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The Theory of Natural Selection, occasionally still referred to as, the survival of the fittest, posits that the organisms that are most adaptive to change will survive in greater numbers, and so, will propagate more (adaptable) offspring. These genetic survival traits will then have more impact on these and subsequent generations of offspring. For instance, early, speedy humans may have survived in greater numbers than their slower cousins. Also, some speedy humans may have selected speedy mates. Therefore, they were able to produce more speedy offspring, through more generations, to fuel the speedy-human-trait takeover. These and similar processes, over long periods of time are what can (and do) lead to the creation of new species.
What else can I help you with?
What questions would you like to ask a scientist about the different ways in which the earth has changed?
What evidence do we have of past climate changes on Earth and how do we know this? How have natural processes like plate tectonics and volcanic activity influenced the Earth's landscape over time? How are human activities impacting the Earth's environment and contributing to its changing conditions? What can the study of past Earth changes tell us about potential future scenarios and how we might mitigate them?
What is a natural process that might change the shape of mountains slowly?
One natural process that might change the shape of mountains slowly is erosion, which wears away the surface of mountains over time through processes like weathering and river action. Another process is tectonic activity, where movements in the Earth's crust can uplift or deform mountain ranges over millions of years.
How might the study of the earth science contribute to the survial of the biosphere?
The study of the earth science contributes to the survival of the biosphere because it shows what is harming the living things on earth. This can help to save the living things from the harmful things.
What is a geologists job?
Geologists work to understand the history of our planet. The better they can understand Earth's history the better they can foresee how events and processes of the past might influence the future. Here are some examples:Geologists study earth processes: Many processes such as landslides, earthquakes, floods and volcanic eruptions can be hazardous to people. Geologists work to understand these processes well enough to avoid building important structures where they might be damaged. If geologists can prepare maps of areas that have flooded in the past they can prepare maps of areas that might be flooded in the future. These maps can be used to guide the development of communities and determine where flood protection or flood insurance is needed.Geologists study earth materials: People use earth materials every day. They use oil that is produced from wells, metals that are produced from mines, and water that has been drawn from streams or from underground. Geologists conduct studies that locate rocks that contain important metals, plan the mines that produce them and the methods used to remove the metals from the rocks. They do similar work to locate and produce oil, natural gas and ground water.Geologists study earth history: Today we are concerned about climate change. Many geologists are working to learn about the past climates of earth and how they have changed across time. This information is valuable to understand how our current climate is changing and what the results might be.http://geology.com/articles/what-is-geology.shtml
What is the study of earth and how is it used?
The study of earth is known as geology. Geology helps us understand the planet's processes, history, and structure, including the formation of rocks, minerals, and landforms. This knowledge is valuable for applications such as resource exploration, environmental protection, and hazard mitigation.
What natural features off the coast of Virginia might have helped hide the Roanoke settlement?
the tree
How do you know when the earth is coming to an end?
Scientists predict various scenarios for Earth's end based on natural processes like the sun's lifecycle or asteroid impacts. Signs could include extreme climate changes, increased natural disasters, or depletion of key resources. However, no exact date or guarantee of the end of Earth exists.
What questions would you like to ask a scientist about the different ways in which the earth has changed?
What evidence do we have of past climate changes on Earth and how do we know this? How have natural processes like plate tectonics and volcanic activity influenced the Earth's landscape over time? How are human activities impacting the Earth's environment and contributing to its changing conditions? What can the study of past Earth changes tell us about potential future scenarios and how we might mitigate them?
Why are these processes important to understand How might this knowledge be applied to geography and life in general?
Understanding processes such as erosion, weathering, and plate tectonics is important because they shape the Earth's surface over time. This knowledge can be applied to geography to explain the formation of landforms, the distribution of natural resources, and the occurrence of natural disasters. In life in general, understanding these processes can help us make informed decisions about land use, environmental conservation, and disaster preparedness.
Can Yorkshire Terriers swim and is it natural to them?
Well they have to be helped at first to get used to water. And sometimes depending on the dogs personality, it might be natural, but some yorkies dont like water.
How many moons does the moon have if any?
Earth's Moon has no satellites of its own. While it might be possible, I am not aware of any moons that have natural satellites of their own.
Can the sun be part of creationism?
Stop and think about it. If you are into creationism, then what won't be included? People who take the approach of creationism believe that absolutely everything, without exception, was created. You might be asking if creationists believe that solar processes may have been involved in various changes that have happened to earth and her inventory of living and non-living things. That would probably depend on what branch of creationism you are talking about. "Young Earth" creationists probably hold more to an absolute, fundamentalist approach to creation, with little if anything resulting from lengthy 'natural' processes. Other creationists dismiss 'young earth' ideas outright and are more likely to be open to any number of natural processes, including ones involving the sun.
What is a natural process that might change the shape of mountains slowly?
One natural process that might change the shape of mountains slowly is erosion, which wears away the surface of mountains over time through processes like weathering and river action. Another process is tectonic activity, where movements in the Earth's crust can uplift or deform mountain ranges over millions of years.
Why would you go to see a volcano?
People might visit a volcano for its natural beauty, to witness impressive geothermal activity, or to learn about earth's geological processes. Some also visit to experience the thrill of being near an active volcano and witnessing its power.
Which of these scientists would be interested in the earth layers?
They want to look into further details about any natural disaster that might happen that can damage the earth or OR they just want to discover more about the Earth's layers
The moon is earths only what?
None. An old textbook might say the answer is Pluto, but this statement is not true for two reasons. First, Pluto is now known to have five moons, with four new ones discovered in 2005, 2011, and 2012. Second, as of 2006 Pluto is no longer considered a planet.
What might an earth scientist study that is not on earth?
An earth scientist might study planetary geology, which involves examining the surface features, composition, and history of other planets and celestial bodies in our solar system. They may also study meteorites and asteroids to understand their origins and how they relate to Earth's geological processes.
