Cloud Computing
Presented as a technology that can save significant amount of energy, cloud computing could replace the normal server with virtual systems. The different areas in which cloud computing is the application include data storage, networking, operating systems, applications. As studies of WSP Environment & Energy has been completed, you can up to 90% of the energy of a company with 100 employees. AT & T Services supported by the Carbon Disclosure Project, as major U.S. companies up to $ 12300000000 (2020), then resorting to use cloud server computer has increased by over 80%.

Recycling
Through this practice, we are able to provide valuable energy, time and money spent for the preparation of these electronic products. Sources used and money in the manufacture of an electronic component to zero much higher than that required for recycling. Even in developed countries like the United States, only a small percentage of waste or unused electronic components recycled. France, a country that is supposed to environmental responsibility, only 14% of electronic waste in the country come together. So there is plenty of space for electronics recycling and to avoid damage to the environment. Conservation of ecological resources, the power and the money you can get with this easy to implement steps.

With regard to the computer
The practice to turn off the computer at night to save a substantial amount of energy. The estimated amount of energy in a year due to round-the-clock use of the computer is used $ 115 – $ 160 (Schneider, 2008). You can save your computer performance only 8 hours a day 810 kWh of energy per year. It ‘sa myth that the computer off can cause damage. Computers are about 40,000 cycles / off support. So you do not have to worry about your computer, even if the feature is disabled on a regular basis. The power supply for the scanner and printer must be turned off when not in use. This practice can also be a significant amount of energy.

Improve the efficiency of algorithmic
Green IT initiatives can improve the efficiency of algorithmic computers. A special algorithm makes minimal use of resources. Therefore, the productivity has increased manifold. A simple computer tasks, such as search information on a search engine may have a negative impact on the environment due to energy consumption and CO2 emitted in the process. So, without improving the efficiency of algorithms, we can not expect much in terms of energy savings, and cloud computing.

Architectural changes
Conversion architecture currently used should be useful in the long run. This is not only a result of a series of good practice, but also to redesign the architecture as a whole. A strategy must be developed for the development of sustainable technologies. This approach is not limited to the change in architecture data centers. In fact, commercial operations, the equipment should communications, and many other aspects of the use of computers is considered. For example, use the number of systems and to increase the efficiency. It is a sort of long term vision, who have used “green” measures may vary over time. However, remains basic idea of ​​reducing energy consumption and cause the least damage to the environment in the same way. Simply by changing the density of virtual servers will not be of much help. In fact, the increase in density of the rack with the virtualization install cooling systems, the costs and the energy consumption is increased. The changes in the results of architectural design to increase the availability of mature technologies with minimal damage to our planet’s resources.

Number of people who die by suicide is greater than the number of deaths. The data show that the number of women who commit suicide three times more than the number of people who try to take the same action even tried the man who failed to do so in greater numbers than were women. The explanation may be as follows: number of trials in women may be a result of his suffering from major depression. This man is to rule suicide is the result of the method of their choice. Women try to use less lethal methods to reduce the veins, or from an overdose of sleeping pills. Men tend to choose different options, such as shots, exposure to carbon monoxide or suspended. These methods are effective, but have a greater amount of courage.

In addition, there are differences between countries in terms of suicide: the lowest is in Egypt, Mexico, Greece and Spain, while the suicide rate is highest in Hungary, Germany, Denmark and Japan. United States, Canada and the UK is between these two extremes.

Arguing that most of these reasons have made a suicide attempt, the following conditions: depression, loneliness, illness, relationship problems, financial difficulties or problems at work. Another problem that contributes to act, even destruction, drug abuse or alcoholism. It ‘been shown that depression with alcohol at a very high risk of suicide, why try this drug reduces impulsive behavior inhibition or self-destructive.

There are a number of theories to explain the cause of self-destruction try. Recent theories on the biological causes concentrated. There is some evidence that suicide is transmitted hereditarily, but may not represent a particular threat, but an increased risk of depression or other psychiatric manifestations. Other studies have linked suicide actions of serotonin. For example, the autopsy revealed that the brains of those who committed self-destruction of the very low levels of serotonin. A low level of serotonin is linked to depression and aggressive behavior. (Virkkunen and Linnoila, 1992).

