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Advantages of Satellite technology
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The most advanced technology today is satellites. They help us uncover history and track weather.
The first example of why satillites are the most advanced tchnology is undercovering history. "Archeologists are using new techniques to search for traces of civilizations...Modern explorers use satellites orbiting tehe planet about 400 mile above the ground."(Article 3, paragraph 1). Most modern archeologists use satillites to find our past. Satillites take pictures from the air so we can quickly find things. "Infared satellite imagery can locate objects on the ground less than 2 feet wide. Infrared light also can penetrate about a foot below the surface and detect differences in the soil... Infared satillite imagery detects these differences in density, revealing buried roads,tombs and cities."(Article 3, paragraph 2). Satillites can find thousands of ancient artifacts in weeks, where it would take years on foot to find half of that.Satillies are very advanced in finding artifacts. We would have never found or have known as much about our past as we didn't have the satilite.
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In this example they use mailboxs, a 90 degree bent metal tube, to find old shipwrecks. In 2013, the Schmitt family discovered treasure believed to have been aboard the Spanish ships sunk by the 1715 hurricane.. They used mailboxes to excavate holes in the sand ocean bottom."(Article 1, paragraph 8). The family found lots of treasure 15 feet under the ocean. Satillites may not be able to go underwater but they can do lots of other things than
Archaeology is a continuously evolving field where there is a constant stream of new branches and excavation methods. Due to the influx of new technologies and innovations in recent decades, archaeologists have been able to excavate previously inaccessible areas. For example, new diving equipment and tools such as proton magnetometers, side-scan sonar, sub-bottom profiler, and miniature submarines have allowed archaeologists to dive into the deep depths of the ocean. As a result, the branch of underwater archaeology was created to search for shipwrecks and other artifacts on the ocean floor. Underwater archaeology’s role has increased in recent years as it allows archaeologists to more accurately interpret the past by supplementing information gained through traditional land excavations.
Archeology, which is the study of human activity in the past, has many significant names that discovered important sites to the history of art. One of these names is Heinrich Schliemann. Heinrich Schliemann was born on 6th of January, 1822, and died on December 26th, 1890. Schliemann was a businessman who could speak 15 languages, and he was a world traveler. His father used to read for him Homer’s Iliad when he was eight years old, which made his biggest dream is to become archeological and find about the places that Homer talked about. Schliemann, as a businessman, made a fortune, which was enough for him to retire; then, in 1871, he started to follow his dream and worked on Troy. Heinrich Schliemann work is very important and added a significant value to the history of art. His discoveries in Troy, Mycenae and Tiryns made him a pioneer in archeology.
technology that can help human life live and become a great society. In the real world
Before we get started, I guess we should actually distinguish, ‘What IS the Burgess Shale?’ Well, it is said to be a “shrouded legend” deep in the Canadian Rockies discovered in the early 1900s by Charles D. Walcott, notorious Smithsonian Secretary (Adler 2013). According to Haug, Caron, and Haug in their research article ‘Demecology in the Cambrian: Synchronized Molting in Arthropods from the Burgess Shale’ the Burgess is “arguably the best-known Konservat-Lagerstätte”. While the Burgess Shale is primarily known for the intricate preservation of soft-bodied creatures dating from the early Cambrian Period (Haug, Caron, Haug 2013); furthermore, what seems to make this specific site so special is the fact that not only the soft parts of these early bodies were found – there were some organisms found almost in full tact – eyes, tissues, and other soft parts that are normally not seen in fossils of this time period (Adler 2013).
Although these technologies have suffered cutbacks by the government, they have found usefulness in today’s world through reassessing their mission or in scientific research. The art of reconnaissance changed during the Cold War with the invention of the spy satellite, the U2 Spy Plane, and the nuclear powered submarines. Today much of the photos taken by the United States spy satellites and U2 Spy Planes are classified but they are still used today as a part of the military and the Center Intelligent Agency to identify threats just as they did during the Cold War. Submarines Tracking down and monitoring Soviet submarines movements during the Cold War was one of the major missions of the nuclear submarines, unfortunately today the submarine force of the United States is slowly shrinking due to budget cuts within the military.
While digging in the far reaches of the African outback, now know as the western part of Kenya, archaeologist Bozo excavated a site that revolutionized the thoughts of the scientific world. At this site they found many interesting artifacts and paintings that included proof of an early civilization. At this time scientists are calling this civilization “Pontu” after one of the paintings suggested that a pontoon was used for transportation across Lake Victoria, one of the adjacent lakes.
