It appears the Puget Sound Partnership will remain busy the rest
of the year with a variety of critical activities, many of them
mandated by state law.
I reported on last week’s meeting of the Leadership Council in a
story published in
Saturday’s Kitsap Sun. The meeting focused on approving a new
Strategic Science
Plan (PDF 11.8 mb) and efforts to identify indicators for
measuring progress toward restoring Puget Sound. Helping write
upcoming budgets for the state’s natural resource agencies and
crafting new legislation will occupy significant time.
One of the interesting discussions about indicators was the
question of whether jellyfish or herring should be used as an
indicator of ecosystem health. Herring were said to be a broader
measure, since they are eaten by far more species than jellyfish.
At the same time, changes in herring population are harder to
relate to a specific cause. The balance could be tipped toward
herring, since so much historical data are available.
The council reviewed a
new organizational structure (PDF 2.8 mb), which puts science
squarely into the picture. There was a general agreement that
vacant positions on the science staff need to be filled as soon as
possible. Especially important is the science program director, who
will direct day-to-day work at the partnership, and the natural
resource scientist, who is seen as a liaison with the broader
scientific community. Another important post is the oil spill
research analyst, which is also vacant.
Jan Newton, a member of the Puget Sound Science Panel, made an
impression on me when she pointed out how unique a place Puget
Sound is.
“It’s not Chesapeake Bay; it’s not the Gulf,” Jan said. “We’re
dealing with population change. We’re not on a static playing
field. We need to recognize that.”
Puget Sound Partnership must not be limited by studies that have
been done in the past. The organization has the horsepower to call
for new research in its quest to figure out how the ecosystem
really works.
After hearing Jan’s talk, I turned to the chapter in the
Strategic Science Plan called “Puget Sound: Unique Ecosystem,
Unique Community,” where I found this instructive language:
“Puget Sound is the second largest estuary in the United States,
with over 3,000 kilometers of shoreline. Carved by retreating
glaciers at the end of the last ice age 11,000-15,000 years ago,
the fjord-like geomorphology of Puget Sound is somewhat unique in
the United States. Most estuaries in this country are coastal plain
or drowned river estuaries, lacking significant restrictions to the
coastal ocean and lacking the great depths and strong tidal
currents well known in Puget Sound. The average depth of Puget
Sound is 62 meters with a maximum depth of 280 meters.” (Compare
that to Chesapeake Bay in the charts below.)
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