Resources
General
- WGHS AP Environmental Science Brochure
- WGHS AP Environmental Science General Information Presentation
- WGHS APES 2023 Summer Assignment
- APES Math Skills and Equations Reference Sheet
- WGHS APES: Pre-Lab and Lab Procedures: General
- WGHS APES: Lab Report Guidelines (applicable to all formal lab reports in WGHS APES)
- Unit 12: Instructional Calendar: UPDATED
- Unit 12: Instructional Calendar
- Unit 12: Study Guide
- Unit 12: Lecture 1: Solid Wastes
- Unit 12: Lecture 2: Reducing Solid Waste
- Unit 12: Lecture 3: Hazardous Wastes
- Unit 12: Lecture 1: Solid Wastes
- Unit 12: Lecture 1: Solid Wastes (Period 6)
- Unit 12: Lecture 2: Hazardous Wastes (Period 1)
- Unit 12: Lecture 2: Hazardous Wastes (Period 3)
- Unit 12: Lecture 2: Hazardous Wastes (Period 6)
- Unit 12: Lecture 3: Reducing Solid Waste (Period 1)
- Unit 12: Lecture 3: Reducing Solid Waste (Period 3)
- Unit 12: Lecture 3: Reducing Solid Waste (Period 6)
- Unit 12: Article: Exporting Harm
- Unit 12: Article: Our E-Waste Problem Is Ridiculous
- Unit 12: Lab: Municipal Solid Waste Data Analysis
- Unit 12: Project: Personal Solid Waste Audit
- Lab Notebook Check #4: Scoring Sheet (Units 9, 10, and 11)
Unit 11
- Unit 11: Instructional Calendar: UPDATED
- Unit 11: Instructional Calendar
- Unit 11: Study Guide
- Unit 11: Lecture 1: Fossil Fuels
- Unit 11: Lecture 2: Nuclear Energy
- Unit 11: Lecture 3: Alternative Energy Sources
- Unit 11: Lecture 4: Energy Conservation
- Unit 11: Video: Hydrogen Fuel Cell Cars--Where Are They?
- Unit 11: Article: Fuel to the Fire
- Unit 11: Article: The Clean Energy Scam
- Unit 11: Article: Understanding Japan's Nuclear Crisis
- Unit 11: Video: The Eyes of Nye: Nuclear Energy
- Unit 11: Assignment: The Eyes of Nye: Nuclear Energy
- Unit 11: An Energy Primer (includes practice problems)
- Unit 11: Project: My School's Energy Report Card
- Unit 11: Project: Personal Energy Use Audit
Unit 10
- Unit 10: Instructional Calendar
- Unit 10: Study Guide
- Unit 10: Lecture 1: Indoor Air Pollution
- Unit 10: Lecture 2: Outdoor Air Pollution
- Unit 10: Lecture 3: The Greenhouse Effect and Global Climate Change
- Unit 10: Lecture 4: Reducing Global Warming
- Unit 10: Lecture 5: Air Pollution: Acid Deposition, Tropospheric Ozone, and Photochemical Smog
- Unit 10: Article: Methane and Frozen Ground
- Unit 10: Article: Determining Who Is Releasing Greenhouse Gases
- Unit 10: Lab: Lung Volume and Pollution
- Unit 10: Lab: Auto Emissions Lab
- Unit 10: Lab: Auto Emissions Lab: Class Data
- Lab Notebook Check #3: Scoring Sheet (Units 7 and 8)
Unit 9
- Unit 9: Instructional Calendar
- Unit 9: Study Guide
- Unit 9: Overview Lecture: Water
- Unit 9: Lecture 1: Freshwater Resources
- Unit 9: Lecture 2: Water Use
- Unit 9: Lecture 3: Reducing Water Use
- Unit 9: Lecture 4: Water Pollution
- Unit 9: Lecture 5: Water Treatment
- Unit 9: Glossary: Water-Use Terminology
- Unit 9: Article: What's the Difference Between Water Use and Water Consumption?
