Chapter 1 Inside Earth and Plate Tectonics
Try this book to see the faults and volcanic rocks around Greater Boston.
See what an underwater canyon off of Nantucket looks like
ebruary 2022
Inside Earth
Chapter One, Plate Tectonics
Chapter 1, Section 1, Earth's Interior
Plate tectonics is the continual slow movement of the tectonic plates, the outermost part of the earth. This motion is what causes earthquakes and volcanoes and has created most of the spectacular scenery around the world.
Chapter 1, Section 3
Drifting Continents
You will be Putting Together Pangaea
Chapter 1, Section 2
Convection Currents and the Mantle
You and your lab partner will conduct a Convection Currents Lab and describe
the process observed in the purple water, like you have already for the 'Lava Lamp'.l
Chapter 1, Section 4, Sea-Floor Spreading
Here'a pretty good animation to show a sped-up version of the very slow process of the
formation of the Atlantic Ocean as Pangaea split up about 250 million years ago
Chapter 1, Section 5, The Theory of Plate Tectonics
You and your lab partner will conduct the Graham Cracker Plate Tectonics Lab to make models of the 5 kinds of Tectonic Plate Boundaries.
Review your Tectonic Plate Boundaries notes:
Plate Tectonics Quiz Review
I. Vocabulary
A. Convergent
B. Divergent
C. Transform
D. Lava
E. Magma
F. Subduction
G. Fault
H. Boundary
I. Convection currents in the Mantle
J, Alfred Wegener
K. Harry Hess
L. Pangaea
II. Diagrams - know about and be able to label all five plate boundary diagrams.
The Þingvellir area is part of a fissure zone running through Iceland, being situated on the tectonic plate boundaries of the Mid-Atlantic Ridge. The faults and fissures of the area make evident the rifting of the earth's crust (Þingvellir National Park, Iceland, July).
This is the divergent plate boundary where the North American Plate is separating from the Eurasian Plate (Þingvellir National Park, Iceland, July).
What does a lava lamp have to do with convection currents?
An animation illustrating how convection cells in the asthenosphere drive sea floor spreading and move tectonic plates.
The plate boundary between oceanic and continental plates is also shown.