us from the UV exposure.
provide examples of Global Climate Change, and the impact it has on a location.
Topic 7 Weather
I can:
measure weather variables and label/decode weather variables on station models.
describe the process by which clouds form.
state the characteristics of high and low pressure centers.
identify different fronts on a weather map and describe the air masses and weather associated with them.
Topic 8 Water and Climate
I can:
describe how each factor affects climate with regards to temperature and moisture.
describe what the hydrologic (water) cycle is and correctly label a diagram of the hydrologic (water) cycle.
Topic 9, 10 Weathering , Erosion and Deposition
I can:
explain the process of chemical and physical weathering and describe two differences between them.
describe the unique ways each agent of erosion transports sediment.
model the pattern of deposition for each of the following: streams, wind, glaciers, mass movement
Topic 11 Rocks and Minerals
I can:
analyze a mineral's physical and chemical properties in order to identify the mineral.
determine the differences between sedimentary, igneous, or metamorphic rocks based on texture and environment which they formed in.
Topic 12 Earth's Dynamic Crust and Interior
I can:
explain how plate tectonics affects the development of geologic features, Earth’s processes, and natural disasters on Earth’s surface.
Topic 13 Interpreting Geologic History
I can:
justify how geologic history can be reconstructed by observing sequences of rock types and fossils to correlate bedrock at various locations.
calculate the age of a rock/fossil using radioactive decay patterns and knowledge of unstable isotope half-lives.
Earth Science
I can use what I have learned to ask two unique scientific questions about a specific topic that furthers my understanding:
I can use evidence gathered to ask two questions that allow me to test the relationship between mass, density, and volume of an object verbally and recorded in my lab manual.
I can carry out an investigation to perform experiments that test my hypotheses (If….then…because)
I can plan and carry out an investigation to explore the model of the moon, Earth, and Sun in my lab manual. I will use that model to explain how the position of the moon in relation to the Earth and Sun determines the phase of the moon and its cyclic patterns.
I can analyze and interpret data that supports or does not support my hypothesis.
I can collect and record data into a data table which is then appropriately graphed. Using the data collected I will give an explanation to support my scientific thinking in my lab manual.
I can build a model that shows the scientific idea I am learning.
I can create a topographic map to explain how the isolines represent at least four geographic features.
I can create appropriate methods to organize and represent the data of my experiment.
I can an appropriate data table that organizes gathered data about particle size and porosity. The information can then be appropriately graphed to show the relationship between them.
I can explain phenomena using a specific scientific explanation and apply it to solving a problem.
I can justify the geologic ages of the given rock layers by applying the Laws of Superposition.
I can display scientific findings from an investigation using the organized logical step of the scientific method.
I can create a labeled diagram (systems diagram, flowchart, etc.) from observations made during an investigation that shows how the speed of water impacts the erosional process.
I can evaluate a claim using accepted scientific evidence.
I can weigh evidence for and against climate change to produce a sound and scientifically based conclusion in a defendable written argument.