All Parameters
Explore every parameter that powers precise water measurements. From conductivity, temperature, and depth to dissolved oxygen, pH, and nutrients, Sea-Bird Scientific delivers trusted sensors and systems for ocean and freshwater research. Our instruments provide accurate, reliable data for profiling, moored platforms, and autonomous vehicles - helping scientists make informed decisions for a healthier planet.
Explore parameters for ocean and freshwater research
Explore all water parameters - conductivity, temperature, depth, and more - measured with precision to deliver reliable data for ocean and freshwater research worldwide.
Conductivity
Measure salinity accurately with conductivity sensors for ocean and freshwater research.
Learn More
Absorption & Attenuation
Track light absorption and attenuation to study water clarity and optical properties.
Learn More
Backscattering
Monitor particle backscatter for turbidity and suspended matter in aquatic environments.
Learn More
Bioluminescence
Detect natural light from organisms to study marine ecosystems and biological activity.
Learn More
Depth
High-precision depth sensors provide reliable measurements for ocean and freshwater use.
Learn More
Fluorescence
Measure chlorophyll and organic matter to monitor ecosystem health and water quality.
Learn More
Nitrate
Monitor nitrate levels to understand nutrient cycles and water chemistry changes.
Learn More
Oxygen
Measure dissolved oxygen for aquatic health and ecosystem monitoring across environments.
Learn More
pH
Accurate pH sensors track water chemistry shifts vital for environmental research.
Learn More
Radiance & Irradiance
Measure light intensity for optical studies and primary productivity in aquatic systems.
Learn More
Temperature
Capture precise temperature data for profiling and climate-related water studies.
Learn More
Turbidity
Monitor turbidity to assess water clarity and sediment concentration in diverse habitats.
Learn More
Our impact
Customers We Serve
Discover how government, academic, and industry leaders use Sea-Bird Scientific instruments to advance research, monitor ecosystems, and shape global water policy.
Case Study
02.01.24
Understanding the Implications of the Lahaina Wildfire on Coastal Water Quality
This case study was developed in partnership with Dr. Andrea Kealoha, Assistant Professor at the University of Hawaii Department of Oceanography, along with Dr. Craig Nelson, Dr. Nick Hawco, and Dr. Eileen Nalley.
Learn More
Case Study
12.01.18
Validating the Deep SeapHOx™ V2: Field Insights from an Experimental Kelp Farm"
On the northern edge of Hood Canal, a major basin in Washington State’s Puget Sound, a patch of Saccharina latissima (also known as Sugar Kelp) is helping to identify if seaweed aquaculture can help combat ocean acidification.
Learn More
Case Study
12.01.17
Autonomous Systems Help to Understand Nutrient Sources Within the St. Lucie Estuary
In this case_study we demonstrate how data broadcast from the St. Lucie Estuary by Florida Atlantic University’s network of sensors is used to monitor the outflow from Lake Okeechobee and determine whether it caused severe algae blooms in the estuary.
Learn More
Get in touch
Contact our team
Ready to take the next step? Connect with Sea-Bird Scientific’s team for personalized guidance, support, or to request a quote for our solutions.