* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
Download Principles of Technology 04-05
Survey
Document related concepts
Evidence-based toxicology wikipedia , lookup
Freshwater environmental quality parameters wikipedia , lookup
Soil salinity control wikipedia , lookup
Wastewater discharge standards in Latin America wikipedia , lookup
Air well (condenser) wikipedia , lookup
Sustainable architecture wikipedia , lookup
Environmental law wikipedia , lookup
Camelford water pollution incident wikipedia , lookup
Conservation psychology wikipedia , lookup
Environmental psychology wikipedia , lookup
Toxic hotspot wikipedia , lookup
Water pollution wikipedia , lookup
Global Energy and Water Cycle Experiment wikipedia , lookup
Environmental impact of pharmaceuticals and personal care products wikipedia , lookup
Transcript
AP Environmental Science Welcome to APES! Environmental science is an interdisciplinary study that integrates ideas from the natural sciences and social sciences such as economics, politics, and ethics. This course provides students with the scientific principles, concepts, and methodologies required to understand the interrelationships of the natural world. During your lifetime, important decisions will be made. Both large and small, these decisions will affect you and your environment. From the food you eat, the cars we drive, the purchases you make, and the chemicals that we put in our air and water, the answers are not always straight forward. These decisions will affect: the position of your country in the world; your feelings of who you are on how you relate to “your” world; the quality of life you have. This class is a lab and field-based course designed to help you learn about your world and to be able to make decisions on how to use the energy, resources, and the environment. This course is intended to be the equivalent of a one semester college level ecology course, which is taught over an entire year in high school. Our key in life is to leave it better than when we came for future generations. Many topics in environmental science do not lend themselves to short-term memorization of facts. The emphasis of this course is placed on understanding systems and processes, and your ability to make connections between various topics. You will be asked to integrate information from a number of contexts into a reasoned analysis, analogous to a scientist’s approach of devising and implementing solutions to real-world problems. You should be able to relate just about everything you will learn in this class and how your daily life’s decisions and actions make you a part of this globalization. There will be a large number of labs and field activities in this class. This means less class time for instruction making your role as an independent learner most important! Textbook and class info Environment – The Science Behind the Stories --- Withgott, Laposata 5th ed Google Drive, class website/blog (www.sciencecandoit.edublogs.org) Supplies needed 3 ring binder with dividers for organization One wash cloth or hand towel Lab notebook (composition notebook) AP Environmental Science Exam Study Guide – Princeton, Barron, Kaplan, … Required Service Hours Each Student will be required to log 10 community service hours that pertain to the course work by May 21st. Of the 10 hours –5 hrs must be related to a campus improvement project(s), the other 5 hrs are flexible meaning they can be part of a campus improvement project or any off campus event (Earth Day events, Humane Society…) Grading --Each six weeks, homework/class work, labs/quizzes, tests, and projects will all count toward their grade. However, labs will each be worth 2 grades and tests and projects will each be worth 3 grades. --Students will be given progress notices after 3 weeks of each grading period. Parents, please keep an eye for them. Those that have a 70 average or below must have their progress report signed by a parent. No late work will be accepted unless progress report is signed by your parent or guardian. Late work / Make up work The class learning comes from predominantly from lab based on hands group work. It is important to have as few absences as possible. Any assignment that is turned in after it’s assigned due date will be assessed a late penalty of 30%; therefore, after one day the max grade will be a 70%. After 2 days, the maximum grade is a 50%. After 5 days, no late work will be accepted unless a progress report is signed and shall still be deducted 50%. A truant absence will result in an automatic 30 % deduction for any assignment that was due the day of the absence or assignment that was performed that day. If the student has an excused or unexcused absence, the student will be allowed a 2-day grace period for each day they are absent. Make up Tests and Labs Must be arranged by