Gis Questions

From the book, it can be learned to keep cities clean and find ways to dispose of all human waste. It can also be learned that from this book people can begin to understand confirmation bias. When doing research people often only find information to back their hypothesis, and what needs to happen is the researcher must look at the data from every angle so they can find the truth. The map itself also led to the creation of Geographic Information Systems. GISs are extremely helpful in today’s society because it can help show data in a new form that is easier to understand. It also makes it to where different data can be layered. Also a lot can be learned about data collection from this book. John Snow had a lot of data to collect, and he also had to find ways to graph it. He could have just as easily wrote down all the addresses and how many people died there, but he chose to make the map, and it made it possible to physically see where the concentration was. All of these things that was discussed throughout the seminar, the book, and timelines taught me a lot. I leaned that zooming in and out of data can change its perspective monumentally, and it makes it where you could prove a point even if when you back up, the same point would not be made. I also learned that we use GIS every day, and we do not even realize it. Finally, it taught me to never take advantage of

Some of the major technologies used in geography, have made both sorts of information far more readily available and far easier to use. Statistical analysis and modeling of spatial patterns have relied on computer technology.

These maps show different elevation points, contours, mountains, valleys, bodies of water, and vegetation. You can only find the elevation and contour information on a topographic map, which makes it different from any other map. People use topographic maps for many different things. One reason people use topographic maps is for hiking. It helps people locate trails, and find there way back to where they started. Contour lines show the different elevations of the landscape. It also shows how steep the slope of the elevations are. Contour lines only show certain elevations. The lines are evenly spaced apart. It makes reading the map a lot easier to do, because it is not as

4. Analyzing geographic information: involves seeking patterns, relationships and connections, noting such things as similarities, trends and differences over space and time

Over the course of the centuries maps have been used to find locations all over the world. They have evolved and to become more advanced, thanks to technology. Of course, there are specific ways to use a map such as basic components. Basic components include a compass rose which indicates the cardinal directions. Legends is the key where symbols are used to help find a point on the map, or in other words, lead the way. A scale can range from as far as a continent to as close as a house. All these components are important while using a map.

This changes the perception of the maps meaning. In the first week of lecture, the professor and the reading brought up an important question. She brought up, “what are you really seeing and what pieces are missing?” This creates a gap between perception and knowledge. Sight is more important than any words, and that is why this map is important. People can bring up a problem, but once they see the problem it becomes more tangible. An important reading is the “NoDAPL Map blog.” This shows how people use maps to manipulate situations. This blog supports my idea that map-makers choose what to show their selected audience, which shows the importance of what to include and exclude. If I showed too much roads or in-depth details, then it would distract the viewer from seeing the change of

plays a major part of our geographic information system. With all the advance technology today

determine the advantages and disadvantages of the map. In this map the viewer is able

Before understanding why geography tools are important, know what they are. There are many different types of maps. Physical, climate, economic, topographical, political, road, and many more. Things such as an atlas, globe, aerial photographs, satellite photograph, graphs, and GIS systems are also important in a geographer's line of work. A GIS is a computer program

For example, Whitehead and Snow came from different backgrounds and would not have been friends if Cholera did not exist. Additionally, Snow’s map would not have existed if London did not exist. Snow’s map lead to geographical based information systems (GIS) because it took a city and mapped out the number of deaths. GIS allows citizens to view a place and overlay data to find answers. An example of a GIS system is Google Maps because the program takes a map, and overlays data, such as traffic levels, to visually show results. However, the accuracy of the results depends on how frequently the data is

We can use geography to get a better understanding of the world events by making use of the geographic information that we have at our disposal. For example, if someone says that one percent of country X population is dying from a certain disease, we should not assume that too many people are dying but we should rather use the population information, provided by demography which is a branch of geography, to know the exact number or rough estimate.

In the beginning of November 2016, my junior year, our CIS Geography class received our quarter project, a map of the world. We were given a list of physical features to be included on our maps: rivers, lakes, islands, mountain ranges, seas, oceans, etc. The map was also required to include all seven continents and a key that showed distinctions in the different physical

It included all States, Capitals, Mountains, Bays, Great Lakes, Rivers, Trails, Canals, Desert, Territories and Terrains and Prominent Features. He also used Sheppardsoftware.com for fun interactive geography games, copywork and map pizzles.

Human beings have always been fascinated by exploring the earth, and that fascination led people to design ways in exploring the world. Explorers faced difficulties in understanding how to navigate around this complex world. Greek explorers tried to ease that distress by deriving the concepts of mapping places and movements as they tried to expand their empire. By 300 B.C. Cartography, which can be defined as the art and science of making maps, began to gain pace among explorers, traders, and militaries. Maps were used for strategic and tactical war purposes to conquer new lands and expansion of empires. Moreover, maps are great because they engineer a sense of discovery which shows the visible beauty our planet that can be captured in fine cartographic mapping. When the captured cartographic detail has fueled further the insights of humanity from political, movement, and commerce. This new insight has shaped the world and powered civilizations with simulated realities that can be valuable. Additionally, maps add vital context to patterns and creating conversations about those patterns. For example, the soda consumption map clearly defines the context of how soda is called in certain location that will raise the conversation among consumers as to what name is popular. Despite maps simplifying complex patterns and adding vital context to those realities; maps do distort realities. The reasons

Studies show that in 2020 about $600 billion can saved using efficient routing options with the help of Geographic Information System. Tracking endangered species- Geographic Information Systems information can be used to maintain a database for better animal tracking. detecting extreme events like earthquakes, wildfires, floods, tornados and other naturally occurring disasters can be detected using the built-in sensors like accelerometers and gyroscopes available in smart phones.