- Hamburg Area High School
- AP Environmental
- Syllabus
Bucheit, Cheryl
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Syllabus
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Duration times are approximate. Labs and activities may vary depending upon availability of materials.
Unit 1: Introduction to the Environment and Its Problems Duration: 13 days
Chapter 1: Introduction to Environmental Problems and Sustainability
Chapter 2: Section 3 – What is Energy and Energy Changes
Section 4 – Systems and How They Respond to Change
Labs and Activities:
“I’ve Got Mine” Lab – Tragedy of the Commons
Ecological Footprint Activity – Students will determine their ecological footprints, analyze their
results and offer solutions as to how they can reduce their ecological footprints.
“The Lorax” VHS
Unit 2: The Living World, Biodiversity, and Earth Systems Duration: 33 days
Chapter 3: Section 1 – Earth’s Support Systems
Section 2 – Components of Ecosystems (trophic levels, photosynthesis, respiration)
Section 3 – Energy in an Ecosystem (food webs, energy pyramids)
Section 4 – Cycles in Nature (carbon, nitrogen, water, sulfur, phosphorus)
Labs and Activities:
Biogeochemical Cycles Lab
Chapter 4: Section 1 – Types of Biodiversity and Its Importance
Section 2 – How Life Changes Over Time (evolution, natural selection)
Section 3 – Geology, Climate, and Effects on Evolution
Section 4 – Speciation, Extinction, and Human Impact on Biodiversity
Section 5 – Importance of Biodiversity
Section 6 – Roles in Ecosystems (niche, keystone species)
Labs and Activities:
Loss of Biodiversity Kit
Chapter 7: Section 1 - Factors that Influence Climate (atmosphere, weather vs. climate, ENSO)
Section 2 – Climates and Biomes (terrestrial biomes)
Section 3 – Human Impacts on Terrestrial Biomes
Labs and Activities:
Bottle Biosphere Project – Students will construct and monitor a closed system in a 2 liter bottle. Analysis of their results will include solution to problems encountered as well as an application of what was learned to the earth as a closed system
Chapter 8: Section 1 – Marine Life Zones
Section 2 – Importance of Marine Systems (marine biomes)
Section 3 – Human Impacts on Marine Ecosystems
Section 4 – Freshwater Ecosystems (freshwater biomes)
Section 5 – Human Impacts on Freshwater Ecosystems
Labs and Activities:
Benthic Bugs and Bioassessment Lab
Chapter 9: Section 1 – Human Role in Loss of Biodiversity (extinction, endangered species)
Section 2 - Reasons to Care about Sustaining Biodiversity
Section 3 – How Humans Accelerate Loss of Biodiversity (habitat loss, pollution,
introduced species)
Section 4 – Protecting Biodiversity (laws, preserves)
Labs and Activities:
Allelopathy Lab
Scientific Frontiers: Alien Invasion DVD OR Cane Toads DVD
Unit 3: Population Duration: 13 days
Chapter 5: Section 1 – Species Interactions (competition, predator/prey, symbiotic relationships)
Section 2 – Succession
Section 3 – Populations (carrying capacity, reproductive strategies, survivorship)
Labs and Activities:
Population Dynamics and Biotic Potential Lab
Population Growth with Lemma Minor Lab
Chapter 6: Section 1 – Human Population (history, distribution)
Section 2 – Factors that Influence Human Population (fertility rates, birth/death rates)
Section 3 – Age Structure Diagrams (demographic transitions)
Section 4 – Slowing Human Population Growth (case studies, national policies)
Impacts of Human Population Growth
Labs and Activities:
Fieldtrip to Cemetery: Population Distribution and Survivorship Lab – Students will gather data
from tombstones, construct graphs from the data, and analyze trends in survivorship.
