'Methane gas' presentation slideshows

Methane production - Methanogenesis Substrates / pathways Isotopic studies Hydrogen cycling Methane consumption - Ana

Methane production - Methanogenesis Substrates / pathways Isotopic studies Hydrogen cycling Methane consumption - Anaerobic methane oxidation Methane hydrates (Thermogenic methane) (Hydrothermal vent methane). Methanogens (Zinder; Oremland) Archaea.

1.36k views • 59 slides

Ecosystems: What Are They and How Do They Work?

Ecosystems: What Are They and How Do They Work?. Chapter 3. 3-1 What Is Ecology?. Concept 3-1 Ecology is the study of how organisms interact with one another and with their physical environment of matter and energy. 3-1 What Is Ecology?. Ecology is a study of connections in nature.

1.79k views • 59 slides

What is your Sustainability IQ?

613 views • 52 slides

Renewable Energy

Renewable Energy. Section 1- Renewable Energy Today . Renewable Energy. Energy from sources constantly being formed Use needs to be increased. Solar Power. Sun Passive Solar Heating Uses heat from sun directly Large windows face directly into sun N. hemisphere- south windows.

475 views • 33 slides

3.1 NONRENEWABLE AND RENEWABLE RESOURCES

3.1 NONRENEWABLE AND RENEWABLE RESOURCES. HMMMM. What do you think nonrenewable resources are?. NONRENEWABLE RESOURCES. A nonrenewable resource is a natural resource that cannot be regenerated or re-grown at a scale comparable to its consumption. Uranium- non renewable.

1.22k views • 24 slides

STP Gas Calculations

STP Gas Calculations. A balloon is filled with 3.78 L of He gas at STP. How many moles of helium atoms are inside?. He. One-step problems:. Solution:. 1 mol. 3.78 L He. = 0.169 mol He. 22.4 L. STP Gas Calculations.

472 views • 22 slides

Renewable sources of energy

Renewable sources of energy. Solar Energy. The sun constantly gives off energy in the form of light and heat . Earth receives enough solar energy to meet the energy needs of the entire world for 40 years. Advantages : It does not cause pollution Abundant availability, It will not.

1.26k views • 21 slides

The Solar System

456 views • 19 slides

Uranus

Uranus Brief History 7 th Planet from the Sun 3 rd largest planet by mass Named after the ancient Greek god for Heaven Discovered in 1781 by William Herschel Visited by Voyager 2 on January 24, 1986 Statistics Distance from Sun: 2.87 billions kilometers; 19.22 AU

2.95k views • 17 slides

TECHNOLOGICAL DISASTERS Lessons Learned from Land-fill Site in Georgetown Guyana

701 views • 17 slides

Monerans

Monerans. Oldest Life on Earth Mr. Kempfer 7 th Grade Science. Monerans. Single celled No nucleus Most commonly known as Bacteria Appeared 3.5 billion years ago Most numerous organism 2.5 billion bacteria in a gram of soil How are bacteria different from other cells?.

612 views • 17 slides

Transition Keynsham Frack Free Somerset

269 views • 16 slides

Australian Coalmines

Australian Coalmines. Truly The Land Down Under. Cold Skin by: Steven Herrick.

224 views • 16 slides

Chapter 3

Chapter 3. Ecosystems: What Are They and How Do They Work?. ECOSYSTEM COMPONENTS. Life exists on land systems called biomes and in freshwater and ocean aquatic life zones. Figure 3-9. Nonliving and Living Components of Ecosystems. Ecosystems consist of nonliving ( abiotic ) and

249 views • 13 slides

The Outer Planets

The Outer Planets. The Gas Giants...and Pluto. Gas Giants. First four outer planets do not have solid surfaces. Jupiter Saturn Uranus Neptune They are very large and have strong gravity that pull the gases in, creating a thick atmosphere.

348 views • 13 slides

Jenny Wright Product Manager, Green Power Switch Tennessee Valley Authority

Jenny Wright Product Manager, Green Power Switch Tennessee Valley Authority. A Framework for the Future. TVA Renewable Energy Portfolio (as of 8-1-13). * The owner of a 300 MW facility is retaining the renewable attributes, but TVA has the option to purchase in the future.

247 views • 13 slides

Current Events

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551 views • 9 slides

Biotechnology

Biotechnology. Stephanie Wheeler. Biodegradable. When something is biodegradable It must be able to be broken down in to its natural elements and must be absorbed by the environment. Most will break down in to: Simple organisms Carbon Fungi Oxygen H 2 O Being researched in Japan.

160 views • 8 slides

How Do Gases Behave?

How Do Gases Behave?. The behavior of gases can be described by the kinetic molecular theory of ideal gases. Gases consist of submicroscopic particles moving about randomly with no attractive forces for one another.

705 views • 4 slides