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Smith Science
Home
About Your Teacher
21-22 Impact Project
Shortcuts/Keys for Lesson Materials
Anat & Phys
Intro to Anatomy
Cells
the Microscope
Histology
Intro to Dissection
Reproductive System
Skeletomuscular System
Cardiovascular System
Nervous System
Health and Nutrition
The Digestive System
Micro and Macro Nutrients
Diet and Lifestyle
ESS
Thermodynamics
Space—Orbital Motion
S.1 History of the Solar System
S.2 Observing Elliptical Orbits
S.3 Calculating Elliptical Orbits
S.4 Milankovitch Cycles
Summative (Space 2023)
S.5 Sunspots & the Solar Cycle
Earth—Formation & Age
E1.1 Solar System Overview
E1.2 Absolute and Relative Dating
E1.3 The Moon and The Oldest Rock
E1.4 (Impact) Craters
E1.5 Plate Tectonics
E1.6 Asteroids, Comets, Meteors
Summative (Earth1 2023)
Earth—Plate Tectonics
E2.1 The Earth System
E2.2 Plate Boundaries
E2.3 Evidence of Plate Movement
E2.4 Volcanoes
E2.5 Earthquakes
E2.6 Plate Movement
Summative (Earth2 23-24)
Humans—Climate Change
H.1 Glacier Size
H.2 Glacier Images
H.3 Ice Core Data
H.4 Enhanced Greenhouse Effect
H.5 Albedo & Surface Temperature
H.6 Sea Ice Images
H.7 The Little Ice Age
Summative (Humans 23-24)
25-26 ESS
Thermodynamics
Space— Stellar Life Cycles
Introduction to Stars
Nucleosynthesis
Blackbody Radiation
Absorption & Emission Spectra
Luminosity
Sunspots and the Solar Cycle
Earth— Carbon Cycling
In the Hydrosphere
In the Atmosphere
In the Geosphere
In the Biosphere
Summative Carbon Cycling
APES (old)
Cycles
Unit 1: Services and Sustainability
1. Explaining Resource Depletion
2. Analyzing Resource Distribution
3. Natural Disruptions and Change
4. Sustainability & Ecological Footprints
5. Explaining Ecosystem Services
6. Analyzing Habitat Size
Summative "FRQs"
Unit 2: Biodiversity and Ecosystems
1. Describing Biodiversity
2. Classifying Terrestrial Biomes
3. Modeling Population Dynamics
4. Explaining Community Interactions
5. Saving Endangered Species
Summative "Ecosystem Architects"
25-26 Summative "Ecosystem Architects"
Unit 3: Energy Resources and Populations
Summative: The Great Energy Debate
1. Calculations & Conservation
2. Air Pollution
3. Human Populations
4. Demographic Transition
Summative: Populations
Unit 4: Waste and Pollution
1. Introduction to Anthropogenic Sources
2. Watersheds
3. Classifying Aquatic Biomes
4. Soil
5. Modeling Health Impacts
6. Waste Treatment Methods
7. Bioaccumulation & Biomagnification
Summative: Waste and Pollution
Unit 5: Land Use Problems and Solutions
Agriculture
Aquaculture, Overfishing
Forestry
Mining
Urbanization
Summative: Land Use
Unit 6: Our Atmosphere and Climate
1. Climate and Productivity
2. Water and Weather
3. The Enhanced GHE
4. The Ozone Layer and Depletion
5. Global Climate Change
Summative: Climate and Atmosphere
Smith Science
Home
About Your Teacher
21-22 Impact Project
Shortcuts/Keys for Lesson Materials
Anat & Phys
Intro to Anatomy
Cells
the Microscope
Histology
Intro to Dissection
Reproductive System
Skeletomuscular System
Cardiovascular System
Nervous System
Health and Nutrition
The Digestive System
Micro and Macro Nutrients
Diet and Lifestyle
ESS
Thermodynamics
Space—Orbital Motion
S.1 History of the Solar System
S.2 Observing Elliptical Orbits
S.3 Calculating Elliptical Orbits
S.4 Milankovitch Cycles
Summative (Space 2023)
S.5 Sunspots & the Solar Cycle
Earth—Formation & Age
E1.1 Solar System Overview
E1.2 Absolute and Relative Dating
E1.3 The Moon and The Oldest Rock
E1.4 (Impact) Craters
E1.5 Plate Tectonics
E1.6 Asteroids, Comets, Meteors
Summative (Earth1 2023)
Earth—Plate Tectonics
E2.1 The Earth System
E2.2 Plate Boundaries
E2.3 Evidence of Plate Movement
E2.4 Volcanoes
E2.5 Earthquakes
E2.6 Plate Movement
Summative (Earth2 23-24)
Humans—Climate Change
H.1 Glacier Size
H.2 Glacier Images
H.3 Ice Core Data
H.4 Enhanced Greenhouse Effect
H.5 Albedo & Surface Temperature
H.6 Sea Ice Images
H.7 The Little Ice Age
Summative (Humans 23-24)
25-26 ESS
Thermodynamics
Space— Stellar Life Cycles
Introduction to Stars
Nucleosynthesis
Blackbody Radiation
Absorption & Emission Spectra
Luminosity
Sunspots and the Solar Cycle
Earth— Carbon Cycling
In the Hydrosphere