- Unit 9: Article: How Lead Ended Up in Flint's Tap Water
- Unit 9: Assignment: Cadillac Desert: Focus Questions
- Unit 9: Article: Water Wars Are Coming
- Unit 9: Article: Water war bubbling up between California and Arizona
- Unit 9: Article: Solutions to California's Water Crisis From Half a World Away
- Unit 9: Article: California’s Drought Is Part of a Much Bigger Water Crisis
- Unit 9: Video: Wastewater Treatment Plant Virtual Tour
- Unit 9: Article: Wastewater Treatment Processes
- Unit 9: Project: Household Water Use Analysis: Introduction
- Unit 9: Project: Household Water Use Analysis: Class Data
- Unit 9: Lab: Water Quality Index: Introduction
- Unit 9: Lab: Water Quality Index: Overview of Test Procedures
- Unit 9: Lab: Water Quality Index: Test Explanations Summary
- Unit 9: Lab: Water Quality Index: Test Procedure: Detailed: Biological Oxygen Demand
- Unit 9: Lab: Water Quality Index: Test Procedure: Detailed: Coliform Field Test
- Unit 9: Lab: Water Quality Index: Test Procedure: Detailed: Dissolved Oxgen
- Unit 9: Lab: Water Quality Index: Test Procedure: Detailed: Nitrate Field Test
- Unit 9: Lab: Water Quality Index: Test Procedure: Detailed: pH Field Test
- Unit 9: Lab: Water Quality Index: Test Procedure: Detailed: Phosphate Field Test
- Unit 9: Lab: Water Quality Index: Test Procedure: Detailed: Total Dissolved Solids
- Unit 9: Lab: Water Quality Index: Test Procedure: Detailed: Temperature
- Unit 9: Lab: Water Quality Index: Test Procedure: Detailed: Turbidity
- Unit 9: Lab: Water Quality Index: Team Test Assignments
- Unit 9: Lab: Water Quality Index: Class Data Table
- Unit 9: Lab: Water Quality Index: Write-Up Requirements
Unit 8
- Unit 8: Instructional Calendar
- Unit 8: Study Guide
- Unit 8: Lecture 1: Environmental Health, Part 1
- Unit 8: Lecture 1: Environmental Health, Part 2
- Unit 8: Lecture 2: Toxicology
- Unit 8: Lecture 3: Risk and Reguation
- Unit 8: Article: Cholera in Haiti: From control to elimination
- Unit 8: Article: Walruses and the Egg Woman
- Unit 8: Article: Status Review of the Pacific Walrus
- Unit 8: Article: The Pollution Within
- Unit 8: White Paper: Dosed Without Prescription: Preventing Pharmaceutical Contamination of Our Nation's Drinking Water
- Unit 8: Article: Briefing Monsanto: The parable of the sower
- Unit 8: Article: A Comparison of the Effects of Three GM Corn Varieties on Mammalian Health
- Unit 8: Lab: Determination of median lethal concentration (LC50) and effects on behavior of copper sulfate in Tubifex tubifex: Acute and Chronic Toxicity Testing (slideshow)
- Unit 8: Lab: Determination of median lethal concentration (LC50) and effects on behavior of copper sulfate in Tubifex tubifex
- Unit 8: Lab: Determination of median lethal concentration (LC50) and effects on behavior of copper sulfate in Tubifex tubifex: CLASS DATA SHEET
- Unit 8: Web Resource: ToxLearn (an online toxicology tutorial presented by the U.S. National Library of Medicine)
