This document outlines the structure and components of the S808 Earth Science course. The course uses a systems approach and is divided into 5 blocks covering topics like abrupt global warming, mountain building, and the cryosphere. It will provide students with an introduction to Earth system science, online resources like a course website and presentations, and assessment through electronic TMAs and an ECA. The document wishes students well in their study of the S808 course.
The document discusses the three states of matter - solids, liquids, and gases. Solids have a definite shape and volume, liquids have a definite volume but can flow and change shape, and gases fill their container and flow easily. The document also mentions that states of matter is a first grade science concept according to the Michigan GLCE curriculum standards.
The document discusses different sources of electrical energy including fossil fuels, nuclear energy, and renewable sources like solar, wind, and hydropower. It addresses issues like scarcity of electrical energy and dangers of fossil fuels, as well as providing brief explanations of how nuclear energy and various renewable energy sources work to generate electricity. Works cited includes references on the Fukushima nuclear disaster, dangers of fossil fuels, definitions of electrical and nuclear energy, and an energy handbook discussing renewable energy options.
The document discusses the many science classes that must be taken in high school, including geometry, physics, chemistry, and biology. It then notes the long time commitment required to earn masters and bachelor's degrees, with at least 8 years needed to complete college. Specific undergraduate class requirements are also listed. Finally, the annual cost of attending the University of Texas and potential annual income for a marine biology career are provided.
Particle theory advances over the last century have allowed scientists to understand the origin and structure of the universe on the largest scales. Byron Philhour gave a presentation to discuss how developments in particle physics can explain phenomena on cosmic scales, such as the origin and evolution of the universe. He explained that the four fundamental forces - strong nuclear, weak nuclear, electromagnetic and gravity - emerged from the small scale of particles and quantum mechanics to shape the universe on the largest scales.
Students as producers - expert guided crowd sourcing Simon Bates
This document discusses a program where students in an introductory physics course were divided into groups and tasked with creating original learning objects (LOs) to help teach their peers. The goals were to engage students and have them take an active role in producing educational content. Students were given guidance and examples to scaffold the process. Results found high levels of student participation and engagement, with most students reporting an improved understanding of the material from creating LOs. The program was deemed a success and plans were made to expand it to other courses.
This document contains contact information for agricultural programs at several universities and colleges in Kentucky, including names, email addresses, physical addresses, and phone numbers of contacts at Eastern Kentucky University, Morehead State University, Murray State University, University of Kentucky, Western Kentucky University, and Kentucky Community and Technical College System campuses in Henderson, Hopkinsville, and Owensboro.
The document describes the George Mason University Oxford Global Law Program held in summer 2009 at New College, Oxford, directed by Dr. Stuart Malawer. It includes 10 photos depicting students and faculty participating in program activities like formal dinners, Sunday roast, and views of New College's 14th century buildings and gardens. An overview of the law program and an international courts and federalism team project are also mentioned.
The document discusses the three states of matter - solids, liquids, and gases. Solids have a definite shape and volume, liquids have a definite volume but can flow and change shape, and gases fill their container and flow easily. The document also mentions that states of matter is a first grade science concept according to the Michigan GLCE curriculum standards.
The document discusses different sources of electrical energy including fossil fuels, nuclear energy, and renewable sources like solar, wind, and hydropower. It addresses issues like scarcity of electrical energy and dangers of fossil fuels, as well as providing brief explanations of how nuclear energy and various renewable energy sources work to generate electricity. Works cited includes references on the Fukushima nuclear disaster, dangers of fossil fuels, definitions of electrical and nuclear energy, and an energy handbook discussing renewable energy options.
The document discusses the many science classes that must be taken in high school, including geometry, physics, chemistry, and biology. It then notes the long time commitment required to earn masters and bachelor's degrees, with at least 8 years needed to complete college. Specific undergraduate class requirements are also listed. Finally, the annual cost of attending the University of Texas and potential annual income for a marine biology career are provided.
Particle theory advances over the last century have allowed scientists to understand the origin and structure of the universe on the largest scales. Byron Philhour gave a presentation to discuss how developments in particle physics can explain phenomena on cosmic scales, such as the origin and evolution of the universe. He explained that the four fundamental forces - strong nuclear, weak nuclear, electromagnetic and gravity - emerged from the small scale of particles and quantum mechanics to shape the universe on the largest scales.
Students as producers - expert guided crowd sourcing Simon Bates
This document discusses a program where students in an introductory physics course were divided into groups and tasked with creating original learning objects (LOs) to help teach their peers. The goals were to engage students and have them take an active role in producing educational content. Students were given guidance and examples to scaffold the process. Results found high levels of student participation and engagement, with most students reporting an improved understanding of the material from creating LOs. The program was deemed a success and plans were made to expand it to other courses.
This document contains contact information for agricultural programs at several universities and colleges in Kentucky, including names, email addresses, physical addresses, and phone numbers of contacts at Eastern Kentucky University, Morehead State University, Murray State University, University of Kentucky, Western Kentucky University, and Kentucky Community and Technical College System campuses in Henderson, Hopkinsville, and Owensboro.
The document describes the George Mason University Oxford Global Law Program held in summer 2009 at New College, Oxford, directed by Dr. Stuart Malawer. It includes 10 photos depicting students and faculty participating in program activities like formal dinners, Sunday roast, and views of New College's 14th century buildings and gardens. An overview of the law program and an international courts and federalism team project are also mentioned.
