Add to ORKGThis teacher's guide and activity uses a paper model to teach students about sea-floor spreading and the evolution of oceanic crust. It includes background information for teachers about plate boundaries, ocean floor features, and Earth's magnetic field, as well as procedures, materials needed, and discussion questions. Educational levels: High school, Middle school
The Sea Floor Spreading activity is designed to help students learn the basic functions of the sprea...
This teacher's guide provides directions for building three-dimensional models from foam blocks to d...
This text explains how detailed mapping of the ocean floor led scientists like Howard Hess and R. De...
This activity, which can be performed by the teacher and an assistant, or by students working in pai...
This lesson plan aims to help students understand the fundamental concept of captured magnetism dire...
In this lesson, students explore some of the magnetic evidence which led to the discovery of sea flo...
In this activity, students will gain an understanding of how geologists determine rates of sea floor...
In this lesson, students work in teams to build models of ocean floor topography, which they exchang...
This collection of animations, demonstration projects, paper models, and other teaching tools is des...
This Classroom Connectors lesson plan discusses the structure and constant changing of the ocean flo...
In this lesson, with a focus on mid-ocean ridges, students will discover how new ocean floor is form...
This site contains information about discoveries made after World War II when ocean-going geologists...
In this lesson, students take samples from an unseen model of the ocean floor and try to accurately ...
Crustal EvolutioniEducation Project (CEEP) modules were designed to: (1) provide students with the m...
This demonstration shows how the Earth's magnetic field has flipped (the N pole becoming the S pole,...
The Sea Floor Spreading activity is designed to help students learn the basic functions of the sprea...
This teacher's guide provides directions for building three-dimensional models from foam blocks to d...
This text explains how detailed mapping of the ocean floor led scientists like Howard Hess and R. De...
This activity, which can be performed by the teacher and an assistant, or by students working in pai...
This lesson plan aims to help students understand the fundamental concept of captured magnetism dire...
In this lesson, students explore some of the magnetic evidence which led to the discovery of sea flo...
In this activity, students will gain an understanding of how geologists determine rates of sea floor...
In this lesson, students work in teams to build models of ocean floor topography, which they exchang...
This collection of animations, demonstration projects, paper models, and other teaching tools is des...
This Classroom Connectors lesson plan discusses the structure and constant changing of the ocean flo...
In this lesson, with a focus on mid-ocean ridges, students will discover how new ocean floor is form...
This site contains information about discoveries made after World War II when ocean-going geologists...
In this lesson, students take samples from an unseen model of the ocean floor and try to accurately ...
Crustal EvolutioniEducation Project (CEEP) modules were designed to: (1) provide students with the m...
This demonstration shows how the Earth's magnetic field has flipped (the N pole becoming the S pole,...
The Sea Floor Spreading activity is designed to help students learn the basic functions of the sprea...
This teacher's guide provides directions for building three-dimensional models from foam blocks to d...
This text explains how detailed mapping of the ocean floor led scientists like Howard Hess and R. De...