- Unit 8: Web Resource: List of Common Industrial / Household Chemicals Known to Be Toxic
Unit 7
- Unit 7: Instructional Calendar
- Unit 7: Study Guide
- Unit 7: Lecture 1: Forests
- Unit 7: Lecture 2: Forest Management
- Unit 7: Lecture 3: Forest Fires
- Unit 7: Lecture 4: Mining
- Unit 7: Lecture 5: Protection and Restoration
- Unit 7: Summary: Healthy Forests Initiative
- Unit 7: Magazine: Fire Management Today, September 2019
- Unit 7: Article: Fire-Dependent Ecosystems
- Unit 7: Article: Island Biogeography
- Unit 7: Lab: Cookie Mining
Unit 6
- Unit 6: Instructional Calendar
- Unit 6: Study Guide
- Unit 6: Lecture 1: Food Production
- Unit 6: Lecture 2: Soil
- Unit 6: Lecture 3: Soil Degradation
- Unit 6: Lecture 4: Pesticides
- Unit 6: Lecture 5: Gene Diversity
- Unit 6: Lecture 6: Sustainable Agriculture
- Unit 6: Article: Farm Lobby Beats Back Assault On Subsidies
- Unit 6: Article: Central Case: No-Till Agriculture in Southern Brazil
- Unit 6: Article: "Doomsday" Vault Will End Crop Extinction, Expert Says
- Unit 6: Article: The $956 Billion Farm Bill, in One Graph
- Unit 6: Assignment: Dirt! The Movie: Questions
- Unit 6: Project: Hungry Planet
- Unit 6: Lab: Soil Analysis: Instructions
- Unit 6: Lab: Soil Analysis: STUDENT EXAMPLE REPORT
- Unit 6: Lab: Soil Analysis: Soil Science Reference Presentation
- Unit 6: Lab: Soil Analysis: Soil Analysis Report Example
- Unit 6: Lab: Soil Analysis: Rapitest Soil Test Kit Guide
- Unit 6: Lab: Soil Analysis: Soil Composition Triangle
- Lab Notebook Check #2: Scoring Sheet (Units 3, 4, 5a, and 5b)
- General Notebook Check: Scoring Sheet (Semester 1)
Unit 5b
- Unit 5b: Instructional Calendar
- Unit 5b: Study Guide
- Unit 5b: Case Study: Bangladesh: Population Dynamics in Bangladesh
- Unit 5b: Case Study: Bangladesh: Causes of Fertility Decline in Bangladesh
- Unit 5b: Case Study: US: Immigration and Birth Rates in the US
- Unit 5b: Lecture 1: Human Population Growth
- Unit 5b: Lecture 2: Demography and Demographics
- Unit 5b: Lecture 3: Population Policy
- Unit 5b: Lecture 4: Hunger
- Unit 5b: Assignment: Age Structure Diagram Analysis
- Unit 5b: Assignment: How Will Our Population Grow: Worksheet and Analysis Questions
- Unit 5b: Assignment: How Will Our Population Grow: Directions
- Unit 5b: Assignment: How Will Our Population Grow: Scoring Rubric
- Unit 5b: Article: China's Growing Pains
- Unit 5b: Assignment: China's Growing Pains questions
Unit 5a
- Unit 5a: Instructional Calendar
- Unit 5a: Study Guide
- Unit 5a: Practice: Growth Rate Calculations
- Unit 5a: Lab: Effects of Density on Plant Growth
- Unit 5a: Lab: Mark and Recapture
- Unit 5a: Lecture 1: Population Characteristics
- Unit 5a: Lecture 2: Population Dynamics
- Unit 5a: Lecture 3: Reproductive Patterns
- Unit 5a: Lecture 4: Conservation of Populations
Unit 4
- Unit 4: Instructional Calendar
- Unit 4: Study Guide
- Unit 4: Article: Was Darwin Wrong?