In the Atmosphere
In the Geosphere
In the Biosphere
Summative Carbon Cycling
APES (old)
Cycles
Unit 1: Services and Sustainability
1. Explaining Resource Depletion
2. Analyzing Resource Distribution
3. Natural Disruptions and Change
4. Sustainability & Ecological Footprints
5. Explaining Ecosystem Services
6. Analyzing Habitat Size
Summative "FRQs"
Unit 2: Biodiversity and Ecosystems
1. Describing Biodiversity
2. Classifying Terrestrial Biomes
3. Modeling Population Dynamics
4. Explaining Community Interactions
5. Saving Endangered Species
Summative "Ecosystem Architects"
25-26 Summative "Ecosystem Architects"
Unit 3: Energy Resources and Populations
Summative: The Great Energy Debate
1. Calculations & Conservation
2. Air Pollution
3. Human Populations
4. Demographic Transition
Summative: Populations
Unit 4: Waste and Pollution
1. Introduction to Anthropogenic Sources
2. Watersheds
3. Classifying Aquatic Biomes
4. Soil
5. Modeling Health Impacts
6. Waste Treatment Methods
7. Bioaccumulation & Biomagnification
Summative: Waste and Pollution
Unit 5: Land Use Problems and Solutions
Agriculture
Aquaculture, Overfishing
Forestry
Mining
Urbanization
Summative: Land Use
Unit 6: Our Atmosphere and Climate
1. Climate and Productivity
2. Water and Weather
3. The Enhanced GHE
4. The Ozone Layer and Depletion
5. Global Climate Change
Summative: Climate and Atmosphere
More
Home
About Your Teacher
21-22 Impact Project
Shortcuts/Keys for Lesson Materials
Anat & Phys
Intro to Anatomy
Cells
the Microscope
Histology
Intro to Dissection
Reproductive System
Skeletomuscular System
Cardiovascular System
Nervous System
Health and Nutrition
The Digestive System
Micro and Macro Nutrients
Diet and Lifestyle
ESS
Thermodynamics
Space—Orbital Motion
S.1 History of the Solar System
S.2 Observing Elliptical Orbits
S.3 Calculating Elliptical Orbits
S.4 Milankovitch Cycles
Summative (Space 2023)
S.5 Sunspots & the Solar Cycle
Earth—Formation & Age
E1.1 Solar System Overview
E1.2 Absolute and Relative Dating
E1.3 The Moon and The Oldest Rock
E1.4 (Impact) Craters
E1.5 Plate Tectonics
E1.6 Asteroids, Comets, Meteors
Summative (Earth1 2023)
Earth—Plate Tectonics
E2.1 The Earth System
E2.2 Plate Boundaries
E2.3 Evidence of Plate Movement
E2.4 Volcanoes
E2.5 Earthquakes
E2.6 Plate Movement
Summative (Earth2 23-24)
Humans—Climate Change
H.1 Glacier Size
H.2 Glacier Images
H.3 Ice Core Data
H.4 Enhanced Greenhouse Effect
H.5 Albedo & Surface Temperature
H.6 Sea Ice Images
H.7 The Little Ice Age
Summative (Humans 23-24)
25-26 ESS
Thermodynamics
Space— Stellar Life Cycles
Introduction to Stars
Nucleosynthesis
Blackbody Radiation
Absorption & Emission Spectra
Luminosity
Sunspots and the Solar Cycle
Earth— Carbon Cycling
In the Hydrosphere
In the Atmosphere
In the Geosphere
In the Biosphere
Summative Carbon Cycling
APES (old)
Cycles
Unit 1: Services and Sustainability
1. Explaining Resource Depletion
2. Analyzing Resource Distribution
3. Natural Disruptions and Change
4. Sustainability & Ecological Footprints
5. Explaining Ecosystem Services
6. Analyzing Habitat Size
Summative "FRQs"
Unit 2: Biodiversity and Ecosystems
1. Describing Biodiversity
2. Classifying Terrestrial Biomes
3. Modeling Population Dynamics
4. Explaining Community Interactions
5. Saving Endangered Species
Summative "Ecosystem Architects"
25-26 Summative "Ecosystem Architects"
Unit 3: Energy Resources and Populations
Summative: The Great Energy Debate
1. Calculations & Conservation
2. Air Pollution
3. Human Populations
4. Demographic Transition
Summative: Populations
Unit 4: Waste and Pollution
1. Introduction to Anthropogenic Sources
2. Watersheds
3. Classifying Aquatic Biomes
4. Soil
5. Modeling Health Impacts
6. Waste Treatment Methods
7. Bioaccumulation & Biomagnification
Summative: Waste and Pollution
Unit 5: Land Use Problems and Solutions
Agriculture
Aquaculture, Overfishing
Forestry
Mining
Urbanization
Summative: Land Use
Unit 6: Our Atmosphere and Climate
1. Climate and Productivity
2. Water and Weather
3. The Enhanced GHE
4. The Ozone Layer and Depletion
5. Global Climate Change
Summative: Climate and Atmosphere
Micro and Macro Nutrients
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