The Dynamic Earth: A Course for Educators

Go to Course: https://www.coursera.org/learn/earth-amnh

Introduction

### Course Review: The Dynamic Earth: A Course for Educators In the vast realm of online learning, Coursera has emerged as a dependable platform for educators looking to expand their knowledge and enhance their teaching practices. One standout course that deserves attention is **"The Dynamic Earth: A Course for Educators,"** offered by the American Museum of Natural History (AMNH). This course provides a comprehensive overview of the Earth’s origins, evolution, and the scientific principles that underpin our understanding of geological phenomena. #### Overview "The Dynamic Earth" is tailored specifically for educators, making it an exceptional resource for those teaching Earth sciences or related subjects. The course is grounded in the recently released **Next Generation Science Standards (NGSS)**, ensuring that participants are equipped with contemporary teaching methods and frameworks. Throughout the course, students will delve into vast geological time scales, radiometric dating techniques, and the art of "reading the rocks," making complex concepts relevant and digestible. #### Syllabus Breakdown The syllabus is thoughtfully structured, with each week presenting a different thematic focus: 1. **Introduction & The Mystery of Geologic Time:** In the opening module, participants are introduced to the methodologies scientists utilize to decipher the Earth’s geologic history. This foundational element is crucial for educators, as it sets the stage for understanding the immense timeline over which geological events have unfolded. 2. **Evolution of the Atmosphere:** Here, students learn about the transformative role of photosynthetic life in altering atmospheric and oceanic oxygen levels. The course connects this scientific knowledge to the NGSS, and participants are tasked with a written assignment analyzing a local geologic feature, encouraging real-world application and exploration. 3. **Plate Tectonics: Mountain Building:** This module dives into the mechanics of plate tectonics, specifically how convection within the mantle leads to mountain formation. Understanding common misconceptions among students regarding these processes will equip educators with strategies to clarify and elaborate on geological concepts effectively. 4. **Plate Tectonics: Earthquakes:** The final part examines earthquake risk through a multimedia teaching case based on the real-world scenario in Bangladesh. This week fosters critical thinking about risk assessment and prepares educators to engage their students in relevant discussions about natural disasters. #### Learning Experience The course employs a mix of instructional materials, including engaging videos, readings, and hands-on assignments that encourage active participation. The use of real-world cases, paired with theoretical knowledge, makes learning both relevant and impactful. Additionally, the flexibility of the online format allows educators to learn at their own pace while still offering opportunities for interaction with peers and instructors. #### Recommendation I highly recommend "The Dynamic Earth: A Course for Educators" for teachers, educators, and anyone with an interest in Earth science education. It provides an enriching experience that not only enhances one’s knowledge but also offers practical tools and insights to implement in a classroom setting. By bridging complex scientific concepts with educational approaches aligned with NGSS, this course prepares educators to inspire the next generation of scientists. In summary, whether you are teaching middle school students about tectonic plates or want to enrich your understanding of Earth's history, this course is a valuable investment in your professional development. Sign up on Coursera today, and embark on a journey to transform your teaching and deepen your understanding of our dynamic planet!

Syllabus

Introduction & The Mystery of Geologic Time

You will explore the ways scientists study the rock record to determine the geologic history of the Earth.

You will learn how the evolution of photosynthetic life changed the concentration of oxygen in the oceans and atmosphere, and how this is reflected in the rock record. You will also become familiar with how the Next Generation Science Standards connect to this week’s content. Finally, you will complete a written assignment: an analysis of a local geologic feature.

You will learn how convection causes solid rock to flow in the Earth’s mantle and how the movement of the Earth’s tectonic plates forms mountains. You will also learn how to identify and address common student misconceptions about plate tectonics.

You will learn about earthquake risk. Using a multimedia teaching case about earthquake risk in Bangladesh, you will learn how scientists define and assess the risk from geologic events. You will also learn how to implement this or similar teaching cases with your students.