BATS 2026 - BATS Bloom 2
ScheduledOperating area: Atlantic
Route: St. George's - Bermuda → St. George's - Bermuda
Bermuda Institute of Ocean Sciences
Projects aboard (2)
BATS 2026 - BATS Bloom 2
Long-term observations over several decades are a powerful tool for investigating ocean physics, biology, and chemistry, and the response of the oceans to environmental change. The Bermuda Atlantic Time-Series Study, known as BATS, has been running continuously since 1988. The research goals of the BATS program are: (1) to improve our understanding of the time-varying components of the ocean carbon cycle and the cycles of related nutrient elements such as nitrogen, phosphorus, and silicon; and, (2) to identify the relevant physical, chemical and ecosystem properties responsible for this variability. In addition, the BATS program has strong and diverse broader impacts, contributing to the field of ocean sciences by providing high quality ocean observations and data for seagoing scientists and modelers, and a framework through which researchers can conceive and test hypotheses. This award will support the operations of BATS program for five more years. This research integrates ocean physics, chemistry and biology into a framework for understanding oceanic processes and ocean change in the North Atlantic subtropical gyre. The existing years of BATS data provide robust constraints on seasonal and interannual variability, the response of the Sargasso Sea ecosystem to natural climate variability, and signal detection of potential ocean changes.
People aboard
BATS 2026 - BATS Bloom 2
- Nicholas R. Bates · Principal investigator
Hydro S - 2026 23of24
- Nicholas R. Bates · Principal investigator
Party size: 10
Estimated vacant berths: 10
Equipment
Aboard the vessel
- ADCP/UHDAS – range 500-750m (e.g. 75kHz)
Pooled / portable
- CTD
- CTD
Schedule data from UNOLS Marine Facilities Planning · operator cruise code BATS/Hydro · MFP references 24/5444, 24/5459 · synced Sep 30, 2026