the student on the day they arrive back to school. The test/lab (or an assignment to replace lab) will be made up within 4 school days, after 5 days they will drop to a max grade of a 70 or they will receive a zero for no test/lab. Some labs cannot be made up due to difficulty or time issues. You may not be responsible for doing the lab, but you will be responsible for its content and purpose. Field Trips There will be multiple field trips this year. Your presence is required as a part of on hands learning as prescribed by the AP Board. Some occur on Saturdays. You will be given plenty of notice to plan ahead. Some trips may have fees attached to them (Entry fees, etc.) West Texas A&M University Department of Environmental Science, WYAM aquaponics system, Amarillo Zoo, local golf courses, Palo Duro Canyon State Park, The City of Amarillo Landfill, Amarillo wastewater treatment plant, organic farm…subject to change Movies Please be aware that the APES class will view movies and documentaries to present curriculum and events in the real world context. Some of these movies may be graphic in nature, brief nudity and/or some crude language. If you have any questions about this, please feel free to contact me. AP Exam ALL students are expected to take the AP exam on Monday, May 4, 2015 at 7:30 a.m. (subject to change) Student Expectations Be present and involved. No more than 5 abs per semester, or there is a possibility of abs failure. Complete daily assignments, actively participate in class discussions and labs, and study for quizzes and tests. Lack of involvement leads to lack of learning. Respect and treat myself and other as you would want to be treated. Cheating will not be tolerated. When cheating is confirmed, I will take up that assignment and the student/s will be given a zero as a grade or an alternate assignment. In turn they will be reported to their house principal. Consequences for not Meeting Expectations Warning Lunch Detention/recovery chores Office Referral I am a very forgiving person. If you get an office referral, you must have really pushed your luck. Print Student Name ___________________________________ Student Signature Date Parent/Guardian Signature Date ____ ____ Cut on Line and keep for your information AP Environmental Science Jessica Day Conf. Period: 4th [email protected] (best way to get in touch with me) Room 111 Caprock High School Tutoring: My times are Monday and Thursday at 4:00 pm and lunch by appointment only. APES Scope and Sequence st 2nd Semester 1 Semester Environment, Policy, Ethics, and Economics Ch 1, 6,7 Stewardship History of environmental movement Global Issue Connections Tragedy of the commons Sustainability Government Policies Globalization Cost vs. Benefit Human Populations, Toxicology and Human Health Ch 8, 14 Human Population sizes and distribution Fertility rates Growth rate and Doubling time Population Histograms Demographic transition Global economics Toxicology – causes and effects on health Exponential Growth Community and Population Ecology Ch 3,4,5,11 Species interactions Energy flow and pyramids Biogeochemical cycles Sustaining biodiversity Population dynamics / Carrying capacity Biomagnification Game management Invasive species Climate and Biome Biodiversity Ch 4,12 Biomes (Land/ Water) Habitat loss Land management Public and Federal lands Weather and Climatology Forestry Relevant laws and treaties Water / Water Pollution Ch5, 15,16 Water Cycle Surface and Ground water issues Eutrophication Conservation Water ecology Sewage treatment Relevant laws and treaties Food, Agriculture, and Soil Ch 9, 10 Forestry, agriculture, and rangeland Types of pesticides and herbicides Food production and health Relevant laws and treaties Erosion Soil Conservation Soil types, formation and composition Biomagnification Geology / Mineral Resources Ch 2,23 Geologic time scale Plate tectonics and Geography Rock Cycle Earthquakes and Volcanoes Mining Relevant laws and treaties Air / Air Pollution / Climate Change Ch 17,18 Biochemical Cycles Greenhouse gasses Acid deposition Human health risks / Indoor air quality Environmental degradation Ozone Depletion Relevant laws and treaties Renewable and Nonrenewable Energy Ch 19,20,21 Energy forms, units, and conversions History and Global energy use Fossil fuel resources and uses Nuclear energy Renewable energy Energy conservation Economic impacts Relevant laws and treaties Waste Management Ch 22 Solid waste disposal and reduction Waste reduction ( 5 R’s) Hazardous chemicals and waste Environmental hazards Human health / toxicology Relevant laws and treaties APES Labs and Activities 1st Semester Goals Environment, Policy, Ethics, and Economics 1. Tragedy of the Commons 1. Learn what a common is and how humans can harm it 2. Global Issue Connections 2. Demonstrate the interrelationship of all topics 1. World Populations Lab 2. Histogram Lab 3. 