# Underwater trigger camera

> Software and associated files for building an open source underwater trigger camera system for use in aquatic ecology studies.

**Wikidata**: [Q136094542](https://www.wikidata.org/wiki/Q136094542)  
**Source**: https://4ort.xyz/entity/underwater-trigger-camera

## Summary
The Underwater trigger camera is an open-source hardware and software system designed for aquatic ecology studies. It provides freely accessible design documents and modifiable files to build a camera system capable of underwater operation, enabling researchers to conduct ecological research in aquatic environments.

## Key Facts
- **Instance of**: Open hardware (design documents openly accessible and modifiable)
- **OSHWA UID**: US002113 (Open Source Hardware Association unique identifier)
- **Purpose**: Used in aquatic ecology studies to capture underwater imagery
- **Accessibility**: Open-source software and associated files for building the system
- **Classification**: Part of the open hardware category (sitelink_count: 31)

## FAQs
### Q: What is the Underwater trigger camera used for?
A: The Underwater trigger camera is designed for aquatic ecology studies, allowing researchers to capture images in underwater environments.

### Q: Is the Underwater trigger camera open-source?
A: Yes, the system includes open-source software and associated files, making the design documents accessible and modifiable.

### Q: Who can use the Underwater trigger camera?
A: The Underwater trigger camera is intended for researchers and professionals in aquatic ecology who need a reliable underwater imaging system.

### Q: How is the Underwater trigger camera classified?
A: It is classified as open hardware, meaning its design documents are openly accessible and modifiable.

### Q: What is the OSHWA UID for the Underwater trigger camera?
A: The OSHWA UID for the Underwater trigger camera is US002113.

## Why It Matters
The Underwater trigger camera plays a crucial role in aquatic ecology by providing researchers with an open-source tool for underwater imaging. Its open hardware design ensures accessibility and modifiability, allowing for customization and adaptation to specific research needs. This system enables ecologists to study aquatic environments more effectively, contributing to the understanding of marine life and ecosystems. By offering freely available design documents, it promotes collaboration and innovation in the field of underwater research.

## Notable For
- **Open-source design**: Provides freely accessible software and files for building the system.
- **Aquatic ecology applications**: Specifically designed for underwater research in marine environments.
- **OSHWA certification**: Holds the OSHWA UID US002113, indicating compliance with open hardware standards.
- **Modifiable hardware**: Allows users to adapt the design to meet specific research requirements.
- **Research tool**: Enables ecologists to capture high-quality underwater imagery for analysis.

## Body
### Overview
The Underwater trigger camera is an open-source hardware and software system developed for aquatic ecology studies. It is classified as open hardware, meaning its design documents are openly accessible and modifiable.

### Design and Accessibility
- The system includes open-source software and associated files, allowing users to build and customize the camera system.
- The design documents are openly accessible, promoting collaboration and innovation in underwater research.

### Applications
- Primarily used in aquatic ecology to capture images in underwater environments.
- Enables researchers to study marine life and ecosystems effectively.

### Certification
- Holds the OSHWA UID US002113, indicating compliance with open hardware standards.
- Part of the open hardware category, with a sitelink count of 31, reflecting its widespread recognition and use.

### Impact
- Facilitates underwater research by providing a reliable and customizable imaging system.
- Contributes to the understanding of aquatic environments and marine life.
- Promotes open-source collaboration in the field of underwater technology.