Another link between suicide and cholesterol. (Brunner, Parhover and Schwadt Bronisch, 2002).

How to lower cholesterol gradient afford to suicide? Speculation focused on the possible relationship between cholesterol and serotonin. The studies show that in monkeys were fed with low-fat causes an increase in physical violence. Scientists believe that the decline in cholesterol caused a chain reaction to a reduction in the level of serotonin and finish with impulsive and aggressive behavior, which produces, in some cases, a new suicide attempt.

Ultimately, it is the act of suicide, a very serious problem that needs to find a cure as soon as possible. It is very important to understand the source of their destructive behavior that is clearly a predisposition for this type of event.

However, the causes and goes beyond the biological component and is deeply rooted in the mind that no one can see or touch. Or perhaps there is a strong correlation between the body and the soul, which takes into account the problem of suicide from two perspectives: as a science, is stiff and a little ‘softer and spiritual, which can help you find these desperate people a better life solution instead of causes of death, and that leads to hope rather than the extinction of personality.

Christian perspective offers hope that we can get. A God who really cares when people’s lives, a God who came in the flesh – Jesus Christ, the Son of God Suicide because of the refusal of its base, and only God can heal! Oh, and it does!

Adolf Appellof

Jakob Johan Adolf Appellof (November 2, 1857 – January 5, 1921) was popularly called Adolf Appellof a marine zoologist Swedish. In 1877 Adolf Sat Appellof studied at the famous University of Uppsala and received a doctorate in zoology in 1886. In 1887 he took a temporary job as a professor of zoology at the University, too. Later he took a position as curator of the Museum of Bergen, Norway. Using a Bünsow a sawmill magnate, Adolf Appellof based Klubban Biological Station of the University of Uppsala. This institute specializing in the study of marine biology and has been on the west coast of Sweden. It ‘was a member of the Royal Swedish Academy and the Royal Society of Sciences in Uppsala. His search for cephalopods (molluscs) has been an important field of marine biology.

Samuel Stillman Berry

Samuel Stillman (1887 – 1984) was a zoologist American sailor. Samuel Stillman Berry graduated from Stanford University in 1909, and the following year he received his MS from Harvard. He specializes in the study of cephalopods and a doctorate in the same subject from Stanford University in 1913. For the next five years he worked as a research assistant at the Scripps Institution for Biological Research, California. Later he continued his research in malacology as an independent researcher. Aspiring marine biologists currently use their research as the basis for their study. He has written more than 200 articles in malacology and found 401 taxa of molluscs. His work provides an overview of the different properties of chitons, cephalopods and gastropods.

Carl Chun

Carl Chun (October 1, 1852 – April 11, 1914) was a famous German marine biologist. He studied zoology at the University of Leipzig. In 1892 he was appointed professor at the same university. Carl Chun founded and led the German High Seas Expedition August 1, 1898. He, along with members of his team explored the waters around Antarctica and the Kerguelen Islands and Bouvet Island. His research interests are cephalopods and plankton. Carl Chun discovered and also as a sort of octopus, squid vampires.

Jacques-Yves Cousteau

Jacques-Yves Cousteau (11 June 1910-25 June 1997) was a scientist and ecologist who has studied French life of animals and plants under water. E ‘was basically a French naval officer. Also a popular author and researcher director is widely known as Jacques Cousteau or Jacques-Yves Cousteau. He, along with Emily Gagnan (French engineer), has developed the first open-circuit diving apparatus called “Aqua-Lung”. It ‘was a pioneer of marine conservation, and a member of the French Academy. Cousteau founded the research group led seas Toulon and the French Office for Research in Marseille Seas. E ‘was also director of the Oceanographic Museum of Monaco.

