Background for the Interactions of the Spheres.

Slides:



Advertisements
Similar presentations
CLIMATE SYSTEMS.
Advertisements

An Environmental Balance
Draft Essential Principles with Fundamental Concepts By Marlene Kaplan & David Herring NOAA & NASA.
 Extends from the Earth’s surface to outer space.  About 900 km (560 miles)  Mixture of gases, solids, and liquids.
Chapter 2 Section 2 Review Page 38 Energy in the Earth System
HOW DOES SOIL FORM? GLOBE NY Metro, Why do we study soil? Because It’s A(n) Great integrator Producer and absorber of gases (CO 2 and others) Medium.
Greenhouse Effect How we stay warm. The Sun’s energy reaches Earth through Radiation (heat traveling through Space)
 Greenhouse gases in the atmosphere absorb and retain the energy radiated from land and ocean surfaces, thereby regulating Earth’s average surface temperature.
1 THE CARBON CYCLE AND GLOBAL WARMING. 2 CARBON CYCLE Movement of carbon between the atmosphere, oceans, biosphere, and geosphere Movement of carbon between.
Earth: The Fragile Miracle
24.1 The Atmosphere. 1. Define the atmosphere… 2. What molecule has the highest concentration in the atmosphere? ( oxygen, Carbon dioxide, nitrogen?)
The Air Around You. How long will the candle burn? Remember the activity we did yesterday? Any comments? Or reflections?
Chapter 1.2 Earth’s Spheres.
Earth’s Resources. Earth’s Resources Chapter Sixteen: Natural Resources and Conservation 16.1 Natural Resources and Energy 16.2 Supplying Our Energy.
The Atmosphere. Composition  Nitrogen  Oxygen  Other –Argon –Carbon Dioxide –Methane –Water Vapor  Atmospheric dust.
WEATHER or CLIMATE? Can you tell the difference? Put these words in to two lists under the headings ‘Weather words’ and ‘Climate words’ Cold winters Cloud.
Carbon Cycle Gr 9 Science. Carbon Cycle Fourth most abundant element in universe Building block of all living things Main Pathway– in and out of living.
4-1: The Role of Climate Biology 1.
Chapter 1 The Atmosphere Section 1 The Air Around You
Ecosystems and their Components
The Earth System Chapter 3 Section 1.
The Earth System’s Four Spheres
Unit 2: System Earth E2.1 The Earth is a system consisting of four major interacting components: geosphere (crust, mantle, core); hydrosphere (water);
Earth Systems Overview
Chapter 1 Vocabulary Atmosphere Altitude Density Cycle Radiation Conduction Convection Ultraviolet Radiation Infrared Radiation Ozone Greenhouse Effect.
Hydrosphere. The hydrosphere contains all the water found on our planet. Water found on the surface of our planet includes the ocean as well as water.
Handout (pink) Standard 3 Objective 1 Indicator e Characteristics of the Atmosphere.
Journal #18 What is the atmosphere? What do you think it is made of? What do you think makes up air?
How Convection Currents Affect Weather and Climate.
Lesson 3: Human Impact on the Atmosphere Lesson 4: Protecting Earth’s Water, Land, and Air.
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.
Chapter 18 section 4 How might human activities be affecting the temperature of Earth’s atmosphere? How have human activities affected the Ozone layer?
What elements are most important for life? The Earth’s elements essential for living things are called nutrients. The six most important are: C H N O P.
Greenhouse Effect How we stay warm. The Sun’s energy reaches Earth through Radiation (heat traveling through Space)
UNIT ONE OF THE GCSE COURSE The lithosphere (or geosphere) The Earth's solid surface, including continental and oceanic crust as well as the.
HOW DOES SOIL FORM? GLOBE NY Metro, 2008.
Greenhouse Effect How we stay warm.
Earth: The Fragile Miracle
The Earth System Chapter 3 Section 1.
Section 1.2 and 1.4 Earth’s Spheres.
Handout 1 (3-1) Standard 3, Objective 1
Greenhouse Effect How we stay warm.
8.8 Energy Transfer within the Climate System
The Universe is Matter and Energy
Greenhouse Effect and Global Warming
Earth’s Atmosphere.
Earth’s Changing Atmosphere
Greenhouse Effect How we stay warm.
THE ATMOSPHERE = a thin layer of gas that protects the Earth’s surface from extreme temperatures and solar radiation.
Earth’s Atmosphere 9/6/12.
Climate Change.
Composition of the Atmosphere
Greenhouse Effect How we stay warm.
THE ATMOSPHERE = a thin layer of gas that protects the Earth’s surface from extreme temperatures and solar radiation.
Components of Earth’s Climate System
Weather and Climate: Earth’s Atmosphere
Greenhouse Effect How we stay warm.
Warm Up #5 What are some systems that you can think of within Earth?
The Air Around You.
The Air Around You Notes
Characteristics of the Atmosphere
Greenhouse Effect How we stay warm.
Atmosphere.
UNIT TWO: Earth’s Air and Water
Greenhouse Effect How we stay warm.
Characteristics of the Atmosphere
2/6 What is the greenhouse effect?.
The Atmosphere.
THE CYCLES OF EARTH Carbon Cycle Nitrogen Cycle Water Cycle.
Greenhouse Effect How we stay warm.
Presentation transcript:

Background for the Interactions of the Spheres

Pedosphere – a small part of the Geosphere The thin layer of soil that covers many of Earth’s land surfaces. Accounts for 10% of Earth’s surface but is a precious natural resource that affects every other part of the ecosystem.

Important functions of soil include: Providing a nutrient–rich medium for agriculture Producing and storing gases such as carbon dioxide Storing heat and water Providing a home for billions of plants, animals, and microorganisms Filtering water and wastes Providing raw source materials for construction, medicine, art, makeup, etc. Decomposing wastes Providing a snapshot of geologic, climatic, biological and human history

Important functions of hydrosphere Essential for life Industry, transportation, recreation and electricity Oceans help regulate global climate Absorb solar energy Circulate heat from equator toward the poles

Important functions of biosphere The existence of life is what makes Earth unique Through the process of photosynthesis plants Remove carbon dioxide from the atmosphere Add oxygen to the atmosphere

Important functions of the atmosphere Traps heat to keep Earth warm Protects life from harmful radiation from the sun Drives ocean currents that distribute heat from the equator to the poles Helps to regulate climate

Included in the atmosphere: Aerosols – tiny particles suspended in the air Salt in sea spray Smoke from fires Smog Dust