Which is an example of a geographic problem a stable route for a highway in an area that has frequent earthquakes
a stable route for a highway in an area that has frequent earthquakes
the spread of a disease through a city’s population
the spread of a disease through a city’s population
the spread of an invasive plant species
the spread of an invasive plant species
the migratory paths of a species of birdscaused by physical characteristics of a place?(1 point)
a stable route for a highway in an area that has frequent earthquakes is an example of a geographic problem caused by physical characteristics of a place.
The geographic problem that best fits the description "caused by physical characteristics of a place" is the migratory paths of a species of birds.
The example of a geographic problem that is caused by physical characteristics of a place is:
A stable route for a highway in an area that has frequent earthquakes.
To understand why this is a problem, we need to consider the physical characteristics of the area. In this case, the frequent earthquakes pose a challenge in finding a stable route for a highway. Here's how we can analyze and approach this problem:
1. Conduct a seismic hazard assessment: Begin by assessing the seismic activity in the area, including the frequency, intensity, and locations of earthquakes. This information can be obtained from seismic monitoring agencies and historical records.
2. Identify vulnerable zones: Determine areas that are more prone to earthquakes based on geological surveys, fault maps, and studies on tectonic plate movement. Pinpointing these vulnerable zones is crucial for avoiding them when planning the highway route.
3. Consider engineering techniques: Explore engineering solutions to mitigate the impact of earthquakes on the stability of the highway. This may involve designing bridges, tunnels, or elevated sections that can withstand seismic forces, or adopting innovative construction techniques such as base isolation or energy-absorbing materials.
4. Conduct feasibility studies: Evaluate the potential stability of different proposed highway routes in light of the earthquake-prone nature of the area. This can involve geotechnical investigations, geological studies, and computer simulations to assess the viability and integrity of each possible route.
5. Collaborate with experts: Engage with geologists, seismologists, engineers, and other relevant experts to gather their insights and advice. Their expertise can help in determining the most suitable and stable route for the highway considering the frequent earthquakes in the area.
By meticulously analyzing the physical characteristics of the place and taking appropriate precautions, it becomes possible to find a stable route for a highway in an area with frequent earthquakes.