Anton Dohrn

Anton Dohrn (29 September 1840 – 26 September 1909) was a German marine biologist. He had learned not only medicine, but also zoology. He received his Ph.D. in 1865. In 1874 he founded the “Stazione Zoologica” in Naples. It ‘was the director of the organization until his death. A thesis, the theory of the origin of vertebrates and the origin of the principle of vertebrates das note of the proposed transfer of impairment. Genealogical sketches by Anton Dohrn in 1875.

Sylvia Earle Alice

Alice Sylvia Earle (30 August 1935 – present) is an American oceanographer and marine biologist of Fame. Sylvia is a graduate of the University of Florida in 1955 and was to get a master’s degree at the same university. He received his Ph.D. from Duke University in 1966. Phycology was Curator at the California Academy of Sciences, a research associate at the University of Berkeley, Harvard University, Radcliffe Institute and researchers. In 1970, he led the women’s team Aquanauts first note of a project as Tektite project. E ‘was scientific director of the National Oceanic and Atmospheric Administration, USA. Currently, it is a deep sea explorer-in-residence for the National Geographic Channel. Sylvia Earle wrote more than 125 books on marine themes, including “Exploring the Deep Frontier”, “The Atlas of the Sea” and so on.

Bruno Hofer

Bruno Hofer (1861 – 1916) was a German oceanographer and environmentalist, was born in East Prussia. He graduated in Computer Science at Königsberg and worked as a lecturer at the Institute of Zoology of Monaco of Bavaria. He has carried out research and studies in limnology. Bruno has studied the various types of fish and their homes. During his lifetime, he was director of the Royal Bavarian Research Station for fishing. Hofer was also vice president of the Bavarian fishermen and also the director of “The Journal of general fishing.” Hofer specializes in fish parasitology and pathology.

William Elford Leach

William Leach (2 February 1790 – 26 August 1836) was an English zoologist and marine biologist known. He was a qualified doctor, passionate about marine life and zoology. He worked as a research assistant and librarian at the Department of Zoology of the British Museum. During his time at the British Museum, was in charge of the department of natural history. William Leach search largely crustaceans. Insects, birds and mammals also includes his specialty. Zoological Miscellany Synopsis molluscs of Britain and a systematic catalog of samples of native mammals and birds, which are kept in the British Museum some of his popular books.

Nikolai Nikolaevich Miklukho-Maklai

Nicholai Maklai (1846 – 1888) was a notable Russian anthropologist, ethnologist and marine biologist, who graduated from the University of St. Petersburg. He traveled to the continent. In Italy, he met Anton Dohrn, who learned the idea of ​​creating a research station. Maklai its place, from Russia to Australia. With the help of the Linnean Society of London, has created a center of zoological, for example, Marine Biological Station in Watsons Bay, Sydney known. This was the first marine biological research in Australia.

John Murray

John Murray (1841 – 1914) was a famous Scottish-Canadian oceanographer and marine biologist. He studied at the University of Edinburgh. E ‘known as the “father of modern oceanography.” Murray coined the term oceanography. John Murray lifted the existence of the mid-Atlantic ridge and oceanic trenches. One of his most important contributions to marine biology was “Bathymetric” survey of lakes in Scotland 560 seconds during life, has written numerous articles and magazines oceanography.

Harald Rosenthal

Harald Rosenthal (1937 – present) is an important German biologist hydro list. Rosenthal graduated from Freie Universität Berlin. He then studied Hydrobiology and Fisheries in Hamburg. Rosenthal presents a thesis on mass production of larvae. He is famous for his research in the field of agriculture and ecology. Harald Rosenthal focused on aquaculture and ballast water. He is the founder and president of the World Conservation Society Sturgeon, and is also an active member of the Royal Swedish Academy of Sciences.

Georg Sars

Georg Sars (April 20, 1837 to April 9, 1927) was a taxonomist Norwegian Navy. Sars had discovered a new species of mysids and ostracods. His research interests include Fields various branches of the fisheries.

Ruth Turner

Ruth Dixon Turner (1915 – 2000) was a famous marine biologist who has studied many books on marine borer, a type of shell that creates chaos in the harbor and boats. She graduated from Bridgewater State College and went on to take a doctorate at Harvard. Ruth has published more than 200 scientific articles and a book. Turner has specialized in research shipworm. Ruth Dixon Turner was the first woman to use a marine biologist Alvin submarine deep-sea research.

