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Essay on impact of climate change on human life
Essay on impact of climate change on human life
Consequences of climate change human activity
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Most people have heard the saying “don’t keep all your eggs in one basket.” Same is true for ensuring the survival of the human species. Elon Musk, and several other well known scientists, have said “We need to be a multi planet species” (Orwig). Because if anything were to happen to the Earth, everything that humans ever accomplished would be lost and forgotten. Even though the chances of an asteroid strike are extremely small, there are still many other things that could happen that would result in a part or all of the Earth becoming uninhabitable. As aforementioned, the Earth can run out of supplies to support the human population, but there is still the possibility of nuclear fallout, global epidemic, or the pollution of Earth’s resources …show more content…
This is because its lack of an atmosphere also means a lack of friction. Friction is what causes objects on Earth to slow down without a constant force to counteract it. If a vehicle were to turn off its engines in an environment without friction, such as space, the vehicle would keep moving at its current speed due to Newton’s Law of Inertia. One scientist, Arthur C. Clarke, proposed building a long track on the Moon that would essentially shoot the crew or cargo towards Mars. The rocket would only need small boosters for reentry into Mars, and the track would only need to be 30 kilometers long to keep passengers under the Ten G’s astronauts experience during a rocket launch into space (Thoughty2). The technologies being used in Maglev trains could be integrated to the propel spacecraft down the track. Using electromagnets, crews could float the vessel above the track while also pulling it forward; which would save more fuel and room on-board the spacecraft. Some scientists, such as Paul Spudis, also support using the Moon as a training base as well. In an interview, he stated, “We can train crews. We don’t necessarily want the first crew on Mars to be ‘rookies.’ We can train crews on the Moon.” (Ball). Since Mars has a lesser gravity than Earth, it would seem only logical to exploit the Moon as a way to prepare future colonists. Now all they have to worry about is landing on the surface of the Red Planet
Earth will outlive us all and when the human species eventually dies out, Earth will still be here fixing itself from the damage we have caused, yet continuing with the natural disasters. I do admit, we are polluting the planet, but there will always be some sort of life on Earth even if humans are not. People should not be too worried about destroying the planet because it will heal itself. If people begin to pollute it too much, Earth will kill us off. Roderick Nash, along with many other people, underestimates the power of the Earth. It can take care of itself just like how it has been for over a billion years.
If human kind is to conquer the solar system and reach for the stars, we must first start closer to home. In such a situation, creating a colony on our nearest partner celestial body, the Moon, would create an ideal opportunity to learn and explore technical capabilities and human characteristics in space. On board, there would be plenty of science to do, plenty of fun to be had, and plenty of knowledge to learn. However, a lunar base of this kind of complexity can not just be slapped together; it must be designed and detailed beforehand to ensure a safe working environment for those inside and around the lunar base.
In the past 50 years, life expectancy has increased tenfold. Technology has allowed people to live longer, stay healthier, and be able to reproduce; we are looking towards and currently in and overpopulation. Also, the standards of living in third world countries are increasing. People are becoming wealthier and having much more children. By 2050, at the rate at which we are growing, there will be approximately 10 billion people living on earth. Also at the rate of resource consumption, there will not be enough food for everyone. With fresh water already being scarce, there would be a shortage. Most bodies of water will be polluted and certain countries will become dictators. There could be a war just because resources are limited; do you think humanity is ready for
Earth has served as a good home for humans for many years, and will most likely
On May 25, 1961, Congress met in a joint session to hear the American president, John F. Kennedy, address them in a speech he referred to as a second State of the Union. In his speech, the young president geared America for a race that would send men to the moon. Kennedy challenged America to “take longer strides” and to take a “leading role in space achievement, which, in many ways, may hold the key to our future on earth” (Burrows 330-331). America rose to the challenge, and within a decade, Neil Armstrong and Buzz Aldrin were walking on the moon, becoming the first of the human race to walk on a world besides our own. The giant strides of which Kennedy challenged us soon slowed to a crawl, however, and after a few more missions, America would not go back again, possibly for good. America would soon turn its attention to other earthly issues, and its moon program would become nothing more than a memory. This gives rise to an inevitable question: should humans return to the moon? This question has haunted us for years, continuously rising and then fading away again. In recent months, new discoveries have brought it to the forefront, and with these new discoveries, the answer becomes obvious: humans should once again set their sights for the heavens, and putting a civilian lunar base and colony on the moon should be our next step.
