Earth science lab relative dating
We will focus on different types of weather patterns and see why certain regions have different atmospheric conditions.In this topic we will focus on long term weather patterns and see how the changing Earth is responsible for creating unique areas of our planet.It focuses on the worldwide coordinate system of latitude and longitude and applies that to more detailed topographic maps used by geologists and other earth scientists.In this topic we look at the beginnings of astronomy and see how technology has allowed mankind to gain a better understanding of our Universe.Some students may use this list of viable investigations to generate their own project ideas, but the teacher should approve all projects before they are conducted. Relate the temperature of the air to the temperature one meter underground.Although library research is an important aspect of nearly any scientific inquiry, students are strongly encouraged to make the gathering and analysis their own observations and data the primary emphasis of their long-term projects. Measure the quantity of air-borne particulate pollution at a number of locations. Demonstrate how much energy you can collect, or use the energy for some useful purpose, such as cooking something or heating water. You will need to dig a hole one meter deep and bury a plastic tube in the hole.
In this lab, you will apply many of these laws and principles to determine the relative sequence of geologic events that created a particular set of rock layers and intrusions.
The Physcial Setting: Earth Science can be a challanging course.
Below are some additional resources to help you along the way, prepare you for your midterm exam and the Earth Science Regents exam.
From its early formation to present, Earth has undergone extreme changes and evolved to be one of the most unique planets in our solar system.
We will also focus on how major extinction periods throughout geologic history have changed the development of life on Earth.