.svg)
Monitoring carbon variation
Carbon Research
Carbon research examines how natural waters absorb, transform, and sequester carbon. It quantifies air–sea exchange, tracks dissolved inorganic carbon, alkalinity, and pH, and evaluates biological processes—photosynthesis, respiration, and the export of particulate carbon to depth. The goal is to reduce uncertainty in ocean carbon budgets and improve climate projections. Integrated time series across seasons and regions are essential to capture variability, attribute drivers, and inform mitigation and adaptation strategies.
Precision ocean carbon science
Sea-Bird Scientific instruments deliver trusted carbon research data
Backscattering
Measures particle concentration, signaling organic matter and sediment dynamics.
View backscattering solutions
pH
Track pH levels to maintain water chemistry and protect fish health and productivity.
View pH solutions
Fluorescence
Indicates organic matter and phytoplankton activity, key to carbon fixation processes.
Our fluorescence solutions
Nitrate
Monitor nitrate to prevent harmful buildup and maintain water quality for fish.
View nitrate solutions
Oxygen
Monitor dissolved oxygen to prevent stress and ensure optimal growth in aquaculture.
View oxygen solutions
Carbon research challenges
From particles to dissolved pools: optical pathways in carbon cycling
Tracking carbon flux requires precise monitoring of pH, dissolved oxygen, and CO₂-related parameters across dynamic environments. Variability in temperature and salinity complicates data interpretation. Sea-Bird Scientific’s integrated systems provide stable, long-term measurements of carbonate chemistry, supporting climate models and strategies to mitigate ocean acidification and carbon cycle impacts.
Making an impact
How our solutions are shaping carbon research
Discover how government, academic, and industry leaders use Sea-Bird Scientific instruments to advance research, monitor ecosystems, and shape global water policy.
