Environmental Science II Review Ms. Hughes’s Class.

Slides:



Advertisements
Similar presentations
In this presentation you will:
Advertisements

Carbon Footprints.
Say it to yourself 10 times…
Greenhouse Effect. The Greenhouse Greenhouses are used to grow plants, especially in the winter. The glass panels of the greenhouse let in light but keep.
Greenhouse Effect How we stay warm. The Sun’s energy reaches Earth through Radiation (heat traveling through Space)
NONRENEWABLE AND RENEWABLE RESOURCES
Renewable and Nonrenewable Resources. Resources What we require to live Natural Resources – Resources we get from earth – Examples: Air, Soil, Minerals,
NONRENEWABLE AND RENEWABLE RESOURCES. HMMMM.... Energy resources can be classified a renewable or nonrenewable What do you think nonrenewable resources.
REVISION QUESTIONS Chapter 3 Eart h’s Reso urces.
Energy Resources Essential Question: How do energy resources affect the environment?
Natural Resources.
Global Warming What Is It?.
Interconnected Planet
Ann Drake Brookville Intermediate School
Non-renewable & Renewable Resources.
Environmental Wellness
What is your Sustainability IQ?. Renewable Energy Eat Your Greens UB FactsClimate ChangeI recycle because…
Coal NonRenewable Advantages: Produces a lot of energy, easy to find and obtain. Disadvantages: Burning coal produces air pollution.
Natural Resources How are resources used? What are the effects of using natural resources?
Resources for Energy State Objective 4.d.. What are Resources? Natural resources are the parts of the environment that are useful or necessary for the.
The Greenhouse Effect and Global Warming GHB 2005.
Human Impact on Ecosystems
BURNING FOSSIL FUELS By Joel J. WHAT IS THE ISSUE?  My issue is burning fossil fuels.  fossil fuels can be found in your energy at home.  when its.
Alternative Energy Take a look at how electricity is made
RENEWABLE ENERGY FOCUSING ON SOLAR ENERGY. NON-RENEWABLE ENERGY.
The Environment & Human Impact. Humans and the Environment 10,000 years ago, there were only about 5 million people on Earth. The development of dependable.
Energy Resources. Let’s take a trip to Iceland… Why are we going to Iceland to study energy?
Warm Up: 2-21 What are the impacts of climate change on humans?
Earth’s human population continues to grow.
Revision. Evolving atmosphere What is the atmosphere made of? The gases that make up the atmosphere are present in the following amounts: about 78% is.
1 TAKS Objective 5 Energy and Heat It Is All Around You…
NOTES 20 – The Carbon Cycle, The Greenhouse Effect, and Global Warming.
Geography Terms. Resource A supply of something from the earth that will help humans meet a need Renewable Resource A supply of something that can be.
Today  Quiz  Notes (Only copy the pages with *)  Reading for homework- Due Wednesday.
Biofuels Biomass is a renewable energy source because its supplies are not limited. We can always grow trees and crops, and waste will always exist. Environmentally,
 Natural resources: substances that come from Earth EXAMPLES  Metals (ex. Gold & copper) for jewelry, coins, construction, etc  Nonmetals (ex. Halite.
Conserving Resources 8 th Grade Science Book Chapter 14.
Pick up notes.. Humans and the Environment Maintaining the Quality of the Atmosphere The composition of the earth’s atmosphere is the result of the organisms.
Global Warming & The Green house effect What is it? What causes it? What are the effects? to-see-to-convince-you-that-climate-change-is-
Science Starter: A candle flame consumes oxygen and produces water vapor and carbon dioxide. Carbon dioxide is heavier than air. So…?
The earth is full of natural things we can use. Many natural products are a source of wealth and affect the way we live. Stone, oil, wood, water, air,
AIR Vocabulary.
Global Warming And the U.S.. What is Global Warming? *An increase in the average temperature of the Earth *Recent debate, but has been looked at by scientists.
Greenhouse Effect How we stay warm. The Sun’s energy reaches Earth through Radiation (heat traveling through Space)
Natural Resources. Renewable Resources: are ones that can be replaced in nature at a rate close to their rate of use Oxygen Trees Food Sunlight.
Greenhouse Effect How we stay warm.
Natural Resources Something found in nature that can be used to benefit us. Examples: Air, water, soil Biological resources (plants and animals) Raw materials.
Renewable vs. Nonrenewable Energy
Alternative Energy.
Natural Resources.
Greenhouse Effect How we stay warm.
Exam review: study guide
Greenhouse Effect and Global Warming
Resources for Energy State Objective 4.d..
NONRENEWABLE AND RENEWABLE RESOURCES
Greenhouse Effect How we stay warm.
Warm up #23 If energy can’t be created, what is the original source of energy that powers our cars, heats our homes, grows our grass, and feeds us?
Composition of the Atmosphere
Greenhouse Effect How we stay warm.
Renewable and Non Renewable Energy Sources
Energy Conservation and Resources
Greenhouse Effect How we stay warm.
Exam review: study guide
Unit 3 Study Guide outline honors science
Greenhouse Effect How we stay warm.
Energy Sources Picture Vocabulary Matter and Energy.
Greenhouse Effect How we stay warm.
2/6 What is the greenhouse effect?.
How can humans maintain a sustainable ecosystem?
NOTES 36 – The Carbon Cycle, The Greenhouse Effect, and Global Warming
Presentation transcript:

Environmental Science II Review Ms. Hughes’s Class

Environmental Science II  What drives the water cycle?  Solar radiation from the sun  In the space provided draw a picture of the water cycle and label the sun, condensation, precipitation and evaporation.

