Geospatial and geographic data are used widely from individuals to governments. They help to understand spatial relationships and patterns which can be applied for various purposes such as route planning, site selection, market analysis, research, urban planning, and disaster management.
Geospatial and geographic data are used at all scales for various decision-making purposes. These types of data provide essential information about the physical location and layout of the earth's features, human-made systems, and phenomena that occur on our planet. They are visual representations that help individuals, businesses, organizations, and governments to understand spatial relationships and patterns.
For individuals, geospatial data can be used to analyze commuting patterns, define routes and access local services. Businesses use geospatial data for site selection, supply chain management, and market analysis. On an organizational level, bodies like non-profits or research institutions use these data to assess environmental impacts, conduct research, or plan development projects. Government entities use geographic data for everything from traffic management to urban planning and disaster management.
For instance, a municipality might use geospatial data to identify areas prone to flooding and then make decisions about infrastructure development.
#SPJ12
Geospatial and geographic data are essential for a wide variety of decision-making processes, spanning personal use to governmental planning. They help in visualizing spatial relationships and are used in navigation, business planning, and governmental decision making. These data can be collected through numerous methods and can be visually displayed for easier analysis.
Geospatial and geographic data are vital elements used across a variety of sectors and scales. They are used to understand and visualize spatial relationships, making them important in personal, business, organizational, and governmental decision-making processes.
In personal contexts, they can be used for navigation and exploration through applications like Go-ogle Maps. In business and organizations, these data are used for logistics, planning, and risk management. For example, a company might use geographic data to choose a location for a new branch or to ensure a delivery route is efficient. Governments use such data for land management, urban planning, environmental protection, and emergency response among many others.
Geospatial data can be collected through various methods like surveys, remote sensing technologies (like satellite imagery), and can be displayed through maps, charts, or software applications, enabling users to analyze visually and make data-driven decisions.
#SPJ12
B. 10%
C. 20%
D. 30%
Please select the best answer from the choices provided
Answer:
The answer is 10%
Explanation:
I just took the lecture
Answer:
D. 30%
Explanation:
Canada is the second largest country in the world with forest or other wooded land making up 40% of its 979 million hectares. Canada's forest cover represents 30% of the world's forest and 9% of the world's overall forest cover.
While constructing the pyramids, the Egyptians developed significant advancements in large-scale architecture and social organization. Architects like Imhotep revolutionized the realm of construction and design while the organization's vast construction projects led to the development of effective labor and administrative systems.
While building the pyramids, the Egyptians developed several significant advancements, especially in the realms of architecture and social organization. One of the first major developments was the use of stone in large-scale constructions, as evidenced by the shift from mud-brick mastabas to stone pyramids.
The innovative ideas of architects like Imhotep, who constructed the first pyramid for Pharaoh Djoser, spurred a radical transformation in Egyptian architecture. The construction of the pyramids required careful planning, resource management, and labor organization, leading to the development of sophisticated administrative systems and protocols. The construction projects are believed to have employed thousands of workers who were housed, fed, and cared for in nearby cities, suggesting a well-structured and efficient labor and resource management system.
Over time, architectural designs advanced from the original step pyramid to the more recognized smooth-sided pyramids. The Great Pyramid of Giza, built by Pharaoh Khufu, is one of the most notable, showcasing the architectural prowess, social organization, and logistic capabilities of the Ancient Egyptians. So, in summary, while building the pyramids, the Egyptians developed crucial advancements in architectural design, labor and resource management, and social organization.
#SPJ6
Answer:
It's because you are breathing in dust particles, and sand particles that will make it harder to breath.
Explanation:
"Sandstorms contain sand and dust particles and when you're in one you will be breathing in those sand and dust particles" which is putting the particles in your nostrils and lungs which will make it harder to breath. The consequences of breathing in these particles will strengthen if you already have problems with breathing.
Hope this helps.
B. 38th parallel
C. North Korean Wall
D. Mason Dixon Line
Answer:
Option (B)
Explanation:
The 38th parallel is a name that was popularly given to latitude of 38° N located in the eastern part of Asia. This line of latitude separates North Korea from South Korea. This line was made by the U.S. military planners, in the year 1945 at the Potsdam Conference, before the end of World War II. This was a borderline set by the armies where the Union of Soviet Socialist Republics (U.S.S.R) and the Americans were present on the northern side and south side respectively in order to accept the Japanese forces who surrendered after the end of the war.
Thus, the Korean Peninsula is broadly separated into two separate countries namely North Korea and South Korea.
Hence, the correct answer is option (B).
basalts on the ocean floor
B.
undersea mountain ranges
C.
similar fossils on different continents
D.
paleomagnetism on the seafloor