Monitoring Bivalve Behavior and Physiology in the Laboratory and Field Using Open-Source Tools

Area of Science:

• Marine Biology
• Ecological Monitoring
• Biotechnology

Background:

• Bivalve molluscs have been studied for over 100 years due to observable traits.
• Traditional methods for monitoring bivalve behavior and physiology are limited.
• Advancements in technology offer new possibilities for data collection.

Purpose of the Study:

• To review historical and modern methods for monitoring bivalve behavior and physiology.
• To highlight the benefits of using electronic sensors and open-source tools.
• To demonstrate how custom monitoring systems can be developed.

Main Methods:

• Review of historical behavioral and physiological monitoring techniques in bivalves.
• Integration of modern electronic sensors for data acquisition.
• Utilization of low-cost components and open-source hardware and software.

Main Results:

• Modern methods allow measurement of multiple parameters under various conditions.
• Open-source tools facilitate the design and construction of custom monitoring systems.
• Increased flexibility in sampling frequency, duration, and number of replicate devices.

Conclusions:

• Electronic sensors and open-source tools provide a cost-effective and adaptable approach to bivalve research.
• These technologies empower researchers to expand the scope and scale of their studies.
• Customizable monitoring systems enhance the ability to study bivalve organismal processes and environmental interactions.