Reducing Sunlight With The Installation Of A Network Of Giant Solar Reflectors Essay

Ed Welsh and Bo Haeberle discovered an idea of the solar feeder. After years of developing, the product became very successful. It even won several prizes like the best new product in the Bird Watch America trade show, the national birding convention. After this, Ed and Bo decided to sell their final product under new established company Squirrel Defense, Inc. They opened a small shop in Greensboro and begin the production of the solar feeder so they could take orders for the demanded product. Owners spent too much money and time on developing the product and now, their expectations are high because they have an advantage of unique product and even the investors showed interest in the company.

Heritage Solar is owned and operated by two engineers who have more than 50 years of combined experience. Together their team has designed, installed and commissioned more than 650 solar systems in over 70 cities in Southern California. They are a SunPower Elite Dealer and their staff includes an NABCEP certified installer who oversees all installations and processes. Their team also includes engineers with decades of electrical hardware design and contracting experience. Additionally, each installation crew is lead by C-10 electrical contractors.

As per a Dec. 2013 study in Nature Geosciences, the sun has had just a "minor impact" on the Northern Hemisphere atmosphere in the course of recent years, and a dangerous atmospheric heating from human-delivered greenhouse gasses has been the essential driver of environmental change following 1900. Another 2013 study found that sun oriented action couldn 't have added to more than 10% of the watched a worldwide temperature alteration over the twentieth

In 2010, a 13-year-old Airedale Terrier named Sunshade began her final journey with some unlikely new friends. At that time, Sunshade was diagnosed with cancer and to fill her final days with joy, Sunshade's owner decided to get the pup the guinea pigs she had always wanted.

Mainly, its coal and oil that is burned. When those two materials are burned they produced a toxic gas known as Carbon dioxide. The first way to cut down on emissions is Nuclear energy. Specifically, Nuclear Fission. The other type, Nuclear Fusion is not yet possible with our technology. It’s not theoretical though, every star in the universe uses Nuclear Fusion to create its’s energy. It is also much more powerful than Fission. Bobby Magill of Scientific American says “To accomplish the needed CO2 emission cuts to keep warming no greater than 2° C, the IEA says global nuclear power generation capacity needs to increase to 930 gigawatts from 396 gigawatts by 2050.” Currently 72 new reactors are being built. Though mainly in Asia. Which is good because China only produces 2% of its energy by Nuclear plants. The other 98% is mainly carbon dioxide emitting production plants. Recently, China has surpassed the US in Carbon emissions and now is dealing with dangerous amounts of smog in their capital, Beijing. Even though 930 gigawatts of nuclear energy are a lot, not all of it has to come from reactors. How about Solar energy. Neil deGrasse Tyson explains how that could happen. “All the while, the glorious sun pours immaculate free energy upon us, more than we will ever need.” Tyson does have a point. The sun releases so much energy in one day, there would not be a need for any other type of energy. The only problem

Although there are currently many greenhouse gases claiming earth’s atmosphere as their home, carbon dioxide is by far the most abundant and most adversely gas that affects Earth's climate. According to NASA, the amount of energy being emitted from the sun has remained constant since the 1750s. A common misconception when talking about global warming, is that the sun is the main source of the increase of the earth’s global temperatures. But if temperatures were increasing due to the sun, scientists would see warming in all layers of the atmosphere rather than just the lower ones. “Since the Industrial Revolution began around 1750, human activities have contributed substantially to climate change by adding CO2 and other heat-trapping gases

When volcanoes erupt, they let out a mixture of gases and water vapor into the stratosphere. The volcanoes release the greenhouse gas carbon dioxide,contributing to warming of the atmosphere which is making the climate change. As this is happening the volcano eruptions provide an insight into what would happen if we deliberately inject aerosols into the

The observatories collect remote atmospheric and solar measurements via a Dobson spectrophotometer to determine stratospheric ozone levels according to the ESRL Global Monitoring Division (2016). Observations of the carbon dioxide levels from the lab were noted.

