Sustained observations provide critically needed data and understanding not only about
ocean warming and water cycle reorganization (eg, salinity changes), ocean eutrophication …

The CARIACO (Carbon Retention in a Colored Ocean) Ocean Time-Series Program station,
located at 10.50° N, 64.66° W, observed biogeochemical and ecological processes in the …

Over the last few decades, rising greenhouse gas emissions have promoted poleward
expansion of the large-scale atmospheric Hadley circulation that dominates the Tropics …

BACKGROUND The pelagic and coastal oceans, together with the Great Lakes, contain
over 90% of Earth's bioactive carbon (bio-C) and exert a major influence on the global …

Recent changes in ocean temperature have impacted marine ecosystem function globally.
Nevertheless, the responses have depended upon the rate of change of temperature and …

Ocean time-series provide vital information needed for assessing ecosystem change. This
paper summarizes the historical context, major program objectives, and future research …

We examined the variability of sea surface carbon dioxide fugacity (fCO 2sea) and its
relation to temperature at the Cariaco Basin ocean time-series location (10° 30′ N, 64° …

Phytoplankton community structure at the Cariaco Basin Time-Series site (10° 30′ N, 64°
40′ W) within the Cariaco Basin was examined using high performance liquid …

ABSTRACT The CARIACO Ocean Time Series program has made monthly measurements
of oxygen, nutrients, and carbon system parameters (ΣCO₂, alkalinity, pH) in the Cariaco …

We develop a hierarchical Bayesian model linking the abundance of individual
phytoplankton species with over a decade (1995–2011) of environmental data from the …