This textbook provides an overview of the fundamental principles of geophysics for undergraduate students. It covers topics such as the structure and composition of the Earth and other planets, plate tectonics, gravity, seismology, geochronology, thermodynamics, geoelectricity, geomagnetism, and paleomagnetism. The second edition has been completely revised and updated with the latest research. It includes new exercises and review questions to help students evaluate their understanding.
ES 1010, Earth Science 1 Course Description Stud.docxYASHU40
ES 1010, Earth Science 1
Course Description
Study of the scientific principles that influence our planet, its rocks, mountains, atmosphere, and oceans.
Prerequisites
None
Credits
Upon completion of this course, the students will earn three (3) hours of college credit.
Course Textbook
Lutgen, F. K., & Tarbuck, E. J. (2011). Foundations of earth science (6th ed.). Upper Saddle River, NJ: Prentice Hall.
Course Learning Objectives
Upon completion of this course, students should be able to:
1. Identify the most important elements that compose Earth's continental crust.
2. Explain the processes of weathering, erosion, and mass wasting.
3. Examine the cause of earthquakes and volcanoes.
4. Describe Earth's interior structure and composition.
5. Explain the theory of plate tectonics.
6. Examine ocean currents, the causes of tides, and shoreline erosion.
7. Define the science of meteorology and explain the difference between weather and climate.
8. Examine the formation and forms of clouds and precipitation.
9. Describe air pressure, how it is measured, and how it changes with altitude.
10. Recognize the contributions of Nicolaus Copernicus, Tycho Brahe, Johannes Kepler, Galileo, and Sir Isaac
Newton to modern Astronomy.
11. Classify stars using the H-R Diagram.
12. Discuss stellar evolution.
Course Structure
1. Unit Learning Objectives: Each unit contains Unit Learning Objectives that specify the measurable skills and
knowledge students should gain upon completion of the unit.
2. Written Lectures: Each unit contains a Written Lecture, which discusses lesson material.
3. Reading Assignments: Each unit contains Reading Assignments from one or more chapters from the textbook.
Supplemental Readings and Chapter Presentations are provided in each unit study guide as Supplemental
Reading to aid students their course of study.
4. Learning Activities (Non-Graded): These non-graded Learning Activities are provided in Units I and VII to aid
students in their course of study.
ES 1010, Earth Science
Course Syllabus
ES 1010, Earth Science 2
5. Key Terms: Key Terms are intended to guide students in their course of study. Students should pay particular
attention to Key Terms as they represent important concepts within the unit material and reading.
6. Discussion Boards: Discussion Boards are a part of all CSU term courses. Information and specifications
regarding these assignments are provided in the Academic Policies listed in the Course Menu bar.
7. Unit Assessments: This course contains eight Unit Assessments, one to be completed at the end of each unit.
8. Final Exam (Proctored): Students are to complete a Final Exam in Unit VIII. All Final Exams are proctored—see
below for additional information. You are permitted four (4) hours to complete this exam, in the presence of your
approved proctor. This is an open book exam. Only course textbooks and a calculator, ...
Introduction to Climatology Course Outline.docxDEGU ZEWDU
This document outlines an introduction to climate course at Arba Minch University. The course covers the basic concepts and elements of weather and climate, including temperature, air motion, pressure and precipitation. It examines the causes of spatial and temporal patterns of these climate elements. The course objectives are to understand the impacts of climate at different scales, comprehend atmospheric composition and circulation, and classify different climate regions. Topics include solar radiation, temperature variation, atmospheric moisture and precipitation, and approaches to climate classification. The course will be delivered through lectures and classroom activities, and assessed through exams, assignments and field reports.
1. The document outlines the seven fundamental units that make up the International System of Units (SI system), which are used to measure physical quantities in physics. These include units for length, mass, time, electric current, temperature, amount of substance, and luminous intensity.
2. Derived units are combinations of the fundamental units used to measure other physical quantities, such as speed (m/s), acceleration (m/s2), force (N or kg∙m/s2), and energy (J or kg∙m2/s2).
3. The document provides examples of orders of magnitude for distances,
This notebook covers the topics discussed in a science lecture over 4 quarters. The first quarter covered elements, compounds, mixtures and microscopes. The second quarter discussed levels of biological organization, cells, reproduction and parts of flowers. The third quarter focused on motion, waves, light, sound, heat transfer and electricity. The fourth quarter addressed topics like the location of the Philippines, earth's resources, the atmosphere, seasons and the rotation and revolution of the earth.
COURSE DESCRIPTION Introduces the student to basic concepts from.docxvanesaburnand
This document outlines an introductory physical science course that covers basic concepts in physics, chemistry, geology, meteorology, and astronomy. Over 11 weeks, students will read textbook chapters, complete weekly discussions and labs, and take open-book quizzes. Labs reinforce concepts from chapters and are completed by viewing lab videos and taking untimed quizzes. The course aims to describe physical laws and processes, apply concepts to modern issues, and explain relationships between science disciplines. Students are evaluated based on lab assignments, quizzes, and discussions, with the goal of learning foundational principles in the physical sciences.
SCI101-1501A-08 Introduction to the SciencesTask NamePhase 5 I.docxkenjordan97598
SCI101-1501A-08 Introduction to the Sciences
Task Name: Phase 5 Individual Project
Deliverable Length: 4–5 pages (not including Title and Reference pages)
Details:
Weekly tasks or assignments (Individual or Group Projects) will be due by Monday and late submissions will be assigned a late penalty in accordance with the late penalty policy found in the syllabus. NOTE: All submission posting times are based on midnight Central Time.