Environmental Science II

 Based on the chart below which area of the world would have the greatest water stress?  Asia

Environmental Science II  Name at least six renewable resources.  Timber  Soil  Water  Wild animals  Solar  Wind  Geothermal

Environmental Science II  Phoenix has replaced desert with concrete and asphalt, how has that affected temperature over the past 50 years?  Night time low temperatures have increased by 10ºF

Environmental Science II  What is the leading cause for the increase in CO2 in the atmosphere?  Increasing consumption of fossil fuel

Environmental Science II  The fluctuations in the graph represent increases and decreases in photosynthesis during different seasons in the northern hemisphere.

Environmental Science II  What happens to the energy from the sun that reaches the earth?  It is trapped by the earth’s atmosphere; if the earth did not have an atmosphere the energy would be reflected back into space.

Environmental Science II  Name some of the threats posed by climate change?  Rising sea levels threaten people who live by coastal areas  How can individuals reduce emissions from cars?  Use public transportation

Environmental Science II  What can be done to reduce climate change?  Plant trees that take in carbon dioxide during photosynthesis  What makes up the greenhouse gasses that trap heat near the earth?  Water vapor and carbon dioxide

Environmental Science II  How do scientists use proxy indicators?  Scientist use proxy indicator such as ice cores to learn what climates were like in the past

Environmental Science II  What is the source of most air pollution?  Combustion of fossil fuels  Name a United States regulation that sets limits on specific air pollution.  The Clean Air Act

Environmental Science II  How has the climate changed since the Jurassic period?  During the Jurassic period there was a great deal of volcanic activity causing higher levels of CO2 in the atmosphere

Environmental Science II  What is the difference between weather and climate?  Weather is the atmospheric condition at a specific point in time, climate is the atmospheric condition over a long period of time.

Environmental Science II  How is most of the electricity used in the United States generated?  Combustion of fossil fuels  Who uses more energy developed nations or under-developed nations?  Developed nations

Environmental Science II  Why is the use of natural gas growing faster than other forms of fossil fuels?  It creates less air pollution  How is most oil used in the United States?  Transportation  How can fossil fuels be used directly?  A gas stove

Environmental Science II  What is the greatest limitation to some forms of renewable energy?  Geothermal energy is geographically limited  What is the major disadvantage of nuclear energy?  How to dispose of radioactive waste

Environmental Science II  How is biomass used as an energy source?  Burning wood in a fireplace for heat

Environmental Science II  How are fossil fuels formed?  Fossil fuels are formed in nature from the remains of ancient organisms, but it takes millions of years so they are considered nonrenewable

Environmental Science II  Name an example of solar energy use.  Passive solar energy can be used to heat homes and buildings and photo voltaic cells can be used to generate power to homes

Environmental Science II  Are there limitations to renewable energy sources? If so what are they?  Geographic limitations  How does the development of an oil field affect ecosystems?  Pollutes air and streams

Environmental Science II  What are the advantages of renewable energy sources?  They do not produce greenhouse gasses  How can waste from food scraps be reduced?  Composting

Environmental Science II  Where does most waste end up?  In landfills  How do landfills impact the environment?  The majority of our waste ends up in disposal sites that take up large amounts of land and contribute to both air and water pollution

Environmental Science II  How can the negative impact of hazardous waste be reduced?  Reduce the amount of hazardous waste produced  What are the benefits of waste reduction?  The economic benefits include lower cost associated with waste disposal  How can we reduce the amount of plastic that ends up in landfills?  By using reusable water bottles, recycling water bottles and drinking from fountains

Environmental Science II  Name a hazardous waste and describe how it affects the environment.  Hazardous waste such as electronic devices can leach heavy metals into groundwater  E-waste

Environmental Science II  What does an ecological footprint measure?  The environmental impact of an individual in terms of the total amount of land and water required to provide the raw materials and products needed and the disposal of the resulting waste.

Environmental Science II  What can you do to lower your ecological footprint?  Eat less meat and eat more vegetables  What is sustainable living?  Adjusting your lifestyle in an attempt to reduce the use of nonrenewable resources

Environmental Science II  What is sustainable living?  Adjusting you lifestyle in an attempt to reduce the use of nonrenewable resources