4. Too many People Activity Comparing Populations in China and India 5. Daphnia – Estimating Populations 6. Duckweed Population growth 7. Herbicides and LD50 Populations and Toxicology 1. To view histograms and dynamic histograms of different countries and interpret them. 2. Practice interpreting histograms 3. To graph population data, interpret population trends and evaluate the impact of populations on resources 4. To see the different ways the two largest countries in the world have approached population issues 5. To learn to estimate population size by removal sampling techniques 6. To monitor over time the increase in duckweed as an example of exponential growth 7. To determine a true kill proportion Community and Population Ecology 1. 2. 3. 4. Eco-Column Species Diversity Owl Pellet Dissection Endangered/Extinct Species Brochure 1. 2. 3. 4. 5. Zone of Tolerance 5. To study the interrelationship between land and water Demonstrate the variations in diversity and math involved To dissect and identify what the owl ate and how many Research the ESA and justify the importance with examples Relate DO and temperature and its effects on a goldfish 6. Parking Lot Biodiversity lab 6. Demonstrate the variations in diversity and math involved Climate and Biome Biodiversity 1. 2. National Park Brochure Aquatic Biodiversity and Field Study 3. 4. Soils Permeability Weather and Climate Lab 5. Terrestrial Transect 6. Nature Field Trip 7. Hot Spots! 1. Research, design and present information on a NP 2. To test the water at a local pond for chemical characteristics, and life biodiversity 3. To learn how to calculate the permeability of a soil sample 4. Learn the patterns of weather systems and how geography effects weather 5. Learn to do transect counts and calculate density 6. Explore a local nature preserve and examine the physical and chemical characteristics of the location by collecting samples to be analyzed in the field and back in the lab. 7. Locate a “hotspot” and collect info as to why it is of major importance Water / Water Pollution 1. Water, Water Everywhere 1. 2. Water Filter/Sewage Treatment Lab 2. 3. Water Chemical Lab 3. To learn the different water issues occurring around the world Learn the step that occur in treatment plants and to construct their own filter system To collect samples from around the area and test each for specific chemicals APES Labs and Activities 2nd Semester Goals Air / Air Pollution 1. How much is a pound of CO2? 2. Air Particulates Lab 1. Pesticide Label Lab 2. Toxicity of Herbicides Lab 3. 4. Soils Texture Lab Soil Chemical Lab 5. Soil Porosity and Permeability 1. Earthquake Activity 2. Rock Cycle and Formation Activity 3. Geological Timeline 4. Cookie Mining Food, Agriculture, and Soil 1. To help create a visual when calculating a carbon budget and carbon footprint 2. To collect data on indoor and outdoor air particulates and compare different locations for each 1. 2. Geology / Mineral Resources Renewable and Nonrenewable Energy 1. Solar Panel Lab 2. How many Kilowatts? 3. Coal Comparison 1. Waste Management Land Fill Field Trip 2. Build an Indoor Compost Bin 6. Oil Spill Remediation 3. 4. 5. 1. To learn how to read seismographs, locate epicenters and look at temperature gradients in the earth 2. To determine the relative ages of fossils to define the ages of rocks and understand radioactive decay 3. To scale geological time and put present time into reference 4. To discuss the impact of our use of fossil fuels and how that use affects the environment 1. 2. 3. 1. 2. 3. 4. 7. Recycling Plant field trip To learn the environmental and human effects of some common household pesticides To evaluate different herbicides to determine their toxicity and effect on a plant due to s specified dosage To learn how to determine the texture of a soil sample To determine the amount of Nitrogen, Phosphorus and Potassium in a sample of soil and decide the best choice of fertilizers for that sample To calculate the permeability of soil sample To calculate the percent efficiency solar panel for converting a light bulb to solar power electricity To determine the average use of electricity use by household appliances and how much money is spent over time using the current KW rate for a local power provider To compare and contrast different types of usable coal using characteristics such as heat output, air pollution and burn time. To learn how landfills work, laws and requirements for landfills To learn how to build an indoor and an outdoor compost bin, and learn how they can reuse renewable waste Learn about major oil spills in history and strategies to remediate a spill To understand the scope of recycling in the area, the volume of saving from a landfill and the economic and environmental benefits