The final paper for this course has multiple sections. Please read the following carefully.
Review the comments from your instructor, and make revisions to your Phase 4 Individual Project. Fix/add to Phase 4 IP assignment from the comments I gave you. Remember all changes need to be in red. After you have re-accomplished the phase 4 IP, add the 200-300 word essay on non-renewable fuel to the bottom?
Add 1 additional reference. Be sure to include the reference as both an in-text citation and an entry on your Reference list.
(Here are the comments from the instructor)
"Hi Ricky: Total points earned (rounded): 110 out of 150 (73%). Task Requirements points earned: 26.25 out of 37.5 (70%). Demonstration and application of knowledge points earned: 57.75 out of 82.5 (70%). Academic writing and format points earned: 25.5 out of 30 (85%). Late Penalty: 15% Strengths: Good paper, well written. Opportunities for improvement: You didn't once mention Wegner anywhere in your paper. Also I would have like to have seen you cover the fossils in the Reasons scientists now agree to continental drift paragraph. I would like to see a little more on the ring of fire... Additional Comments: A good paper but late. You cited your references well
Geographic evidence supporting the theory of continental drift
There is so much evidence today that supports the theory of continental drift. Through scientific research, many scientists have looked into different facts which support the continental drift theory. Some of the pieces of evidence available include the ocean floor which demonstrates ruggedness. Some scientists have confirmed the repeated reversal of the magnetic field of the earth which confirms that the continents are drifting away from each other (University of Columbia, n.d.). A hypothesis of the spreading of seafloor and the oceanic crust recycling associated with it. In addition to this, the pattern of earthquakes and volcanic activity are concentrated along the oceanic trenches and submarine mountain ranges. These are located at the edges of the tectonic plates.
Reasons scientists now agree to continental drift but did not agree to it in the past
There are various reasons why scientists agree to the continental drift theory. Although scientist at first did not accept the theory about continental drifting, there is some evidence which confirm that the theory has a lot of sense in it. First, there is so much evidence which proves that the continents lie on very big slabs called the tectonic plates. The activity.
Atmosphere Ocean And Environmental Change - EdukiteEduKite
This document describes an online course on atmosphere, ocean, and environmental change. The course explores the physical processes controlling Earth's atmosphere, ocean, and climate. It is free to study and involves answering assignment questions rather than exams. Upon completing all assignments, students have the option to pay a fee to receive an official certificate. The 38-unit course, based on Yale University material, covers topics like the greenhouse effect, water cycles, storms, climate change and more.
Week 4.1 microclimates and microclimatologyEmma Carson
This document provides an overview of microclimates and microclimatology. It defines a microclimate as a climate within a small, spatially defined area that can be differentiated from the surrounding climate. Microclimates are influenced by various inputs like solar radiation, wind, and moisture. The document discusses how humans interact with and alter microclimates. It also outlines the study of microclimatology, including cases examining urban heat islands, plant habitats, and the microclimate impacts of infrastructure like the Sphinx of Giza.
This lesson covers how energy from the sun affects Earth's atmosphere. It discusses the Big Bang theory of the universe's formation and the creation of light elements shortly after. The lesson aims to explain how the sun's energy interacts with Earth's atmospheric layers, allowing life to survive. It addresses questions about the composition of the atmosphere and properties of different layers. Students learn how the atmosphere helps regulate Earth's energy balance to support life.
eBook PDF textbook - An Introduction to Astrobiology, 3e David A. Rothery_com...EdwinPolack1
1. The document provides an introduction to astrobiology by summarizing the origins of life on Earth. It examines how scientists have attempted to define life and traces the early chemistry that led to life's emergence around 3.5 billion years ago.
2. The summary discusses Louis Pasteur's experiments in the 1860s, which disproved the theory of spontaneous generation and established that all life comes from pre-existing life. However, this raised the question of where the very first life originated.
3. The chapter will cover the sites in the Universe and on Earth where life's basic raw materials may have formed, as well as mechanisms for how non
Lecture 02 by Arch Omer Shujat Bhatti Spring 2021 (3).pdfTJTariq
This document outlines a presentation on climate responsive and sustainable design for warm climates. It discusses key topics like the nature of warm climates, climate modification strategies, and the hot humid climate. The underlying principles of climate responsive design relate to climatic parameters like temperature, humidity, wind and natural light exposure. Warm climates are defined based on high solar exposure near the equator. Strategies to modify warm climates include increasing air flow, using building mass, and evaporative cooling techniques to lower temperatures and humidity levels.
This document is a course syllabus for an oceanography class taught over the summer. It includes:
- Basic information about the instructor, their contact details, and office hours.
- An overview of the course structure including educational objectives, required textbook, class schedule with topics and assigned readings, grading policy with exams and presentations, and additional resources.
- The class will cover major topics in oceanography like plate tectonics, ocean circulation, marine life, and human impacts. Students will be evaluated based on four cumulative exams and an individual presentation on a chapter from the textbook.
The document provides information about physics and physical measurement:
1. It outlines the ranges of distances, masses, and times that occur in the universe from smallest to greatest, spanning from subatomic particles to the entire visible universe.
2. It explains that the order of magnitude of a number indicates its power of ten and is more useful than precise values when dealing with very large or small numbers in physics.
3. Examples are given to illustrate orders of magnitude comparisons for everyday quantities and universal scales.
The document provides resources and guidance for teaching a unit on plate tectonics and crustal features in 8th grade science. It includes a pacing guide, links to online resources about plate tectonics, example lesson plans addressing Texas Essential Knowledge and Skills, formative assessments, and recommendations for differentiation and higher-order thinking questions. The goal is to support teachers in providing effective instruction around the formation of crustal features through the theory of plate tectonics.