The dangers of human error surround us all, but they cannot be avoided; it is inevitable. As I have gone through my high school career I have thought, though I know realize it is a very elementary thought, that science is one of the most stable curriculum and thus not susceptible to human error. I was very wrong.
As the late 19th century progressed, technological ideas and inventions began to thrive. The notion that technology would impact life as we know it was an unbelievable idea to comprehend. People had no idea that something so simple such as the light bulb would become so vital to them and for century’s to come. Inventions such as, the typewriter, barbed wire, telephone, Kodak camera, and electric stove were created, however the major inventions created and use tremendously today are, Medicine, Electricity, and Transportation.
‘Intensification’ has been a large topic of debate in Australian archaeology. Archaeologists created a model of ‘intensification’ which hypothesises that foraging economies became more specialised, productive and efficient throughout Holocene; essentially a progression of the Pleistocene life (Hiscock, 2008). Others suggested that economic activities have a lengthy time-depth or that more recent economic transformations were not necessarily more efficient nor more sophisticated than those earlier (Hiscock, 2008). The ‘great intensification debate’ is largely concentrated on which social and environmental circumstances might have given rise to economic changes based on the archaeological evidence (Hiscock, 2008).
Processual Archaeology, was a movement in the archaeological field that began in the 1960‘s and changed the course of archaeology forever. Anthropologists such as Julian Steward were absolutely influential on many archaeologists and anthropologists during the early 1960s with his theories of cultural ecology which established a scientific way of understanding cultures as human adaption to the surrounding environment (Steward, 1955: 36-38). It was approaches such as Stewards that led eventually led to a rejection of culture-historical approaches to the archaeological record and propelled the ideas of cultural evolution and its reaction with the environment. This approach to cultural systems was essentially a rejection of the culture-historical approach of determinism by suggesting that the environment influences culture but is not a deterministic feature and that both culture and the environment were two separate systems that are dependent on each other for change (Steward, 1955: 36).
According to The Society for American Archaeology, the definition of Archaeology is, “to obtain a chronology of the past, a sequence of events and dates that, in a sense, is a backward extension of history.” The study of ancient civilizations and archaeology is rather ambiguous due to the primitive nature of the time period. With little imagery and even less textual evidence, professionals in the field must work diligently when studying their subjects. Naturally, archaeologists cannot see or communicate with those whom they are studying, so they must be extraordinarily meticulous when analyzing past cultures. This relates to all aspects of the ancient world including; foods, raw materials, artifacts, agriculture, art work and pottery. All of these elements can collectively provide new and innovative information to curious archaeologists who may wish to gain a better understanding of those who came before us. This information is equally beneficial for both historians and archaeologists who plan to compare the histories of societies from all around the world. In the world of archaeology, archaeologists strive to better explain human behavior by analyzing our past. Therefore, the study of archaeology is a key element in understanding a time before our own.
It used to be that if a ship sank that the ship along with all it contained was lost forever, but advances in technology and science have allowed us to not only explore the wrecks of our early ancestors, but retrieve and preserve the valuable artifacts that aid us to better understand their culture. By practicing the scientific process of archaeological underwater excavation archaeologists are able to retrieve pieces of cultural material that provide for us, a looking glass into the past. Over the years our understanding and practices of shipwreck identification, exploration, and conservation have evolved. We will explore the revolutionary beginnings of the science of underwater archeology along with the many processes that make up the practice of shipwreck excavation including both modern and early techniques. We will also analyze the conservation techniques used to preserve the artifacts recovered from the shipwrecks, and even the wrecks themselves, as well as the many ways these techniques have evolved to address the number and variety of cultural material retrieved from the ocean.
Personally, I believe some of the most important technological advances have been made in the field of medicine. Specifically the technology used to help premature babies who are fighting for their lives. Today there is a device that “ checks vital signs such as heart rate and breathing to predict signs of distress and organ failure in premature babies before they actually happen”( Device to save ...
Technology, as we all know, is helping and improving many disciplines of life. Technology, in Britannica Encyclopedia, is defined as the application of scientific knowledge to the practical aims of human life. (Britannica, 2009)
LIDAR stands for Light Detection And Ranging, which is used to mesure distances and was invented in 2009. GPR stands for Ground Penetrating Radar, which is used to create 3D data high above the ground. Even though it ties close with the satellite they they both still are electronical and could crash whenever. My evidence is that on paragraph 7 of " Search for Ancient civilizations" it states that, " Light Detection And Ranging is a remote sensing technique that uses pulsed laser to measure distances." This exemplifies that the satelite is the most advanced for explorers and researchers to uuse today because it's more reliable, and