Northwest Fisheries Science Center

Newportal Blog

A gateway to oceanographic adventures from the Newport Line and beyond

map showing Newport line We are a group of NOAA Fisheries and The next link/button will exit from NWFSC web site Oregon State University scientists that sample the Newport Line fortnightly to understand changing ocean conditions.

Follow us as we share the fun things we learn about this region and other areas of the North Pacific Ocean.

These plots display the most recent oceanographic data collected off Newport, Oregon. Scroll through these plots to see how quickly the ocean can change! Learn more about these plots and our research program.
Enter no. of points to graph (525 max.):
Data above are from 50 m water depth from a station located 5 miles off Newport, OR. Dashed lines are the summer (blue) and winter (red) averages from 1996 - present. (Click chart to enlarge)


Going back to Cali

By Samantha Zeman
Posted on December 14, 2017


Last week, we were lucky to travel down from Newport to La Jolla, California to attend the 2017 CalCOFI Conference. The CalCOFI program is a partnership between several agencies with a history of studying the marine ecosystem off California since 1949.

The famous Scripps pier. Also, notice the vegetation. A sign we aren't in the Pacific Northwest anymore.

This conference was an opportunity to interact and network with scientists and management to discuss current happenings in the California Current. Talks and posters included discussions of amphipod distributions off Baja California to modeling population fluctuations of forage fish species along the entire California Current. Attending conferences can keep you up-to-date on the latest science in your field, but they are also an opportunity to get out of your scientific 'comfort' zone. Do you know anything about modeling sardine populations? Well, now's your chance to find out.

We briefly toured the Scripps Pelagic Invertebrate Collection. Shelves and shelves of marine zooplankton!

Looking back on the days of presentations, an important take-home message stood out. As is evidenced by the scientific findings of programs like CalCOFI and the NH Line, long-term time-series are imperative for understanding a dynamic ocean. How do we know if something is anomalous if we aren't out on the water? Most of the talks echoed this statement and made extensive use of long-term survey data. Which reminds me, I need to prepare for our upcoming Elakha trip!

The sun setting on another successful day of marine science talks.

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Recent visitors ubiquitous offshore

By Jennifer Fisher
Posted on December 8, 2017


We finally got a break in the stormy seas and sampled offshore to 85 miles off Newport aboard the F/V Timmy Boy earlier this week. While the seas were not as calm as I had wanted, the skies were clear and the air was crisp. We were anxious about what we'd find offshore, since pyrosomes had recently been washing up on Oregon beaches by the millions.

Thomas rinsing the plankton sample into the jar at night. When the boat is rocking, it's much easier to sit while working than to fight the rocking boat while trying to stand upright.
The pyrosomes were much smaller nearshore (left) on the continental shelf and increased in size as we sampled farther offshore out to 85 miles (right).

Indeed, at every station from 10 miles off Newport out to 85 miles- we collected pyrosomes in our plankton nets in fairly high densities. The animals were smaller nearshore, on the continental shelf, ranging from 20-60 mm. Once off the continental shelf, the pyrosomes became larger- reaching 140 mm.

The plankton samples we collected from 1 mile offshore (far left) to 85 miles offshore (far right). There isn't much difference in the volume of the samples as you move farther offshore. This is typical of winter conditions when strong storms mix the seas.

With the exception of the pyrosomes, the plankton samples were not very dense with zooplankton. However, this is the normal pattern during winter, increased winds result in a mixed water column and there is reduced phytoplankton and zooplankton production.

Very large Velella velella (blue discs) were collected offshore. These were the largest specimens I have seen with diameters of ~100 mm (left). You can see that small animals were also collected (right) as well as animals that had died recently and lost their pigments and were completely clear.

A common visitor was collected offshore, the By-the-Wind sailor, Velella velella. We often collect Velella at the surface in our neuston net, but what struck us this trip, was how large the Velella were. Some of the animals we collected were the largest I have ever seen- diameters reaching approximately 100 mm. The other striking characteristic of these large animals was how thick their float was.

The super moon rising behind rough seas.

Tagged: NH Line, CoOp

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October 2017
September 2017
June 2017
May 2017
April 2017
March 2017
February 2017
January 2017
August 2016
July 2016
June 2016
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April 2016
March 2016
February 2016
January 2016
December 2015
October 2015
August 2015
July 2015