Common Integrated Science Schemes of Work - 2019.docxTandiFlaming
The document provides a schemes of work for grade 8 Common Integrated Science covering terms 1, 2 and 3 of 2019. It includes topics such as the human body, health, the environment, plants and animals, materials and energy. For each topic, it lists the specific learning outcomes, teaching methods and references. Some of the key topics covered include the human reproductive system, fertilization and embryo development, nutrition, pollution, plant and animal cells, plant growth, physical and chemical changes of matter, mixtures, mass and weight, density, heat transfer, reflection and refraction of light. The schemes of work provide guidance for teachers on what content to cover each week to meet the learning objectives.
Common Integrated Science Schemes of Work - 2019.docxTandiFlaming
The document provides a schemes of work for grade 8 Common Integrated Science covering terms 1, 2 and 3 of 2019. It includes topics such as the human body, health, the environment, plants and animals, materials and energy. For each topic, it lists the specific learning outcomes, teaching methods and references. Some of the key topics covered include the human reproductive system, fertilization and embryo development, nutrition, pollution, plant and animal cells, plant growth, physical and chemical changes of matter, mixtures, mass and weight, density, heat transfer, reflection and refraction of light. The schemes of work provide guidance for teachers on what content to cover each week to meet the learning objectives.
This document provides recommended books and resources for learning string theory, along with an introduction and table of contents for a course on the subject. It recommends several standard textbooks on string theory and conformal field theory. It also lists further references and provides links to online video lecture resources. The introduction describes string theory as an ambitious effort to develop a unified theory of physics incorporating gravity and quantum mechanics. The table of contents outlines the main topics to be covered in the course, including the relativistic string, quantum strings, open strings and D-branes, conformal field theory, string interactions, effective actions, and compactification.
This document provides information on Earth Sciences degree programs offered at UCL, including Geology, Environmental Geoscience, Palaeobiology, Planetary Science, and Geophysics degrees at both the BSc and MSci levels. Key details include that UCL Earth Sciences is highly rated for both its teaching and research and has over 20 academic staff members. The degrees emphasize hands-on field and lab work to develop skills, and the MSci programs provide a fourth project-focused year for more in-depth study. A Geology degree in particular integrates theory with practical skills while exploring the structure, composition and evolution of the Earth over its history.
This textbook provides an overview of the fundamental principles of geophysics for undergraduate students. It covers topics such as the structure and composition of the Earth and other planets, plate tectonics, gravity, seismology, geochronology, thermodynamics, geoelectricity, geomagnetism, and paleomagnetism. The second edition has been completely revised and updated with the latest research. It includes new exercises and review questions to help students evaluate their understanding.
ES 1010, Earth Science 1 Course Description Stud.docxYASHU40
ES 1010, Earth Science 1
Course Description
Study of the scientific principles that influence our planet, its rocks, mountains, atmosphere, and oceans.
Prerequisites
None
Credits
Upon completion of this course, the students will earn three (3) hours of college credit.
Course Textbook
Lutgen, F. K., & Tarbuck, E. J. (2011). Foundations of earth science (6th ed.). Upper Saddle River, NJ: Prentice Hall.
Course Learning Objectives
Upon completion of this course, students should be able to:
1. Identify the most important elements that compose Earth's continental crust.
2. Explain the processes of weathering, erosion, and mass wasting.
3. Examine the cause of earthquakes and volcanoes.
4. Describe Earth's interior structure and composition.
5. Explain the theory of plate tectonics.
6. Examine ocean currents, the causes of tides, and shoreline erosion.
7. Define the science of meteorology and explain the difference between weather and climate.
8. Examine the formation and forms of clouds and precipitation.
9. Describe air pressure, how it is measured, and how it changes with altitude.
10. Recognize the contributions of Nicolaus Copernicus, Tycho Brahe, Johannes Kepler, Galileo, and Sir Isaac
Newton to modern Astronomy.
11. Classify stars using the H-R Diagram.
12. Discuss stellar evolution.
Course Structure
1. Unit Learning Objectives: Each unit contains Unit Learning Objectives that specify the measurable skills and
knowledge students should gain upon completion of the unit.
2. Written Lectures: Each unit contains a Written Lecture, which discusses lesson material.
3. Reading Assignments: Each unit contains Reading Assignments from one or more chapters from the textbook.
Supplemental Readings and Chapter Presentations are provided in each unit study guide as Supplemental
Reading to aid students their course of study.
4. Learning Activities (Non-Graded): These non-graded Learning Activities are provided in Units I and VII to aid
students in their course of study.
ES 1010, Earth Science
Course Syllabus
ES 1010, Earth Science 2
5. Key Terms: Key Terms are intended to guide students in their course of study. Students should pay particular
attention to Key Terms as they represent important concepts within the unit material and reading.
6. Discussion Boards: Discussion Boards are a part of all CSU term courses. Information and specifications
regarding these assignments are provided in the Academic Policies listed in the Course Menu bar.
7. Unit Assessments: This course contains eight Unit Assessments, one to be completed at the end of each unit.
8. Final Exam (Proctored): Students are to complete a Final Exam in Unit VIII. All Final Exams are proctored—see
below for additional information. You are permitted four (4) hours to complete this exam, in the presence of your
approved proctor. This is an open book exam. Only course textbooks and a calculator, ...
