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Nature of Earth: An Introduction to Geology

Get a brilliant introduction into a truly fascinating and relevant topic in this course that teaches you the fundamentals of geology.
Nature of Earth: An Introduction to Geology is rated 4.2 out of 5 by 215.
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Rated 5 out of 5 by from Nature earth One of the best course ever taken! Professor Renton is engaging and a great presenter, and can explain complex process into layman term!!
Date published: 2022-11-20
Rated 5 out of 5 by from Introduction to Geology The lectures are very good. They cover a lot of ground and are explained very clearly. The teacher has a great way of explaining, not only about the nature of earth but also historic and personal tidbits. The speed of presenting makes it easy to follow and make notes.
Date published: 2022-11-11
Rated 5 out of 5 by from Masterful lecturer with just enough chemistry This Great Course was created in 2006. While the production standards have changed since then, the content and delivery are unsurpassed. Professor Renton is a seasoned lecture carried a folksy conversation seemingly without notes or reading a teleprompter for 36 lectures. His content and presentation was probably honed by teaching Geol 101 dozens of times to undergraduates. This is a great course because it starts with cosmology (a theory of the creation of the universe), geologic time and sets the geological stage for the creation of minerals, the solar system, earth and the conditions that support life. He introduces plate tectonics followed by stratigraphy, the physical and chemical processes that lead to landforms, soil types and groundwater. Although he covers the classification of minerals, I think the greater emphasis is identification of landforms at road cuts or ‘driving down the road.’ He gives good examples - but with his background it is easy to explore your state geological survey. I liked his integration of high school level chemistry and physics to demonstrate big concepts. The visuals were simple, build diagrams that summarized the essential content clearly. I think this complements other Great Courses: * Big History * Practical Geology * Earth’s Changing Climate * How to Grow Anything * Geology of National Parks * Intro to Paleontology * Human Geography I simultaneously read a textbook in Physical Geography which tied concepts together perfectly. I did watch the course Practical Geology first. This has 2022 production approaches, but more basic content, and more emphasis on identifying individual rocks. The lecturer shows great examples that span the USA but a downside is everything is read off a teleprompter. There is overlap of content but the two courses definitely build. I’ve only watched a couple lectures in Geology of National Parks. This is a National Geographic product - though it stands alone, I enjoyed it a lot more after viewing Dr Renton’s course.
Date published: 2022-11-06
Rated 5 out of 5 by from Nature of Earth Although I have not finished the course yet, I have enjoyed all the lectures to date. I have been introduced to so many new concepts that I had never know before. The instructor is a great storyteller.
Date published: 2022-10-30
Rated 5 out of 5 by from Great Information! I bought this course for a very specific purpose, I want to better understand the wonderful geology I see in the Blue Ridge Mountains. The course has done just that. Great!
Date published: 2022-09-06
Rated 1 out of 5 by from Not what I expected I ended up exchanging it. Not what I expected. Can do better with free YouTube presentations.
Date published: 2022-08-23
Rated 5 out of 5 by from Nature Of Earth: intro to Geology This 2006 course is a little dated in that he does not really talk about the climate disruption effects of carbon use and abuse, but in 2006 this reality was still being ignored for the most part. Still a fine course.
Date published: 2022-02-25
Rated 5 out of 5 by from Good title John Renton takes a "Dry Subject" and makes it exciting. So full of information in an exciting format.
Date published: 2022-02-16
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Overview

Geology is everywhere. Would you like to know how to read the rocks and landscape, and how to make sense of debates over natural resources? These 36 half-hour lectures introduce you to the study of minerals, rocks, soils, and the processes that operate on them through time. A science that is surprisingly intuitive, accessible, and concrete, geology has the excitement of a never-ending detective story, replete with clues to the complex past, and future, of our planet.

About

John J. Renton

My goal as a teacher, be it in the classroom or by way of my Great Course, is to have my students develop an understanding and appreciation of the geology that surrounds them every day and wherever they may travel.

INSTITUTION

West Virginia University
Dr. John J. Renton is Professor of Geology at West Virginia University where he has been teaching for more than 40 years. He earned his bachelor's degree in Chemistry from Waynesburg College and went on to earn his master's degree and Ph.D. in Geology from West Virginia University. Professor Renton is the recipient of several awards for his success in teaching, including the Outstanding Educator Award from the Eastern Section of the American Association of Petroleum Geologists, the Outstanding Teacher Award from the Eberly College of Arts and Sciences, and the Outstanding Teacher Award from the West Virginia University Foundation. Professor Renton is the author of the textbook, Planet Earth. He has also authored or coauthored 45 papers and has been part of more than $4 million of coal-related research grants.

