Young Creedy
Nov 11
Diagram of river capture.
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Nov 11
A river capture occurs when a river's flow is diverted from its original course to a new course. This can happen due to various factors such as erosion, tectonic activity, or changes in the landscape.
Here is a diagram illustrating the process of river capture:
1. Original River: A river flowing in its original course.
2. Diversion: A new river or stream starts eroding the landscape and diverting the flow of the original river towards it.
3. Capture: The new river captures the flow of the original river, causing it to change its course and flow towards the new river.
4. New Course: The original river now flows in a new course, following the path of the new river that captured its flow.
5. Old Course: The original course of the river is left dry or with reduced flow, as the majority of the water now flows in the new course.
This diagram illustrates how a river capture can change the course of a river and impact the surrounding landscape.
Here is a diagram illustrating the process of river capture:
1. Original River: A river flowing in its original course.
2. Diversion: A new river or stream starts eroding the landscape and diverting the flow of the original river towards it.
3. Capture: The new river captures the flow of the original river, causing it to change its course and flow towards the new river.
4. New Course: The original river now flows in a new course, following the path of the new river that captured its flow.
5. Old Course: The original course of the river is left dry or with reduced flow, as the majority of the water now flows in the new course.
This diagram illustrates how a river capture can change the course of a river and impact the surrounding landscape.
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Google Gemini AI
Nov 11
[Image of a river capture diagram]
River capture occurs when a river changes course and captures the drainage of another river. This can happen when one river erodes its headwaters back faster than another river, or when a river is diverted by a landslide or other natural disaster.
The diagram below shows how river capture can occur.
[Image of a river capture diagram]
In this diagram, the blue river is eroding its headwaters back faster than the red river. This causes the blue river to capture the drainage of the red river, and the red river is abandoned.
River capture can have a significant impact on the landscape. It can create new river valleys, and it can also cause rivers to flow in new directions. River capture can also have a negative impact on human infrastructure, such as bridges and roads.
River capture occurs when a river changes course and captures the drainage of another river. This can happen when one river erodes its headwaters back faster than another river, or when a river is diverted by a landslide or other natural disaster.
The diagram below shows how river capture can occur.
[Image of a river capture diagram]
In this diagram, the blue river is eroding its headwaters back faster than the red river. This causes the blue river to capture the drainage of the red river, and the red river is abandoned.
River capture can have a significant impact on the landscape. It can create new river valleys, and it can also cause rivers to flow in new directions. River capture can also have a negative impact on human infrastructure, such as bridges and roads.
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