Introduction to Climatology Course Outline.docxDEGU ZEWDU
This document outlines an introduction to climate course at Arba Minch University. The course covers the basic concepts and elements of weather and climate, including temperature, air motion, pressure and precipitation. It examines the causes of spatial and temporal patterns of these climate elements. The course objectives are to understand the impacts of climate at different scales, comprehend atmospheric composition and circulation, and classify different climate regions. Topics include solar radiation, temperature variation, atmospheric moisture and precipitation, and approaches to climate classification. The course will be delivered through lectures and classroom activities, and assessed through exams, assignments and field reports.
1. The document outlines the seven fundamental units that make up the International System of Units (SI system), which are used to measure physical quantities in physics. These include units for length, mass, time, electric current, temperature, amount of substance, and luminous intensity.
2. Derived units are combinations of the fundamental units used to measure other physical quantities, such as speed (m/s), acceleration (m/s2), force (N or kg∙m/s2), and energy (J or kg∙m2/s2).
3. The document provides examples of orders of magnitude for distances,
This notebook covers the topics discussed in a science lecture over 4 quarters. The first quarter covered elements, compounds, mixtures and microscopes. The second quarter discussed levels of biological organization, cells, reproduction and parts of flowers. The third quarter focused on motion, waves, light, sound, heat transfer and electricity. The fourth quarter addressed topics like the location of the Philippines, earth's resources, the atmosphere, seasons and the rotation and revolution of the earth.
COURSE DESCRIPTION Introduces the student to basic concepts from.docxvanesaburnand
This document outlines an introductory physical science course that covers basic concepts in physics, chemistry, geology, meteorology, and astronomy. Over 11 weeks, students will read textbook chapters, complete weekly discussions and labs, and take open-book quizzes. Labs reinforce concepts from chapters and are completed by viewing lab videos and taking untimed quizzes. The course aims to describe physical laws and processes, apply concepts to modern issues, and explain relationships between science disciplines. Students are evaluated based on lab assignments, quizzes, and discussions, with the goal of learning foundational principles in the physical sciences.
SCI101-1501A-08 Introduction to the SciencesTask NamePhase 5 I.docxkenjordan97598
SCI101-1501A-08 Introduction to the Sciences
Task Name: Phase 5 Individual Project
Deliverable Length: 4–5 pages (not including Title and Reference pages)
Details:
Weekly tasks or assignments (Individual or Group Projects) will be due by Monday and late submissions will be assigned a late penalty in accordance with the late penalty policy found in the syllabus. NOTE: All submission posting times are based on midnight Central Time.
The final paper for this course has multiple sections. Please read the following carefully.
Review the comments from your instructor, and make revisions to your Phase 4 Individual Project. Fix/add to Phase 4 IP assignment from the comments I gave you. Remember all changes need to be in red. After you have re-accomplished the phase 4 IP, add the 200-300 word essay on non-renewable fuel to the bottom?
Add 1 additional reference. Be sure to include the reference as both an in-text citation and an entry on your Reference list.
(Here are the comments from the instructor)
"Hi Ricky: Total points earned (rounded): 110 out of 150 (73%). Task Requirements points earned: 26.25 out of 37.5 (70%). Demonstration and application of knowledge points earned: 57.75 out of 82.5 (70%). Academic writing and format points earned: 25.5 out of 30 (85%). Late Penalty: 15% Strengths: Good paper, well written. Opportunities for improvement: You didn't once mention Wegner anywhere in your paper. Also I would have like to have seen you cover the fossils in the Reasons scientists now agree to continental drift paragraph. I would like to see a little more on the ring of fire... Additional Comments: A good paper but late. You cited your references well
Geographic evidence supporting the theory of continental drift
There is so much evidence today that supports the theory of continental drift. Through scientific research, many scientists have looked into different facts which support the continental drift theory. Some of the pieces of evidence available include the ocean floor which demonstrates ruggedness. Some scientists have confirmed the repeated reversal of the magnetic field of the earth which confirms that the continents are drifting away from each other (University of Columbia, n.d.). A hypothesis of the spreading of seafloor and the oceanic crust recycling associated with it. In addition to this, the pattern of earthquakes and volcanic activity are concentrated along the oceanic trenches and submarine mountain ranges. These are located at the edges of the tectonic plates.
Reasons scientists now agree to continental drift but did not agree to it in the past
There are various reasons why scientists agree to the continental drift theory. Although scientist at first did not accept the theory about continental drifting, there is some evidence which confirm that the theory has a lot of sense in it. First, there is so much evidence which proves that the continents lie on very big slabs called the tectonic plates. The activity.
Atmosphere Ocean And Environmental Change - EdukiteEduKite
This document describes an online course on atmosphere, ocean, and environmental change. The course explores the physical processes controlling Earth's atmosphere, ocean, and climate. It is free to study and involves answering assignment questions rather than exams. Upon completing all assignments, students have the option to pay a fee to receive an official certificate. The 38-unit course, based on Yale University material, covers topics like the greenhouse effect, water cycles, storms, climate change and more.
Week 4.1 microclimates and microclimatologyEmma Carson
This document provides an overview of microclimates and microclimatology. It defines a microclimate as a climate within a small, spatially defined area that can be differentiated from the surrounding climate. Microclimates are influenced by various inputs like solar radiation, wind, and moisture. The document discusses how humans interact with and alter microclimates. It also outlines the study of microclimatology, including cases examining urban heat islands, plant habitats, and the microclimate impacts of infrastructure like the Sphinx of Giza.
