Recent ocean heat content (OHC) calculations have shown a dramatic shift during the period 2001 — 2003, which is nearly coincident with a major transition in
the ocean observation network from a ship - based system to Argo floats.
It was the first unmanned
ocean observation network in Japan's history.
Not exact matches
This demonstrates how longer periods of
observation, along with the complete ARGO
network, are critical to derive more accurate long - term
ocean trends.
Now why would NOAA be setting up an
observation network on
ocean acidification.
Several estimates of the trend in
ocean heat content have been made using the ARGO
network of
ocean floats, satellite
observations of
ocean altimetry (Levitus et al., 2000, 2001; Willis et al., 2003), and climate models (Barnett et al., 2001; Crowley et al., 2003).
Using a combination of satellite
observations and direct measurements taken by a
network of 3,000 floating Argo temperature probes, the NASA team set out to calculate temperature changes and thermal expansion in the deep
ocean (below 1.24 miles).