Charles Thompson Wyvill

Wyvill Charles Thompson (5 March 1830 – 10 March 1882) was a Scottish marine biologist, the chief scientist of the expedition was the Challenger. Charles Thompson specializes in high organic fish. His interest belongs pig skins are encouraged to persuade Royal Navy to allow the use of HMS Lightning and HMS Porcupine, for Charles offshore dredging illuminate the fact that the existence of life in the ocean 1200 m below sea level and the presence of marine invertebrates there. Another fact variability in ocean temperature was stressed. “The depth of the sea”, the book written by Charles Thompson Wyvill. E ‘was closely associated with John Murray, an oceanographer connected.

Alister Clavering Hardy

Alister Clavering Hardy (10 February 1896 – 22 May 1985) was a marine biologist, who was an expert on zooplankton and marine ecosystems. Alister Hardy was one of the most important scientists of RRS Discovery in the study of discovery. He specializes in the study of marine mammals such as whales. Alister Hardy designed and “Continuous Plankton Recorder” (CPR) was built to collect samples of plankton. His research plankton is pursued by an organization called the Sir Alister Hardy Foundation for Ocean Science (SAHFOS).

Joseph Ayers

Joseph Ayers (November 14, 1947 – present) is a marine biologist who specializes in neurophysiology of marine life. He studied at the University of California, Riverside, and continued his PhD at the University of California, Santa Cruz. He continued his post-doctoral research in neurophysiology Centre National de la Recherche Scientifique, Marseille, France, and also at the University of California, San Diego. Currently, Joseph Ayers of biomimicry, a program for underwater robot connected. “Neurotechnology for biomimetic robots,” “Swimming biomechanics and run,” “Dr. Ayers Cooks with Cognac” and “C Around Nahant” some of the books written by his research.

How the earth was created? This question has baffled all civilizations that ever existed on earth. Each of them wanted to know how the earth was made, and they came up with an answer to his own philosophy, and understand how the world works. Most of them painted a naive idea that the origin of our planet, a supernatural being.

But the most accurate picture of the origin of the earth, supported by empirical evidence in the 20s number built when technology tools to explore this issue in depth, was available. Let us tell the story as well as many years of research in astronomy, geophysics and geology. What follows is a hypothesis that best describes the observed state of the solar system and our beloved country. “Solar Nebula” theory, which I describe here indirectly by observing extrasolar planetary systems tested (planets around other stars), still in the early stages of creation.

It all started with the Big Bang!
If you really want to know where it all started, you should return to the beginning. The origin of the universe itself, the Big Bang theory This story was told in another article of mine, entitled “How the universe was created,” We will soon move to the Big Bang at a time when our galaxy was formed, and the star of the third generation was ours. sun begins to take shape.

Gas Cloud Collapse
A cloud of interstellar hydrogen began to collapse under its own weight, eventually creating the sun. We are in the protoplanetary disk, focusing the central protostar that eventually condensed to surround our solar system.

This cloud of gas and dust containing residues earlier death of stars and supernovae that enriched in heavy elements. As the cloud collapses diminished in size by gravity, he began to turn. Flattened the cloud proved. This cloud is a solar nebula.

Since the central bulge of the protoplanetary disk formed the sun began around the remains of gas and dust condensed. Consider the cloud as a giant centrifuge. It’s not an exact analogy, but take with you. If a centrifuge is running, the heavier elements more massive and discarded. Of even the heaviest elements in the gas cloud was sunk slowly to the edge of the disc, just outside the photosphere of the Sun T Tauri

Internal structure: The main layers of the earth

Our understanding of the internal structure of the Earth is based on geographical studies, including the analysis of seismic waves, experiments with crystalline solids at high pressure, etc. Below are the details of each of these layers as shown in the figure of the Earth, the core teams.