This lesson covers how energy from the sun affects Earth's atmosphere. It discusses the Big Bang theory of the universe's formation and the creation of light elements shortly after. The lesson aims to explain how the sun's energy interacts with Earth's atmospheric layers, allowing life to survive. It addresses questions about the composition of the atmosphere and properties of different layers. Students learn how the atmosphere helps regulate Earth's energy balance to support life.
eBook PDF textbook - An Introduction to Astrobiology, 3e David A. Rothery_com...EdwinPolack1
1. The document provides an introduction to astrobiology by summarizing the origins of life on Earth. It examines how scientists have attempted to define life and traces the early chemistry that led to life's emergence around 3.5 billion years ago.
2. The summary discusses Louis Pasteur's experiments in the 1860s, which disproved the theory of spontaneous generation and established that all life comes from pre-existing life. However, this raised the question of where the very first life originated.
3. The chapter will cover the sites in the Universe and on Earth where life's basic raw materials may have formed, as well as mechanisms for how non
Lecture 02 by Arch Omer Shujat Bhatti Spring 2021 (3).pdfTJTariq
This document outlines a presentation on climate responsive and sustainable design for warm climates. It discusses key topics like the nature of warm climates, climate modification strategies, and the hot humid climate. The underlying principles of climate responsive design relate to climatic parameters like temperature, humidity, wind and natural light exposure. Warm climates are defined based on high solar exposure near the equator. Strategies to modify warm climates include increasing air flow, using building mass, and evaporative cooling techniques to lower temperatures and humidity levels.
This document is a course syllabus for an oceanography class taught over the summer. It includes:
- Basic information about the instructor, their contact details, and office hours.
- An overview of the course structure including educational objectives, required textbook, class schedule with topics and assigned readings, grading policy with exams and presentations, and additional resources.
- The class will cover major topics in oceanography like plate tectonics, ocean circulation, marine life, and human impacts. Students will be evaluated based on four cumulative exams and an individual presentation on a chapter from the textbook.
The document provides information about physics and physical measurement:
1. It outlines the ranges of distances, masses, and times that occur in the universe from smallest to greatest, spanning from subatomic particles to the entire visible universe.
2. It explains that the order of magnitude of a number indicates its power of ten and is more useful than precise values when dealing with very large or small numbers in physics.
3. Examples are given to illustrate orders of magnitude comparisons for everyday quantities and universal scales.
The document provides resources and guidance for teaching a unit on plate tectonics and crustal features in 8th grade science. It includes a pacing guide, links to online resources about plate tectonics, example lesson plans addressing Texas Essential Knowledge and Skills, formative assessments, and recommendations for differentiation and higher-order thinking questions. The goal is to support teachers in providing effective instruction around the formation of crustal features through the theory of plate tectonics.
Common Integrated Science Schemes of Work - 2019.docxTandiFlaming
The document provides a schemes of work for grade 8 Common Integrated Science covering terms 1, 2 and 3 of 2019. It includes topics such as the human body, health, the environment, plants and animals, materials and energy. For each topic, it lists the specific learning outcomes, teaching methods and references. Some of the key topics covered include the human reproductive system, fertilization and embryo development, nutrition, pollution, plant and animal cells, plant growth, physical and chemical changes of matter, mixtures, mass and weight, density, heat transfer, reflection and refraction of light. The schemes of work provide guidance for teachers on what content to cover each week to meet the learning objectives.
Common Integrated Science Schemes of Work - 2019.docxTandiFlaming
The document provides a schemes of work for grade 8 Common Integrated Science covering terms 1, 2 and 3 of 2019. It includes topics such as the human body, health, the environment, plants and animals, materials and energy. For each topic, it lists the specific learning outcomes, teaching methods and references. Some of the key topics covered include the human reproductive system, fertilization and embryo development, nutrition, pollution, plant and animal cells, plant growth, physical and chemical changes of matter, mixtures, mass and weight, density, heat transfer, reflection and refraction of light. The schemes of work provide guidance for teachers on what content to cover each week to meet the learning objectives.
This document provides recommended books and resources for learning string theory, along with an introduction and table of contents for a course on the subject. It recommends several standard textbooks on string theory and conformal field theory. It also lists further references and provides links to online video lecture resources. The introduction describes string theory as an ambitious effort to develop a unified theory of physics incorporating gravity and quantum mechanics. The table of contents outlines the main topics to be covered in the course, including the relativistic string, quantum strings, open strings and D-branes, conformal field theory, string interactions, effective actions, and compactification.
This document provides information on Earth Sciences degree programs offered at UCL, including Geology, Environmental Geoscience, Palaeobiology, Planetary Science, and Geophysics degrees at both the BSc and MSci levels. Key details include that UCL Earth Sciences is highly rated for both its teaching and research and has over 20 academic staff members. The degrees emphasize hands-on field and lab work to develop skills, and the MSci programs provide a fourth project-focused year for more in-depth study. A Geology degree in particular integrates theory with practical skills while exploring the structure, composition and evolution of the Earth over its history.
Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
LAND USE LAND COVER AND NDVI OF MIRZAPUR DISTRICT, UPRAHUL
This Dissertation explores the particular circumstances of Mirzapur, a region located in the
core of India. Mirzapur, with its varied terrains and abundant biodiversity, offers an optimal
environment for investigating the changes in vegetation cover dynamics. Our study utilizes
advanced technologies such as GIS (Geographic Information Systems) and Remote sensing to
analyze the transformations that have taken place over the course of a decade.