Population Pyramid Activity
Nova “World in Balance” DVD
Unit 4: Land Use Duration: 26 days
Chapter 10: Section 1 – Forest Types and Methods of Harvesting (deforestation)
Section 2 – Forest Management – Sustainability
Section 3 – Rangelands (threats to, management of)
Section 4 – Managing Parks and Preserves
Section 5 – Sustaining Biodiversity (ecosystem approach, hotspots)
Chapter 12: Section 1 – Food Security (human nutritional requirements)
Section 2 – Food Production (types of agriculture, genetic engineering, green
revolution)
Section 3 – Environmental Problems from Agriculture (erosion, desertification,
irrigation, aquaculture)
Section 4 – Pest Protection (pesticides: benefits and drawbacks, IPM)
Section 6 – Producing Food Sustainably (crops, aquaculture)
Labs and Activities:
Soil: The Wealth Beneath Your Feet Lab
Soil Factor: How Does Your Garden Grow? Lab
Agriculture & Feeding a Growing Human Population Lab – Students will analyze information to
offer solutions as to how we can feed an ever growing human population.
Chapter 22: Section 1 - Trends in Urban Areas (urbanization, sprawl)
Section 2 – Problems with Urban Areas (noise pollution)
Section 3 – Transportation and Urban Areas (infrastructure, alternatives)
Section 4 – Planned Land Development
Labs and Activities:
“Green” Building Activity
Chapter 14: Section 1 – Earth’s Major Geologic Processes
Section 2 – Global Reserves of Minerals
Section 3 – Environmental Impacts of Mining (laws)
Section 4 – How to use Mineral Resources more Sustainably
Section 5 – Earth’s Major Hazards (earthquakes, volcanoes)
Labs and Activities:
Yours, Mine, and Ores: Study in Mining and Reclamation Lab Kit
Unit 5: Water Resources and Pollution Duration: 13 days
Chapter 13: Section 1 - Freshwater Users and Supply
Section 2 – Groundwater Issues
Section 3 – Expanding Freshwater Resources
Section 6 – Using Freshwater More Sustainably
Labs and Activities:
Modeling an Aquifer and Groundwater Lab
Chapter 20: Section 1 – Causes and Effects of Water Pollution
Section 2 – Major Water Pollution Problems in Streams and Lakes
Section 3 – Major Pollution Problems Affecting Groundwater
Section 4 – Major Pollution Problems Affecting Oceans
Section 5 – Dealing with Water Pollution
Labs and Activities:
Who’s Killing Crystal Creek Lab – Students will analyze water samples to determine the source
of pollution, analyze the risks to human health, the impacts to the stream ecosystem, and offer solutions to prevent or cleanup the pollution.
“Wonderful World of Dung” DVD
Fieldtrip: Waste Water Treatment Plant
Unit 6: Energy Resources Duration: 13 days
Chapter 15: Section 1 – Energy Concepts and Consumption (history)
Section 2 – Oil (extraction, supplies, advantages, disadvantages)
Section 3 – Natural Gas (extraction, supplies, advantages, disadvantages)
Section 4 – Coal (extraction, supplies, advantages, disadvantages)
Section 5 – Nuclear Power (safety issues, fission vs. fusion, advantages,
disadvantages)
Labs and Activities:
Which fuel is “better”? Lab
Impacts of Fracking – Analysis of Information, role play, and debate
Chapter 16: Section 1 – Energy Efficiency
Section 2 – Solar Energy (types, advantages, disadvantages)
Section 3 – Hydropower (types, advantages, disadvantages)
Section 4 – Wind Power (advantages, disadvantages)
Section 5 – Biomass (types, advantages, disadvantages)
Section 6 – Geothermal Energy (extraction, advantages, disadvantages)
Section 7 – Hydrogen Fuel Cells (advantages, disadvantages)
Section 8 – A More Sustainable Energy Future
Labs and Activities:
Energy Audit Activity - Evaluate energy efficiency of their home and offer solutions for
increasing energy efficiency
Ethanol Fuel from Corn Lab
Unit 7: Environmental Quality – Pollution and Its Impact Duration: 26 days
Chapter 17: Section 1 - Major Environmental Health Hazards
Section 2 – Biological Hazards
Section 3 – Chemical Hazards
Section 5 - Risk Analysis
Labs and Activities:
Chapter 18: Section 1 – Nature of the Atmosphere (structure, composition)
Section 2 – Major Outdoor Air Pollution Problems
Section 3 – Acid Deposition (associated problems)
Section 4 – Indoor Air Pollution
Section 5 – Health Effects of Air Pollution
Section 6 – Dealing with Air Pollution (laws, remediation and reduction strategies)
Section 7 - Stratospheric Ozone Depletion (causes, effects, remediation, laws)