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- LE Resources: LE Getting Started
- LE Unit 1: LE: Characteristics of Living Things
- LE Unit 2: LE: Nutrients, Energy, and Biochemical Processes
- LE Unit 3: LE: Homeostasis in Human Body Systems
- LE Unit 4: LE: Disease and Disruption of Homeostasis
- LE Unit 5: LE: Comparative Reproduction
- LE Unit 6: LE: Genetics, Biotech, and Decision-Making
- LE Unit 7: LE: Ecosystems and Invasive Species
- LE Unit 8: LE: Climate Change and Human Impact: Extinction vs. Evolution
- LE Regents Prep Resources: Living Environment Regents Prep Resources
- LE Data Tools: Living Environment Historical Regents Data
- ES Resources: ES: Getting Started
- ES Unit 1: ES: Origin of the Universe and Our Solar System
- ES Unit 2: ES: Earth's Interior and Plate Tectonics
- ES Unit 3: ES: Landscapes and Surface Processes
- ES Unit 4: ES: Geologic History and Evolution of Life
- ES Unit 5: ES: The Earth-Sun-Moon System
- ES Unit 6: ES: Weather
- ES Unit 7: ES: Geography, Climate, and Human Cities
- ES Unit 8: ES: Review of Major Topics
- ES Regents Prep Resources: Earth Science Review Modules
- ES Data Tools: Earth Science Historical Regents Data Tools
- Bulk Downloader Demo Video
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- Earth Science (NY State Core Curriculum, 2005) - Standard 4
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Geographical Representations (Topographic/Contour Maps) 5E Instructional Model Plan
Resource:
Geographical Representations (Topographic/Contour Maps) 5E Instructional Model Plan
Students learn about topographic maps, including contour maps, by collecting data from a 3D model of a landform to create a contour map. Then the teacher provides direct instruction on contour map features, creating profiles, and calculating gradient, and students create profiles and calculate gradients for the contour map they created during the explore phase. Finally, students match typical geographical features to representations on a contour map and extend their thinking by identifying erosional processes on a contour map.
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Insolation and Seasons Lab
Resource:
Insolation and Seasons Lab
Students learn about differences in solar insolation across the Earth by collecting and graphing data from an angle of insolation lab.
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ES Unit 5ES: The Earth-Sun-Moon System
Modeling Earth's Interior Processes Lab
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Modeling Earth's Interior Processes Lab
Students learn about the driving force behind plate motion by making observations from models of Earth's interior and its processes.
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Modeling Nuclear Decay
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Modeling Nuclear Decay
In this actitivity, students learn about radioactive dating by modeling radioactive and decayed carbon atoms with the heads and tails side of pennies.
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Phases of the Moon 5E Instructional Model Plan
Resource:
Phases of the Moon 5E Instructional Model Plan
Students learn about why we see different phases of the moon by making observations of a 3-D Moon phase model and a moon phase simulator. Students then learn about the relationship between moon phases and tides by graphing daily tides and associating them with the phases of the moon. Finally, students extend their thinking by using their understanding of relative perspective to explain how solar and lunar eclipses happen.
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ES Unit 5ES: The Earth-Sun-Moon System
Unit 3 Mineral Identification and Explaining Mineral Properties Lab
Resource:
Unit 3 Mineral Identification and Explaining Mineral Properties Lab
Students sort and classify minerals, then learn concepts that allow them to explain why each type of mineral has its own set of unique properties.
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ES Unit 3ES: Landscapes and Surface Processes
Unit 3 Patterns of Stream Erosion and Deposition Lab (Less Scaffolded)
Resource:
Unit 3 Patterns of Stream Erosion and Deposition Lab (Less Scaffolded)
Students will explore the processes associated with stream erosion by observing an actual small-scale erosional-depositional system.
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ES Unit 3ES: Landscapes and Surface Processes
Unit 3 Patterns of Stream Erosion and Deposition Lab (More Scaffolded)
Resource:
Unit 3 Patterns of Stream Erosion and Deposition Lab (More Scaffolded)
Students will explore the processes associated with stream erosion by observing an actual small-scale erosional-depositional system.
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ES Unit 3ES: Landscapes and Surface Processes
Unit 3 Weathering and Erosion Modeling Stations
Living Environment and Earth Science Archive
ES Unit 3: ES: Landscapes and Surface Processes
Resource:
Unit 3 Weathering and Erosion Modeling Stations
Students make predictions and learn about different forms of weathering and erosion through a series of models.
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ES Unit 3ES: Landscapes and Surface Processes
Unit 4 Modeling Stratigraphic Columns Lab
Living Environment and Earth Science Archive
ES Unit 4: ES: Geologic History and Evolution of Life
Resource:
Unit 4 Modeling Stratigraphic Columns Lab
Students model formation of sedimentary rock layers using various types of sediment. Students then model deformation of rock layers using clay.
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What is Density? Lab
Resource:
What is Density? Lab
Students learn about the concept of density by carrying out a density lab.
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