The complex relationship between human activities and the environment has been the focus
of extensive research and worry. As the global community grapples with swift urbanization,
population expansion, and economic progress, the effects on natural ecosystems are becoming
more evident. A crucial element of this impact is the alteration of vegetation cover, which plays a
significant role in maintaining the ecological equilibrium of our planet.Land serves as the foundation for all human activities and provides the necessary materials for
these activities. As the most crucial natural resource, its utilization by humans results in different
'Land uses,' which are determined by both human activities and the physical characteristics of the
land.
The utilization of land is impacted by human needs and environmental factors. In countries
like India, rapid population growth and the emphasis on extensive resource exploitation can lead
to significant land degradation, adversely affecting the region's land cover.
Therefore, human intervention has significantly influenced land use patterns over many
centuries, evolving its structure over time and space. In the present era, these changes have
accelerated due to factors such as agriculture and urbanization. Information regarding land use and
cover is essential for various planning and management tasks related to the Earth's surface,
providing crucial environmental data for scientific, resource management, policy purposes, and
diverse human activities.
Accurate understanding of land use and cover is imperative for the development planning
of any area. Consequently, a wide range of professionals, including earth system scientists, land
and water managers, and urban planners, are interested in obtaining data on land use and cover
changes, conversion trends, and other related patterns. The spatial dimensions of land use and
cover support policymakers and scientists in making well-informed decisions, as alterations in
these patterns indicate shifts in economic and social conditions. Monitoring such changes with the
help of Advanced technologies like Remote Sensing and Geographic Information Systems is
crucial for coordinated efforts across different administrative levels. Advanced technologies like
Remote Sensing and Geographic Information Systems
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Changes in vegetation cover refer to variations in the distribution, composition, and overall
structure of plant communities across different temporal and spatial scales. These changes can
occur natural.
it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
How to Make a Field Mandatory in Odoo 17Celine George
In Odoo, making a field required can be done through both Python code and XML views. When you set the required attribute to True in Python code, it makes the field required across all views where it's used. Conversely, when you set the required attribute in XML views, it makes the field required only in the context of that particular view.
Hello and welcome to the postgraduate science course S808 ‘Earth Science: a systems approach’ from the Open University, which forms part of the MSc award in Earth Science and MSc in Science. This is the first of a series of slidecasts you can watch. Each one will probably have a slightly different style because they will be prepared by the academics and not through the OU production system ! I’m Simon Kelley, course team chair (that’s me there me standing close to the top of Vesuvius near the tourist shop). This slide cast is intended to complement the introduction and guide. S808 is a course in what might be termed ‘modern Earth science’ which recognises the complex system of interacting components that connect different spheres such as the atmosphere, lithosphere, hydrosphere and biosphere. For example, it is now generally accepted that the erosion of mountains causes a reduction of atmospheric CO 2 , and that there have been sudden releases of methane in the distant past, possibly related to volcanic eruptions leading to sudden environmental change. In addition scientists have learned to quantify some of these effects and are using this knowledge to understand the causes and predict the consequences of increasing modern atmospheric CO 2 and sea level rise.
The course team have each written one of the blocks you’re about to start studying. Mike Widdowson wrote block 1, Anthony Cohen wrote block 2, Nigel Harris wrote block 3, Mark Brandon wrote block 4, and I wrote the final bock, block 5. You’ll hear more from each member of the team as you study each block. Elaine McPherson kept us all in line, told us when we needed to do things and waited patiently as we tried to make the deadlines. After your tutors, Elaine will be your main point of contact with the team throughout the course.
If you have logged on to the website and found this slide cast before the course starts you can relax, there is nothing to do before the start. If you haven’t done already, get hold of the set book for this course, ‘The Earth system’ by Lee Kump, James Kasting and Robert Crane, making sure it’s the 3 rd edition published in 2009. The set book is the primary source for this course and we will be asking you to study several chapters.
If however you want to do something to brush up your Earth science knowledge or skills in the weeks leading up to the start of the course you might consider some of the Open University co-published undergraduate texts listed in the introduction and guide.
There is another good source of easily accessible Earth Science material in the form of webcasts or video lectures. Some are of general interest to Earth Scientists, but some are directly related to the subjects in this course. Even when they are not directly part of the course material, they be a great help in understanding issues surrounding the subject, and they’re a good opportunity to see people you have read about talking about their specialist subject.
Block 1 is an introduction to Earth system science, and introduces many of the concepts and terminology you’ll meet in the course such as feedback loops, tipping points and the daisyworld model which was developed as a very simple planetary model to illustrate the potential for biota to control climate. This block has a greater amount of guidance than later blocks in order to help you get used to the new concepts. Towards the end of the block you will meet front line Earth Science literature for the first time.
Block 2 examines two important episodes of sudden climate change and reveals the detailed changes scientists are now able to uncover in these ancient events. The block also illustrates how these ancient events have implications for our understanding of changes currently happening in ocean chemistry.
Block 3 is an investigation into the relationship between the slow process of mountain building and erosion, and climate, and in particular the Asian monsoon. The study focuses on one of the worlds largest mountain ranges, the Himalayas, illustrating the debate over use of chemical and isotopic proxies to trace relationships between mountain building and ancient climate change over many millions of years.
Block 4 investigates the important modern features of the cryosphere, and shows how uses real climate data to illustrate the changes occurring at the poles. The block finishes by considering the central role played by the polar climate in the climate system as a whole.