Rind: The crust is the outermost layer of the earth to a depth of 3 to 40 miles. It is basically divided into two parts – the continental crust, with an average depth of 22 to 25 miles, and the oceanic crust, with an average depth of 3 -. 6 miles of the continental crust is composed of sodium, aluminum potassium silicate rocks, which are a bit like the granite at all. Dense oceanic crust of iron and magnesium silicates, which are much like basalt Sial (silica + alumina) and Sima (silica + magnesium) – These rocks, which form the crust roughly divided into two types.

Coat: The coat second layer of the earth, which is the thickest layer of the plane at a depth of some 1,800 miles across. The envelope is made of silicates and relatively rich in iron and magnesium. Even if this is the layer of the earth to a certain extent also ductile – a property that can be attributed to the high temperature of the inner earth. Ductility continue to increase as you go further, due to the fact that the pressure increases with depth. The viscosity is higher at the point adjacent to the sheath and the core.

Core: It is almost impossible to reach the core, which is the innermost layer of the soil to determine its condition, and the information we have on the Earth’s core focus on the seismic measurements. The solid inner core and the outer core, the liquid – the core is substantially divided into two sections.

Inner core: The solid inner core is considered compound of iron and nickel. This is based on the view that the formation of the earth melt denser material at the center of regulation, while lighter materials floated to the surface resulting in a process known as planetary differentiation. According to the dynamo theory, turns liquid outer core. Around the inner core, which is thought to be the causative factor of magnetic
Outer core: The liquid outer core are believed to be composed of iron mixed with nickel, with traces of light elements. This part of the interior of the earth is generally contain high pressures and high temperatures. In fact, scientists estimate that the temperature of the inner core is higher than the temperature of the surface of the Sun The solid inner core is intense pressure on this area, so that everything does not move quite reasonable.

This was a brief information on the four main layers of the Earth – crust, mantle, inner, outer and inner core base. Troposphere, stratosphere, mesosphere, thermosphere and exosphere – even Earth’s atmosphere is divided into five layers. These layers of the atmosphere of the planet is as important as the inner layers when it comes to the Earth is the only planet with life.

What is the Coriolis Effect?

Coriolis effect is described as the tendency of a moving object on or above the earth’s surface, laterally deviate from its normal, due to the Earth’s rotation. Deflection is to the left in the southern hemisphere, while in the northern hemisphere, it is to the right side of normal movement. Gaspard Coriolis, a French engineer, discovered this phenomenon also come up with mathematical formulas to explain.

The surface to rotate the set of poles, while the rotational speed is at a maximum along the equator. This is why moving objects lead farther from the equator to the east, while the tendency to slide ever closer to the equator in the west. Any movement or above the earth’s surface, such as water flow of air, air artillery also fired or marine currents are subject to the Coriolis effect.

Few people are aware of all these facts solstice, which has resulted in widespread myths about this phenomenon. To understand what this means winter solstice and how it happens, you get a good understanding of some basic facts about the sun and the earth.

Winter Solstice explained

Factors behind the emergence of the winter solstice is the orbit of the Earth around the sun and its rotation around its axis, which is inclined at 23.5 degrees – both contribute to the apparent position Sun in the sky. Interestingly, these are also the factors behind the different seasons for the planet. Following the revolution and the rotation of the earth, the sun is directly above the Tropic of Cancer and the Tropic of Capricorn twice a year. This journey of the sun can be traced from the equator and the Tropic of Cancer at 23.5 degrees north latitude to the equator and south of the Tropic of Capricorn at 23.5 degrees south over a period of year. If its extreme northern and southern parts, the sun seems to have stopped a moment before resuming their journey. This time, when the sun was still enough overhead the Tropic of Cancer and the Tropic of Capricorn, known as the summer solstice.

In fact, the term solstice a combination of two Latin words sol thus obtained is still sunny and city views. Similarly, when the sun is right on the equator, it is designated as day and night are equal. Due to the pivotal axis of the earth, the experience of dark areas near the South Pole for 24 hours per day, when the sun is to its north. Similarly, when the sun is at its southernmost, areas near the North Pole experience darkness for 24 hours a day.

