OA-Fe Availability
CompletedOperating area: OA-Fe Process
Route: Seattle (Downtown Piers) (Washington) - United States → Seward (Alaska) - United States
Project aboard
Collaborative Research: The Effect of Ocean Acidification on Fe Availability to Phytoplankton in Coastal and Oceanic Waters of the Eastern North Pacific Iron is an important nutrient for algae in the ocean. Different forms of iron and their availability to algae are influenced by many factors including the acidity of seawater (or pH). This research project focuses on understanding the effects of ocean acidification (low pH) on the associations between iron and chemical substances that bind with iron in seawater. The investigators will work in coastal and oceanic waters of the Pacific Ocean. These waters are characterized by substances that have weak and strong associations with iron. Samples will be collected from coastal waters off Washington State, the northern edge of the North Pacific gyre, and Ocean Station PAPA in the northeast subarctic Pacific. Water samples will be collected to test phytoplankton responses to light, pH, forms of iron, and the composition of the substances that bind with iron. This project will support graduate and undergraduate students. The investigators will participate in a range of education and outreach activities.
People aboard
- Mark L. Wells · Principal investigator
Party size: 28
Estimated vacant berths: 0
Equipment
Pooled / portable
- CTD
- Winch Pool Portable Winch
Schedule data from UNOLS Marine Facilities Planning · operator cruise code SKQ202209S · MFP reference 21/250 · synced Sep 24, 2026