Block 5 considers the implications for humankind of living with the complex Earth system. The important relationship between human activities and climate change is covered along with some of the consequences of a changing climate and the likelihood of a increasingly unpredictable envionment.
The set book, ‘The Earth System’, forms the core literature source for the course. Although you aren’t expected to read it all from cover to cover you will be reading specific chapters in each of the blocks of this course. The Earth system is a unique book in that it considers the Earth as a system and covers several of the components and processes in some detail. It emphasises the importance of understanding interactions between the different components in order to explain the changes scientists observe in the rock record of ancients events, and in the changing climate of the modern world.
The website, is your first port of call for everything to do with the course. In the centre you’ll see the calendar showing what stage you should have reached. Of course you can read ahead, the calendar is set to display just the next few weeks but you can click at the bottom to reveal the whole calendar. In the right hand column you’ll see some of the administration icons where you will be able to find your TMA scores and other stats In the left hand column at the top you‘ll see ‘news ‘ where we’ll post course related news items, remind you of deadlines, post items relating to new articles that have appeared, new webcast videos you might find useful and interesting, and even items in the national news. Below News you’ll see MSc news which will contain messages relating to the MSc area as a whole Next down is are links to the forums which you can use to ask questions, discuss the course and find out what others are thinking. Below the forums you’ll find links to various resources. The resources for induction week help to get you going with some of the library. If you hold down the control button as you click a link it opens in a new tab and make keeping your place much easier. The course resources include all sorts of things you may need during the course. The library resources take you to the University library (shhhh, no talking in here please). If you’re the sort of person who wants to know work to the assignments, we’re posting them in the assessment section, and finally you’ll see links to the glossary which will evolve as the course continues, and wiki’s you’ll use in block 1 .
The core guidance for the course are the study guides. These are not intended to be the main source of information you’ll be learning, although block 1 does have some of the background. These guides set the context and point you to the primary resources, the articles that should be your starting point. You can read the guides on-line, store them to read off-line, or print and read away from your computer, or any combination of those options, the choice is yours. The guides are actually designed to be read on-line, they aren’t PDFs like the journal articles. Remember that the core articles are intended to be the first thing you read, they’re commonly review articles. However, in order to score well you’ll need to go beyond these initial articles, searching the library and looking out for newly published research.
The library is a primary resource for the course. Aside from being the obvious repository for the journal articles, general magazines such as New Scientist and Scientific American and some ebooks. The Open University library website also offers many mini courses and quizzes to help you learn about research and literature. The library is also the source of bibliography software. You are expected to reference the work you produce and my advice is to spend a little time now getting to know how to use this software because it will save you time later. Now I’ve used endnote and refworks but there are several other options. If you’re new to this type of software we’re piloting a new and simply interface for Refworks called My References which appears in a window like all the other parts of the website. Try it and let the library staff know how you get on.
I don’ t know about you but there’s a limit to the amount of time I can spend reading and I find watching webcast lectures and talks a good alternative sometimes when the TV is bad. This is becoming a more important medium as more people have broadband internet access. There are several dedicated sites and learned societies like the American Geophysical Union, and the Geological Society of London are beginning to put out their own. These webcasts can give insight and you could start by scanning the Open University stadium site where we keep an archive of lectures that have been given in the Berrill Lecture Theatre here at Walton Hall. FORA.tv is another good website, it has constantly updating links to webcasts from around the world. There are also a wealth of good general science podcasts available, I particularly like the bbc ‘material world’ which occasionally covers geological and environmental issues.
We’ve recruited a highly qualified set of tutors for S808, I’m really impressed by the range of expertise we’ve managed to get on board. You’ll be able to talk to them through dedicated forums in small groups, and one-to-one although there is no face-to-face tuition for this course. Just to note, if you’re tech savy, there are RSS feeds on several of the forums so you can be notified if a new post appears on any particular forum you’ve interested in. Just click on the icon here and it will install a link on your browser window. Or even link to the RSS feed from your mobile phone.
We know that students will come to this course with a huge range of expertise in what we call information literacy. Its worth reflecting on how you intend to approach, use and take advantage of the different sources of information. I’d advise you to keep notes, with pen and notepad and folder, or electronically if you prefer. You’ll also probably find that you share information with others in the forums. The aim is to amass and make sense of information for the eTMAs and the ECA. The library has an excellent introduction to information literacy.
OK, lets talk about academic skills... and by that I mean good writing, getting your point over in your own words, both clearly and succinctly. I also mean making sure anyone reading your work can see where you obtained evidence by clear referencing, avoiding plagiarising authors and avoiding copyright issues. You should already have some of these skills, but if you feel you need to revise or brush up those skills, again the library has several exercises you could look at in the induction week.
There are 4 Tutor Marked Assignments (eTMAs), in this course and an end of course assessment (ECA). We’ve set aside a week in the calendar for each eTMA and an additional week to allow you time to look beyond the core papers and the activities in the study guides. Each TMA will have questions that count towards your final mark, and one question that is intended to help you plan for the min-project that will form your end of course assessment. In TMA01 you’ll find a list of titles. These are the choices you will have for the project title, we’re giving them to you at the beginning so you have time to look into more than one and decide which you want to take on. Each TMA will have a question related to developing your ECA project. The ECA is in two parts, one is a slide cast like this one with a series of slides and an audio track. Remember to it pays to practice making a slide cast before you make the final one you intend to submit. The second part of the ECA is a critical review of 3000 words with a 1 page summary for non-specialists.
And finally, welcome again, I hope you enjoy this postgraduate course on modern Earth Sciences.