### Seafloor Studies: Matching Technology with Its UseIn seafloor studies, various technologies are utilized to collect different types of data and samples. Below is a detailed description of each technology and its primary uses:1. **Dredges** - **Function**: Collect images, samples, and other data. - **Description**: Dredges are tools used to collect large samples of rock, sediment, and marine organisms from the seafloor.2. **Corers** - **Function**: Collect rock samples. - **Description**: Corers are instruments designed to extract cylindrical sections from sediments or sedimentary rocks, allowing scientists to study the stratified layers of marine deposits.3. **Deep-Towed Camera Systems** - **Function**: Collect images only. - **Description**: These systems are used to capture high-resolution images of the seafloor, providing visual data critical for the identification and mapping of benthic habitats and geological features.4. **Human Occupied Vehicles (Submersibles)** - **Function**: Collect data only. - **Description**: Submersibles are piloted underwater vehicles that allow scientists to directly observe the seafloor and gather data through visual and instrumental means.5. **Remotely-Operated Vehicles (ROVs)** - **Function**: Collect sediment samples. - **Description**: ROVs are uncrewed underwater robots that are remotely controlled from the surface, equipped with various tools to collect sediment samples and conduct underwater research.6. **Autonomous Underwater Vehicles (AUVs)** - **Function**: Collect images, samples, and other data. - **Description**: AUVs are free-swimming robots programmed to perform pre-defined tasks, such as mapping, sampling, and capturing images of the seafloor, without real-time human control.### SummaryThese technologies play a crucial role in enhancing our understanding of oceanography by providing diverse data and samples necessary for scientific analysis. Different tools are chosen based on the specific requirements of the seafloor study.

We know very little about the ocean floor characteristics and the ecology. Nearly 95% of the ocean…

Answered: Match the technology with its use in…

Applications and Investigations in Earth Science (9th Edition)

9th Edition

ISBN:9780134746241

Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa

Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa

Chapter1: The Study Of Minerals

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### Seafloor Studies: Matching Technology with Its Use

In seafloor studies, various technologies are utilized to collect different types of data and samples. Below is a detailed description of each technology and its primary uses:

1. **Dredges**
- **Function**: Collect images, samples, and other data.
- **Description**: Dredges are tools used to collect large samples of rock, sediment, and marine organisms from the seafloor.

2. **Corers**
- **Function**: Collect rock samples.
- **Description**: Corers are instruments designed to extract cylindrical sections from sediments or sedimentary rocks, allowing scientists to study the stratified layers of marine deposits.

3. **Deep-Towed Camera Systems**
- **Function**: Collect images only.
- **Description**: These systems are used to capture high-resolution images of the seafloor, providing visual data critical for the identification and mapping of benthic habitats and geological features.

4. **Human Occupied Vehicles (Submersibles)**
- **Function**: Collect data only.
- **Description**: Submersibles are piloted underwater vehicles that allow scientists to directly observe the seafloor and gather data through visual and instrumental means.

5. **Remotely-Operated Vehicles (ROVs)**
- **Function**: Collect sediment samples.
- **Description**: ROVs are uncrewed underwater robots that are remotely controlled from the surface, equipped with various tools to collect sediment samples and conduct underwater research.

6. **Autonomous Underwater Vehicles (AUVs)**
- **Function**: Collect images, samples, and other data.
- **Description**: AUVs are free-swimming robots programmed to perform pre-defined tasks, such as mapping, sampling, and capturing images of the seafloor, without real-time human control.

### Summary
These technologies play a crucial role in enhancing our understanding of oceanography by providing diverse data and samples necessary for scientific analysis. Different tools are chosen based on the specific requirements of the seafloor study.

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