Question

Based on the diagram, choose the rock processes that most contribute to the formation of Thor's Hammer in Bryce Canyon National Park.

(4 points)
Included Not Included
weathering yes or no

melting yes or no

plant growth yes or no

erosion yes or no

abrasion yes or no

ice wedging yes or no

dissolving yes or no


deformation yes or no

Answer 1

To assess the rock processes that contribute to the formation of Thor's Hammer in Bryce Canyon National Park, here are the likely responses based on geological principles:

- **Weathering**: Yes
- **Melting**: No
- **Plant Growth**: Yes
- **Erosion**: Yes
- **Abrasion**: Yes
- **Ice Wedging**: Yes
- **Dissolving**: Yes
- **Deformation**: No

### Explanation:
- **Weathering**: The breakdown of rocks is essential to the formation of geological structures.
- **Melting**: This process typically applies to igneous rocks and is not relevant for the formation of Thor's Hammer.
- **Plant Growth**: Plant roots can contribute to weathering and destabilization of the rock structure.
- **Erosion**: The removal of weathered material contributes to shaping features like Thor's Hammer.
- **Abrasion**: Erosion through physical means can contribute to the formation of rock formations.
- **Ice Wedging**: This process can create fractures in the rock, leading to its weathering and erosion.
- **Dissolving**: Chemical weathering can play a role in shaping the rock, especially in areas with soluble minerals.
- **Deformation**: This process relates more to tectonic activity, which is not a significant factor in the formation of Thor's Hammer.

This compilation suggests that weathering, plant growth, erosion, abrasion, ice wedging, and dissolving are significant contributors to the formation of Thor's Hammer.