earth science essay

Geoscientists explore the relationship between human activity and the geosphere (earth), hydrosphere (water), atmosphere (air), and biosphere (life). As a result, Earth science expands our understanding of the natural features and processes that we often find so awe-inspiring. Much of what makes up art, from the materials used to create it to the natural inspiration for it, comes from the Earth. Focusing on one type of artistic expression, such as painting or music or fine food, explain how geoscience contributes to this art.

2. Your personal information, printed at the top of the essay:

The essays will be judged by a panel of geoscientists on grammar, content, presentation, creativity, and, most importantly, relevance to and incorporation of the topic.

The essay must be no more than 300 words. Longer essays will be rejected unread.

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As you conclude the Earth Sciences essays, you must restate the objective and purpose of the essay. Conclusions must be formulated in a concise and brief manner.

Ensure that you choose the best resources and references into account before you present a critical analysis. Professional writers know exactly how to introduce the topic and discuss it after justifying it to be a scientific problem. After an in-depth analysis in the body of the essay, a logical conclusion is arrived at.

Earth Sciences essays must also include appropriate section headings apart from the title, introduction, body, conclusion, bibliography and list of references. You must know how to present the question well in the introduction. This is where you must provide definitions for terms interpret the topic after stating the argument and give a gist of how you are planning on approaching the subject.

1. The universe is defined as the total of everything that exists. The geocentric model, also known as geocentricism, states that the universe has its centre as the Earth and all other objects orbit around it. This model was used predominantly in cosmological systems in some ancient civilizations, for example in ancient Greece. However, ancient Greek philosophers considered that the sun, moon, stars and planets orbit the earth.

Venus- It’s the second closest planet to the sun. It is located between the earth and Mercury. The planet means beauty and love. The meaning is derived from the Roman goddess. It is covered with thick clouds that create a greenhouse effect that makes it exceedingly hot.

Johannes Kepler (1571-1630) was a German who went to become Brahe’s assistant in Parague. On the one hand, Brahe mistrusted Kepler with fear that he would take credit for his work and overshadow him. Kepler had the task of observing and understanding the orbit of the planet Mars which had become troublesome to Brahe. On the other hand, the Martian data allowed Kepler to correctly formulate the laws on planetary motion.

Isaac Newton (1642-1724). He came to being the same year that Galileo died. He completed the synthesis of astronomy and physics that Galileo had began. His fields of expertise include physics, astronomy, mathematics, philosophy and theology. Newton described Universal gravity and the three laws of motion which were dominant in the scientific view of the universe. Isaac Newton showed that objects in motion on the earth and celestial bodies are governed by the same set of natural laws.

Earth itself, meteorology is focal on the atmosphere and its related processes, oceanography is focused on the Earth’s oceans and Astronomy is the study of the universe. For astronomy, studying the space beyond Earth is important in that it affects Earth. Asteroids have changed the face of the planet and the moon drives ocean tides for example. Sciences related to these elements, as a result, are quite extensive.

In the most rudimentary of contexts, Earth science could be considered a topic unto itself. A student can select the topic of Earth science, articulate the unique spectrums of Earth science, and explain why they are important for human understanding. While this approach is possible and suitable for some designations, it is far more likely that academic exploration will include more specific and in depth analysis of sub-contexts falling within the spectrum of Earth science. It would be more common for an Earth science instructor to favor a specific geological analysis or a specific oceanographic analysis. Strong Earth science papers explore what is known in current academic literature related to the topic and they take this information into critical thinking spectrums. Rather than a regurgitation of facts, they demonstrate application of the material. For those who are not science majors, Earth science also has cross-disciplinary potential. Literature majors may choose to examine geographic contexts of a single author while political science majors may favor how environmental science has shaped the development of public policy.

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Isaac Newton (1642-1724). He came to being the same year that Galileo died. He completed the synthesis of astronomy and physics that Galileo had began. His fields of expertise include physics, astronomy, mathematics, philosophy and theology. Newton described Universal gravity and the three laws of motion which were dominant in the scientific view of the universe. Isaac Newton showed that objects in motion on the earth and celestial bodies are governed by the same set of natural laws.

Tycho Brahe, a Danish noble man, lived in the period 1546-1601. His contributions to astronomy went a long way being extremely crucial through devising the most preciseinstruments even before the invention of the telescope. He made his observation of the heavens from an island between Denmark and Sweden called Hveen. Brahe’s instruments allowed him to determine all the motions of the planets quite accurately.

6. The earth’s moon is one of the natural satellites to the earth. It is more than one quarter of the size of the planet earth. Due to its small size in nature, its gravity is one sixth of the earth’s gravity. The moon has two basic types of regions. One region is smooth, dark mare and a heavily-centered light colored highland region. The moon has many surface features such as mountain ranges, craters, lava plains and riles. Lunar geologists believe that the earth’s interior is made up of a small iron core and it has no magnetic field. The moon has no wind and thus no atmosphere. Being so, it has no weather patterns.

Meteorology is the study of the atmosphere and how processes in the atmosphere determine Earth’s weather and climate. Meteorology is a very practical science because everyone is concerned about the weather. How climate changes over time in response to the actions of people is a topic of urgent worldwide concern. The study of meteorology is of critical importance in protecting Earth’s environment.