Which option best describes how multiple scales would be useful for studying flood risk?
A small-scale map would provide overall flood risk in different areas, while a large-scale map could show flood risk near transportation infrastructure. A small-scale map would provide overall flood risk in different areas, while a large-scale map could show flood risk near transportation infrastructure. - not selected, this is the correct answer A large-scale map would show flood risk to different neighborhoods, while a small-scale map would show flood risk near your home. A large-scale map would show flood risk to different neighborhoods, while a small-scale map would show flood risk near your home. - incorrect A small-scale map could help compare flood risk in different counties, while a large-scale map could show flood-risk in different states. A small-scale map could help compare flood risk in different counties, while a large-scale map could show flood-risk in different states. - no response given A large-scale map would allow comparisons of flood risk in different cities, while a small-scale map could show the flood risk for particular neighborhoods. explain why
The small-scale map would be useful for studying flood risk in different areas because it would provide an overall view of the flood risk across a larger region or county. This would allow for comparisons between different areas and identification of high-risk zones.
On the other hand, the large-scale map would be useful for studying flood risk near transportation infrastructure. It would provide a more detailed view of flood risk in specific neighborhoods or near specific roads, bridges, or railways. This information would be important for planning and implementing measures to mitigate flood risk and ensure the safety and functionality of transportation systems.
The correct answer is: A small-scale map would provide overall flood risk in different areas, while a large-scale map could show flood risk near transportation infrastructure.
This option best describes how multiple scales would be useful for studying flood risk because small-scale maps provide a broader perspective and allow for overall comparisons of flood risk in different areas. They can show the general vulnerability of large regions or entire countries to flooding. On the other hand, large-scale maps provide a more detailed view and can zoom in on specific locations or features, such as transportation infrastructure. By using a large-scale map, one can assess the flood risk near roads, bridges, railways, or other critical transportation elements. This information can be crucial for planning emergency response strategies, evacuation routes, or identifying vulnerable areas that require additional flood mitigation measures. Using both small-scale and large-scale maps together enables researchers, urban planners, and decision-makers to better understand flood risk at different spatial levels and develop appropriate strategies to mitigate and manage such risks.
The correct answer is "A small-scale map would provide overall flood risk in different areas, while a large-scale map could show flood risk near transportation infrastructure."
Multiple scales are useful for studying flood risk because floods can vary in scale and impact at different levels. Here's an explanation of why this option is the best:
1. Small-scale map: A small-scale map shows a larger area with less detail. It is useful for getting an overall understanding of flood risk in different regions. It can help compare flood risk across counties, states, or even countries. This scale provides a broader perspective and allows for regional planning and decision-making.
2. Large-scale map: A large-scale map, on the other hand, provides a more detailed view of a smaller area. It shows a higher level of detail and allows for a closer examination of specific features or infrastructure. In the context of flood risk, a large-scale map can be useful for assessing flood risk near transportation infrastructure such as roads, bridges, or railways. This scale helps in assessing the vulnerability of critical infrastructure and identifying areas where flood risk might be higher.
By using both small-scale and large-scale maps, researchers and planners can have a comprehensive understanding of flood risk at different spatial levels. This information is crucial for developing effective flood management strategies, allocating resources, and making informed decisions to mitigate the potential impacts of floods.