This particular discussion looks into the virtue ethics backed in the case of Mattel, Inc., one of the world's leading toymakers (among whose many creations include the Barbie and Ken dolls). Sethi, Veral, Shapiro & Emelianova (2011) studied the life cycle of Mattel's company-based code of conduct as a specific example of business ethics in the toy industry. In the late 1990's, the cry out for ethical conduct and corporate responsibility on the manner by which multinational corporations (MNC's) conduct their business pushed the issue on the front of public domain, where the outcry is to get the most powerful corporations account for and be responsible for the effects and impact of the manner by which they work for the purpose of profit. In
The reason I chose Apollo 13 as my topic is because I was interested in this topic. However, I was also interested in a lot of other topics, but the teacher said I could only do US history. This topic, Apollo 13 was the best US history topic I could find by far in my opinion. It involved a lot of topics I like, such as rocket science and technology while falling under the theme, explore, exchange, encounter.
There are a few other possibilities that would be much more catastrophic, though. One is a supernova very nearby, which would blast Earth with intense gamma radiation and most likely kill all macro-organisms. However, there aren't any stars large and old enough for this to be a risk for hundreds of thousands of years. Another is orbital destabilization of Earth (such as ejection from the Solar System) by a close-passing star - but the chance of that is extremely remote, and in addition we'd have thousands of years of warning. And the last that I can think of is alien invasion… which is really out there, obviously.
When you look up in the sky what do you think and what do you see, well i see hundreds of light years of exploration. We should focus on this because it could save us from asteroids.I think we should focus on space explosion because it could save us from a asteroid, it could help us learn more about the galaxy and how it works , and finally it could solve big problems on earth.
Asteroids have been around for centuries but scientists have been trying to conduct a machine that will capture the asteroid to protect and mine the material. I think we should fund asteroid studies because we can protect the earth, collect resources, and find new technology. When we capture the asteroid then we can find many different things in the asteroid and probably outside it too. If we fund asteroid studies to protect the earth we can create a device or machine that will collect or destroy asteroids. The main reason scientists need to capture asteroids is to protect the earth from asteroids that may survive the burning sensation of the atmosphere.
malfunctions, and psychological problems brought on by isolation. The solution to radiation exposure is to have proper shielding for the astronauts. The physiological problems faced by humans in a weightless environment could be eliminated entirely, if they had artificial gravity. If some type of malfunction were to occur on the spacecraft, or the temporary settlement on Mars, it would be prudent for the astronauts to have an emergency escape vessel. Also, providing some type of normality for the astronauts while in space and on Mars, like artificial gravity, books to read, movies to watch, games to play, and the creation of a weekly support group, would promote a healthy psychological mindset.
To sum it all up, the space craft cannot carry enough fuel to go to and back from Mars. The one way that this problem can be solved is simply to use a configuration in which not that much fuel is used. So for that to happen, there would be a second problem, which is time. If they were to try to conserve fuel, they would end up taking more than 300 days to get to Mars itself (Cain 1). Even if it was possible to carry enough fuel to go to and back from Mars, the weight would be way too high, to the point where the space craft can’t even takeoff (Strauss
Earth is at risk of losing all of it’s fresh water and rare metals. People have become very accustomed towards the availability of resources at their disposal that they do not realize that very soon these resources will run out. Earth’s most valuable resources are being abused in order to provide for the entire population that it currently holds. This problem needs to be resolved before it is too late. Recently, scientists and astronomers have discovered that these resources are actually located on asteroids all around Earth and are far more abundant.
For other doomsday scenarios like global nuclear warfare, large-scale volcanism, and a meteor impact can start a small ice age and cause humanity to starve to extinction. A scientific accident is also a risk for human extinction because some scientist can either create a super-intelligent entity that can wipe out humanity or accidentally release a bioweapon which can cause a global pandemic. When it comes to these doomsday scenarios the world will move on without
... present rate of human population growth, we might well be heading for the sixth mass extinction crisis.