- Unit 4: Article: The Entangled Bank
- Unit 4: Article: Conservation for the People
- Unit 4: Article: Otters, Urchins, Kelp, and a Whale of a Chain Reaction
- Unit 4: Lab: Allelopathy: Overview
- Unit 4: Lab: Allelopathy: Analysis Guide
- Unit 4: Lab: Allelopathy: Summary Report Instructions
- Unit 4: Lab: Allelopathy: Scoring Rubric
- Unit 4: Lab: Bean Frequency
- Unit 4: Lecture 1: Origins and Evolution of Life
- Unit 4: Lecture 2: Speciation and Biodiversity
- Unit 4: Lecture 3: Community/Species Interactions
- Unit 4: Lecture 4: Biodiversity Loss
- Unit 4: Lecture 5: Community Disturbance and Change
Unit 3
- Unit 3: Instructional Calendar
- Unit 3: Study Guide
- Unit 3: Information on Terrestrial Biomes (Use to complete Biome Graphic Organizer)
- Unit 3: Assignment: Biome Graphic Organizer
- Unit 3: Lecture 1: The Atmosphere
- Unit 3: Lecture 2: Ocean Currents
- Unit 3: Lecture 3: Biomes
- Unit 3: Lecture 4: Freshwater Life Zones
- Unit 3: Lecture 5: Marine Life Zones
- Unit 3: Video: Freshwater Life Zones
Unit 2
- Lab Notebook Check #1: Scoring Sheet (Units 1 and 2)
- Unit 2: Instructional Calendar
- Unit 2: Study Guide
- Unit 2: Lab Report Guidelines (for NPP Experiment)
- Unit 2: Trophic Level Practice
- Unit 2: Lecture 1: Energy
- Unit 2: Lecture 2: Plates
- Unit 2: Lecture 3: Geologic Change
- Unit 2: Lecture 4: Rocks and Minerals
- Unit 2: Lecture 5: Nutrients
- Unit 2: Lecture 6: Energy Movement
- Unit 2: Supplemental Lecture: Geology (Focus on Minerals, Rocks, And the Rock Cycle)
- Unit 2: Video: Physics Girl: The Unusual Formation of the Hawaiian Islands
- Unit 2: Video: Hawaii Geologic Tour
- Unit 2: Video: Mount St. Helens Videos (USGS)
- Unit 2: Assignment: Dimensional Analysis Practice
- Unit 2: Assignment: Rock ID Booklet and Rock Walk Resources
- Unit 2: Assignment: Lab: Heat of Combustion: Guide
- Unit 2: Assignment: Lab: Heat of Combustion: Class Data
- Unit 2: Assignment: Lab: Net Primary Productivity Experiment: Guide
Unit 1
- Unit 1: Instructional Calendar
- Unit 1: Study Guide
- Unit 1: Lecture 1: What is Environmental Science?
- Unit 1: Lecture 2: Culture and the Environment
- Unit 1: Lecture 3: Consumption and Sustainability
- Unit 1: Lecture 4: The Nature of Science
- Unit 1: Video: The Tragedy of the Commons (Sean Collins)
- Unit 1: Assignment: Ecological Footprint Activity
- Unit 1: Assignment: How Much Space Do We Need?
- Unit 1: Assignment: Reading: The Tragedy of the Commons (Garrett Hardin)
- Unit 1: Assignment: Writing: Essay: Environmental Philosophy: Prompt and Links
- Unit 1: Assignment: Writing: Essay: Environmental Philosophy: Student Example: 1
- Unit 1: Assignment: Writing: Essay: Environmental Philosophy: Student Example: 2
- Unit 1: Assignment: Lab: Happy Fishing Game: Guide
Introduction
Miscellany
- Independent Long-Term Student Research Project
- UC IPM Weed Gallery (useful in identifying broadleaf weeds)
About
Class ProfileThe course takes place over two 18-week semesters. Each section of AP Environmental Science has a maximum enrollment of 35 students. The class meets three days a week: 55 minutes each Monday and 115 minutes on each of the remaining two days. Labs are conducted one to two days per week. Students must be prepared to work outdoors for many of the labs.
Course Prerequisites
The prerequisites for AP Environmental Science are one full year each of biology and chemistry (or physics) and one year of algebra. Any student who meets the prerequisites is considered highly eligible for the course; however, the class is made available to all students who wish to enroll.