Pearls have always fascinated mankind, because the story of how it is formed and connected. It is believed that Christopher Columbus brought pearls U.S. soil, has his third voyage in bags exchange beads along the coast of Venezuela. Queen Elizabeth 1 (1533-1603) also had a great passion for pearl necklaces. Bank obtained their pearls pearl beds Manaar Gulf, Indian Ocean, Persian Gulf, Red Sea, etc.

As natural pearls made?

Before the concept of cultured pearls, all pearls are formed naturally, without human intervention. Each shell mollusk can produce a gem of natural processes, but they are not all valued as gemstones. Pearls formed in oysters pearl pearl beads family molds live in the ocean, river mussels, another group of mussels that live in freshwater, several species of marine pearl oysters in the family Pteriidae, etc. are pearls, value and the real “jewels” are.

The pearls are formed when irritants or microscopic parasite enters a bivalve mussels random and lies inside the housing. To protect, support clam shell (calcium carbonate and conchyoline), the. With the stimulus itself This secretion is repeated continuously and permanently resides in beautiful layers covering a jewel. Therefore, all the beads are round, but sometimes as an irregular shape to take boring. A beautiful perhaps all like a grain of sand, organic waste, animal tissues, parasites, etc. is formed a jewel of course, for many years, decades in some cases, making them rare and very expensive. More than a thousand oysters sought the value of a jewel.

Proponents of the theory

Globe (photo) courtesy of the U.S. Geological Survey
One of the first proponents of this theory is to be Abraham Ortelius. The 16th Flemish geographer explains that the continents were North and South America “from Europe and Africa … torn apart by earthquakes and floods. “He suggested that reveal traces of this faction, if someone gives us a map of the world and explore the coastline of three continents.

A similar hypothesis was proposed by German physicist Alfred Wegener Lothar in 1912. Wegener’s theory was initially rejected, but in the late 1950s, there were major supporters of the theory of continental drift.

Heard the other supporters of this theory, Theodor Christoph Lilienthal, Coxworthy Franklin, William Henry Pickering, Antonio Snider-Pellegrini, Eduard Suess, Alexander Freiherr von Humboldt, Frank Bursley Taylor and Roberto Mantovani.

An overview of the theory

Pangaea
The theory is based on the movement and the gradual separation of the Earth to the continental drift hypothesis of a Sixth Wed Done in January 2012, Wegener proposed. A land mass on earth, before continental drift single supercontinent called it “Pangaea” for future reference. Interestingly, the formation and propagation of supercontinents a cyclical process that has changed. Surface of the Earth for over 4.6 billion years, this fusion cycles and distribution have a profound impact on the sea level, tectonics and global climate. It is interesting to note that the earth’s climate Icehouse when merging continents and climate greenhouse during supercontinent break. It is estimated that a number of cycles of collection and delivery before the formation of Pangaea it. According to some forecasts, a part of the first supercontinent Vaalbara (3.6 billion years), Ur (3 billion years) and Kenorland (2.7 billion years) followed. The theory says that a supercontinent Nuna or Columbia, about 2 Gya (Gt) was formed years. Nuna separated and reassembled, Rodinia formed about 1.1 billion years back. The following are Pannotia supercontinent Pangea and later. It is difficult to predict the exact shape and contours of the previous supercontinent. However, because the super continent Pangaea like the right figure.

List of researchers

Science is a religion for many people today. Scientists believe that if something can not be proven by science, it can not be called true. Scientists explain the phenomenon of conducting experiments and creating new things. They help predict outcomes and programs useful theories used. You have a unique ability to see the world from a different prospective and discover the facts behind mysteries themselves. They use their scientific knowledge to humans, animals, plants and the whole world for help.
Science has. The lion’s share of all discoveries and inventions possible today, while others may produce will come a time when scientists and researchers to develop low-emission vehicles, the replacement of gasoline and other renewable energy sources, new equipment, rescue medications, and it was only possible because of science. It plays an important role in the development of skills to overcome obstacles and challenges that are presented to us. To achieve great discoveries and inventions, you must master the scientific theories about the nature of things.