By This Professor

Origin of the Universe

01: Origin of the Universe

In the beginning, there was no need for geology because there were no rocks, minerals, or Earth. This lecture takes a "big picture" look at the formation and early evolution of the universe....

31 min
Origin of the Solar System

02: Origin of the Solar System

The planets formed from a disc of cosmic dust rotating around the Sun. The composition of the planets varies. Those nearest the Sun are made of rock, while those most distant are made of gases....

30 min
Continental Drift

03: Continental Drift

Until the 20th century, geologists believed that the size, shape, and location of the continents had been fixed in their present configuration for billions of years. Then the theory of plate tectonics changed everything....

30 min
Plate Tectonics

04: Plate Tectonics

This lecture describes plate tectonics-the rifting of continents and spreading of the sea floor; the force that drives this process; and the cyclic creation, breaking up, and reformation of supercontinents....

30 min
The Formation of Minerals

05: The Formation of Minerals

A full understanding of Earth's origin, the evolution of its surface, and how processes shape the land requires knowledge of minerals, how they form, and their basic classification....

30 min
Classification of Minerals

06: Classification of Minerals

Minerals are classified by their dominant, negatively charged grouping (anion). By far, the major rock-forming minerals are silicates built around the silicate anion. All other minerals are classified as non-silicates....

29 min
The Identification of Minerals

07: The Identification of Minerals

For the average geologist in the field, mineral identification is made based on a series of physical properties. Color streak, cleavage, acid reaction, and hardness are four such tests....

31 min
Kinds of Rocks

08: Kinds of Rocks

Of the three types of rock-igneous, sedimentary, and metamorphic-igneous rocks constitute 80 percent of Earth's crust. They are classified and named based on their texture and mineral composition....

30 min
Sedimentary Rocks

09: Sedimentary Rocks

Sedimentary rocks form from the products of weathering and cover 75 percent of Earth's land surface. As a result, they are the type of rock that is normally seen exposed at Earth's surface....

31 min
Metamorphic Rocks

10: Metamorphic Rocks

A metamorphic rock is any rock that forms from a previously existing rock as the result of heat, pressure, and chemically active fluids. This process takes place only at great depth....

31 min
Volcanic Activity

11: Volcanic Activity

This lecture introduces volcanism, which is associated with three types of sites: convergent plate margins, divergent plate margins, and hot spots. The composition of magma is crucial in determining the intensity of an eruption....

29 min
Phases of Volcanic Activity

12: Phases of Volcanic Activity

The site of an eruption and the type of magma involved govern whether the resulting volcano will be a cinder cone, a shield volcano, or a strato- or composite volcano. Eruptions are further classified based on severity....

30 min
The Hawaiian Islands and Yellowstone Park

13: The Hawaiian Islands and Yellowstone Park

The Hawaiian Islands resulted from the movement of the Pacific plate over a volcanic hot spot. Yellowstone Park also sits over a hot spot that caused violent eruptions in prehistory. Another such eruption is likely....

29 min
Mass Wasting-Gravity at Work

14: Mass Wasting-Gravity at Work

Although mass wasting is one of the most important processes responsible for the evolution of the landscape, most people are unaware of its existence. The driving force of mass wasting is gravity....

29 min
Mass Wasting Processes

15: Mass Wasting Processes

This lecture describes how mass wasting works and where to observe it. Although flows, slides, and falls account for the most dramatic forms of mass wasting, by far the greatest change is achieved by creep....

30 min
Weathering

16: Weathering

Weathering is any process whereby rocks either disintegrate or decompose. The primary agent of physical weathering is the freezing and thawing of water, known as frost wedging....

31 min
Soils and the Clay Minerals

17: Soils and the Clay Minerals

This lecture explores why soils are so critical to sustaining plant life. Clay minerals turn out to be the key component. Different climates have characteristic soil types, some of which are ideal for agriculture....