Textbook and Readings
The primary textbook for the course is:
Miller, Exploring Environmental Science (Updated Edition), Cengage Learning 2021.
Additional readings and resources will be taken from other textbooks, literature, websites, and periodicals. The main lab resource will be:
Molnar, William. Laboratory Investigations for AP Environmental Science. The Peoples Publishing Group: New Jersey, 2005.
Course Goals
Environmental science is inherently interdisciplinary, requiring broad understanding of concepts from chemistry, biology, earth science, and the social sciences. The intent of this course is to familiarize students with the major environmental issues facing the world, as well as the key questions or policy debates surrounding our response to these threats. Students will gain practice at finding and synthesizing information on environmental issues, reading and evaluating primary literature, and distinguishing credible from suspect sources of information. Students are encouraged to ask critical questions and to engage in respectful debate on contentious topics but are reminded that arguments must be supported by scientific data. Writing assignments and group presentations are intended to develop critical thinking and communication skills. The class is designed to model an equivalent college course and will require students to complete much of the reading and review work outside of regular class sessions. Most weeks will include at least two to three lectures on relevant material. The course content is based on the requirements outlined by the College Board’s AP standards. The major topics include earth systems and resources, the living world, population, land and water use, energy resources and consumption, pollution, and global change.
Labs and Fieldwork
Lab and fieldwork will be major components of this course as we emphasize the scientific aspects of environmental issues. Many of the labs will involve collecting data from outdoor field studies. All labs will require written analysis and communication of results or observations. Most will also include some quantitative aspect, requiring calculations and graphical representations of data. Students are expected to maintain a neat and organized lab notebook containing data, calculations, and analysis for all labs. This notebook should be kept by the student, as many colleges will want to review the lab curriculum before awarding credit for AP coursework.
There will be two independently designed long-term investigations conducted during the year. One will be focused on the existing gardens and environmental labs on campus. The class will visit the garden sites at least once every two weeks to collect data. Electronic probes and data analysis software will be available for student use. The other long-term project will be related to the restoration of a degraded area on campus. The gardens and landscapes created during these projects will serve as lab sites to collect quantitative and qualitative data for ecological studies.
Course Goals
Environmental science is inherently interdisciplinary, requiring broad understanding of concepts from chemistry, biology, earth science, and the social sciences. The intent of this course is to familiarize students with the major environmental issues facing the world, as well as the key questions or policy debates surrounding our response to these threats. Students will gain practice at finding and synthesizing information on environmental issues, reading and evaluating primary literature, and distinguishing credible from suspect sources of information. Students are encouraged to ask critical questions and to engage in respectful debate on contentious topics but are reminded that arguments must be supported by scientific data. Writing assignments and group presentations are intended to develop critical thinking and communication skills. The class is designed to model an equivalent college course and will require students to complete much of the reading and review work outside of regular class sessions. Most weeks will include at least two to three lectures on relevant material. The course content is based on the requirements outlined by the College Board’s AP standards. The major topics include earth systems and resources, the living world, population, land and water use, energy resources and consumption, pollution, and global change.
Labs and Fieldwork
Lab and fieldwork will be major components of this course as we emphasize the scientific aspects of environmental issues. Many of the labs will involve collecting data from outdoor field studies. All labs will require written analysis and communication of results or observations. Most will also include some quantitative aspect, requiring calculations and graphical representations of data. Students are expected to maintain a neat and organized lab notebook containing data, calculations, and analysis for all labs. This notebook should be kept by the student, as many colleges will want to review the lab curriculum before awarding credit for AP coursework.
There will be two independently designed long-term investigations conducted during the year. One will be focused on the existing gardens and environmental labs on campus. The class will visit the garden sites at least once every two weeks to collect data. Electronic probes and data analysis software will be available for student use. The other long-term project will be related to the restoration of a degraded area on campus. The gardens and landscapes created during these projects will serve as lab sites to collect quantitative and qualitative data for ecological studies.
No comments:
Post a Comment