In addition to the above argument Flannery discussed the second way of climate change mitigation by Geo-engineering. This is the technology that involves dramatically interfering to the Earth’s systems; for instance, injecting Sulpur into the stratosphere to cool the Earth’s surface (4.Keith 2000). However, he pointed out considerable deficiencies in the scheme due to (a) major practical problems (b) uncertain outcomes and (c) guarantee of international conflict (5.Atmosphere of hope 2005, p.141) Moreover, Flannery explained the negative consequences of Stratospheric Sulphur; for instance, could alter global weather patterns, crop growth inhibition, lead further destruction of the ozone layer and acid rains (6.The Conversation 2008). Thus,

At any second of the day everyone is moving at the speed of 1,674 kilometers an hour. In space there is something called an imaginary line that earth rotates and passes the north and south of the planet. The line is called axis rotation. Earth takes about 24 hours to rotate to rotate around the axis. In a solar day it's divided into 24 hours because earth orbits about 1/365 of the way around the sun in one day. When the earth is rotating around an axis its called rotational axis. Earth rotates 1,000 miles per hour when orbiting. We get day and night because the earth is orbiting. We can't feel when the earth is moving because we are moving with it. The north and south polaris turns the earth counter clockwise. The two ways earth moves through

The GRCL Colony is located on the planet mars. In the GRCL Colony, there are different gases, layers of the atmosphere, radiation, and different weather conditions to learn about before sending people to live there since it is in Mars. There are different seasons on Mars and the atmosphere is also made up of different things. It is important for people to know the differences of the atmosphere on Mars before we send people to live there. The temperatures, seasons, and precipitation is different than what it is on Earth. The weather conditions are severe and different than on Earth, so there will need to be different protection plans to keep people and the colony safe.

The Sunspot Solar Panels company should implement the six sigma methodology. The term six sigma simply means a measure of quality that strives fro perfection. It is discipline approach and methodology to improves the identification of the problem and reduction the variation in production and business processes. Using six sigma approach company would be able to identify problem, measure, analyze , improve and control. The key ide of using six sigma for sunspot polar panels is to raise the extremely high level of reliability of selected products , bringing them to a level of six sigma in the distribution of waste. Implementing the six sigma methodology improve quality, geared towards customer and their satisfaction, aimed at lowering the cost

There are many ways in which we can slow and even stop the Greenhouse effect. More public

Aerosols are particles in the atmosphere that affect reflectivity, which affect the amount of energy that enters Earth, ultimately affecting global temperature change. An example of this can be seen in volcanic eruptions. Volcanic particles that reach the upper atmosphere are able to reflect enough sunlight back to space, which can cool the surface of Earth by a few tenths of a degree for a few years (Hegerl, 2007).

The naysayers see nothing but risks when analyzing geoengineering. An article in Nature discusses the risks of injecting aerosols into the stratosphere to combat global warming and says they have been underestimated. (Keller, 2011) Some have proposed that adding fine particles and liquid droplets, which reflect heat, to the atmosphere could postpone the need for deep cuts to carbon emissions. But by modelling the economic effects of substituting aerosol injections for carbon cuts, the researchers show that potentially damaging side- effects of the aerosols — such as depletion of polar ozone and changes in precipitation patterns — could easily wipe out any benefit. Since aerosols disappear quickly whereas greenhouse gases linger, Earth could face even more abrupt and costly climatic change if any aerosol injections were interrupted by, for example, war or the breakdown of international pacts. Toby Svoboda, 2012, compares the different methods we can use for geoengineering the climate and which would be the most plausible with the least amount of direct repercussions. Aerosol Geoengineering (AG), is favored by many scientists as they found it to be fast (Keith, Parson, and Morgan 2010), and the most inexpensive (Barrett 2008), and has the capacity of diminishing some harmful impacts of climate change (MacCracken 2009). Svoboda found that there were some disadvantages, such as ocean acidification. Since AG only works on global cooling, it does not alleviate the problem of CO2.