29 min
Climate and the Type of Soils

18: Climate and the Type of Soils

Soil is the end product of a complex series of factors, the most important of which is climate. The type of soil that forms is controlled by the combination of annual precipitation and temperature....

31 min
Streams-The Major Agent of Erosion

19: Streams-The Major Agent of Erosion

Despite holding only a tiny fraction of the world's fresh water, streams are the major agent of erosion wherever water can exist, including the desert. Streams are either interior (terminating inland) or exterior (ending in the ocean)....

31 min
Sculpting of the Landscape

20: Sculpting of the Landscape

Surprisingly, there is no scientific consensus on the process of landscape evolution. One prominent theory, proposed by William Davis, sees land evolving through three stages of maturity due to stream erosion....

29 min
Stream Erosion in Arid Regions

21: Stream Erosion in Arid Regions

With minor modifications, Davis's theory on the three stages of a stream's life holds true for arid regions as well as humid regions. Nevada is typical of the process of stream erosion in arid regions....

30 min
Ice Sculpts the Final Scene

22: Ice Sculpts the Final Scene

Glaciers are second only to streams as an agent of erosion. In areas such as the Alps and Canadian Rockies, the combined effects of stream and glacial erosion have carved some of the most spectacular scenery on the planet....

31 min
Groundwater

23: Groundwater

Earth's largest readily available source of fresh water is groundwater. This lecture looks at the types of rock most suitable for storing groundwater. Those that produce water most easily are classified as aquifers....

31 min
The Production of Groundwater

24: The Production of Groundwater

Overproduction of an aquifer usually results in the lowering of the water table. Groundwater is not a renewable resource. It may take hundreds of thousands of years to replace a gallon of groundwater with a new gallon....

28 min
Karst Topography

25: Karst Topography

One of the most spectacular results of groundwater in action is karst topography-irregular topography created by the surface and groundwater dissolution of underlying soluble rock, usually limestone....

31 min
Groundwater Contamination

26: Groundwater Contamination

Nearly every human activity, from fertilizing yards to parking cars, has the potential to contaminate groundwater. Poorly designed and built landfills rank high among potential contaminants....

30 min
Rock Deformation

27: Rock Deformation

Deformation is any process in which rock changes in size and/or shape. The three types of deformation are elastic, plastic, and brittle, corresponding to rocks that "bounce back," bend, and break....

30 min
The Geologic Structures

28: The Geologic Structures

Rock structures form as a result of the application of stress beyond the strength of the rock. The three basic rock structures are folds, faults, and joints. This lecture focuses on folds, which are caused by compression....

31 min
Faults and Joints

29: Faults and Joints

Faults and joints comprise the two types of brittle deformation. Rocks move along faults. There is little or no movement along joints. One well-known fault is the San Andreas, a strike-slip fault....

31 min
Earthquakes

30: Earthquakes

Earthquakes occur in the same regions as the most violent volcanoes. Both result from the activity of convergent plate or divergent plate margins. Convergent plate margins produce the most violent of both events....

30 min
Damage from Earthquakes

31: Damage from Earthquakes

The intensity of an earthquake refers to the observed results of the quaking and the amount of damage. An earthquake's magnitude measures the amount of Earth movement. Tsunamis are an earthquake-generated phenomenon....

30 min
Seismology

32: Seismology

Earthquakes have been detected for centuries with simple devices, but the ability to study the full impact of earthquakes awaited the invention of a seismograph that could not only detect but actually measure Earth movement....

31 min
The Formation of Mountains

33: The Formation of Mountains

Mountains are of four types: volcanic, domal, block-fault, and foldbelt. The most impressive are foldbelt mountains such as the Himalayas, which are created by colliding plates at zones of subduction....

30 min
Orogenic Styles

34: Orogenic Styles

Orogeny refers to the processes that create foldbelt mountains. These form under three scenarios: ocean-continent collisions, ocean-island arc-continent collisions, and continent-continent collisions....

31 min
Economic Geology of Coal

35: Economic Geology of Coal

Coal comes from wood that has been preserved in environments where oxygen and microbial activity is low. Coal is ranked by its carbon content, which varies widely in the abundant deposits in the United States....

29 min
Economic Geology of Petroleum

36: Economic Geology of Petroleum

Petroleum is formed when marine material is buried in porous rock capped by an impermeable layer. Predictions about the inevitable decrease and disappearance of oil resources appear to be all too accurate....

32 min