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No salesman will call, at least not from us. Maybe from someone else.
WHO WILL SAVE THE OCEANS?
SANTA MONICA BAY Photo by Laurel Jones
The birds on Santa Monica Bay depend on a healthy ocean to survive. Who is working to make that happen and how can you become a meaningful part of the effort?
Meet Zack Gold—a Ph.D student at the LaKretz Center for California Conservation Science at UCLA; an avid surfer and scuba diver who grew up in Santa Monica and served as a lifeguard, as well, as helping to support the establishment of local Marine Protected Areas. In his own words:
During my undergraduate research at Stanford I became really interested in human impacts on marine ecosystems as well as using genetics techniques to study marine life. While there I was introduced to environmental DNA and became really interested in being able to use this tool to study how humans are impacting marine ecosystems and what management tools like MPAs are effective in restoring marine biodiversity and ecosystem health. So I came to UCLA under Professor Paul Barber to use eDNA techniques in the Santa Monica Bay and Channel Islands to study the the effects of MPA size and design on improving our local marine biodiversity, fish abundance, and ecosystem health. I am currently studying the biodiversity of marine protected areas in LA County using a new metagenomic tool called environmental DNA. In order to help my research, I am looking for helpful citizen science volunteers to help me collect seawater samples for this project.
This project is really exciting because it will allow us to compare the health of our marine ecosystems right in our backyard and give us insights into how the MPAs are working 5 years after they have been established.
If you want to learn more about the details of the research and project please check out my website here or follow this web address: http://www.zackgold.org/citizen-science.html
Now meet Emily Ryznar, another Ph.D student at the LaKretz Center for California Conservation Science at UCLA If you love tidepools (and who doesn’t?) then her project will be of interest to you. As she explains it:
I am attempting to quantify invertebrate diversity in CA kelp forests associated with crustose coralline algae (CCA), a very abundant algae in marine ecosystems that influences many marine invertebrates to live on or by it.
How you can help–identify invertebrates and other species growing on CCA in the field and from photographs using CPCe (Coral Point Count with Excel Extension), a specialized computer program used to quantify marine diversity from photos. Interested participants will be trained in common kelp forest species identification and use of the program. You may help as much or as little as you want, there is no hard time-commitment. Why is this important–CCA is very vulnerable to ocean acidification, which is predicted to increase in the future. CCA is required habitat for critically endangered invertebrates like abalone and coral. If CCA decreases due to ocean acidification, important invertebrates associated with CCA may also decline! CCA ecology is also relatively understudied in kelp forest ecosystems. You can reach Emily at EmilyRyznar@gmail.com
So many times we are hit with a wall of bad news about the environment and the oceans and are left feeling helpless to be able to make a difference. Now, you can. Contact Zack or Emily for further information as listed above.
It’s for the birds.
Full Harvest Moon Update – September 16, 12:05 PM PDT
Here’s another update from SMBAS Blog on that large, disc-like, shining object which has frequently and mysteriously appeared in our nighttime sky this year (spoken of in hushed whispers by the Illuminati as the moon).

Irish harvest moon & deer (Anthony Lynch 9/19/13 from Space.com)
Sept. 16, 12:05 p.m. PDT — Full Harvest Moon. Traditionally, this designation goes to the full moon that occurs closest to the Autumnal (Fall) Equinox. This year’s version comes only five days early. At the peak of the harvest, farmers can work into the night by the light of this moon. Usually the moon rises an average of 50 minutes later each night, but for the few nights around the Harvest Moon, the moon seems to rise at nearly the same time each night: just 25 to 30 minutes later across the U.S., and only 10 to 20 minutes later for much of Canada and Europe. Corn, pumpkins, squash, beans and wild rice — the chief Indian staples — are now ready for gathering.
Full moon names from other cultures Courtesy of Keith Cooley):
Chinese: Chrysanthemum Moon; English Medieval: Barley Moon
Celtic: Singing Moon; Dakotah Sioux: Moon When The Calves Grow Hair
Interesting & useful factoids on moon averages:
Apparent width of the moon (full or otherwise): 1 /2 degree.
Time one full moon to next full moon: 29.5 days
Angle moon moves in 24 hours: 12.2 degrees
Time for moon to move it’s own width (1/2 degree): 59 minutes
Thus, on average, the moon takes just under an hour to move it’s own width. When trying to estimate the size of something, compare it to the moon, a known quantity.
MoonPhases.info – A handy site for slightly under a googolplex of moon facts.
The Old Farmer’s Almanac has a page for each full moon. A September tip: best days for fishing: 1-16th, 30th. Now you know, so you have no excuse.
The next significant full moon will occur on Oct. 15, 9:23 p.m. PDT. Keep an eye on this spot for additional late-breaking news on this unprecedented event.
The information on moon name comes to you courtesy of: http://www.space.com/31699-full-moon-names-2016-explained.html
written by Joe Rao. Joe Rao serves as an instructor and guest lecturer at New York’s Hayden Planetarium. He writes about astronomy for Natural History magazine, the Farmer’s Almanac and other publications, and he is also an on-camera meteorologist for News 12 Westchester, N.Y.
But that’s waaay too long to type in, and besides, you don’t need to go there because SMBAS has done the work for you!
[Chuck Almdale]
What a Fish Knows – Jonathan Balcombe

That’s a pufferfish looking at you.
BOOK REVIEW
What a Fish Knows: The Inner Lives of Our Underwater Cousins.
Jonathan Balcombe
Scientific American/Farrar, Straus and Giroux, New York, 2016, 304 pgs, $16-27.
We rarely recommend books, but this is a book that should interest everyone, whether you have pet fish, love catching fish, enjoy photographing fish, wonder what life would be like if you were a fish, contemplate your own fishy ancestors 500 million years ago, or simply like to see them on your plate and put them in your mouth.
Natural History Magazine’s Sept’16 issue featured an article by Dr. Jonathan Balcombe, drawn from this book. If this blog doesn’t convince you to buy the book, read the article. It will forever change your view of fish, and give you a new perspective the next time you see the Mullet jumping above the surface of Malibu Lagoon.
A few fishy facts:
- There are more than thirty thousand species of fish―more than all mammals, birds, reptiles, and amphibians combined.
- They can plan, hunt cooperatively, use tools, curry favor, deceive one another, and punish wrongdoers. Sound like anyone you know?
- Their courtship rituals are elaborate; they develop lifelong bonds with their neighbors.
- Their sexual arrangements vary widely: promiscuity, polygamy, monogamy, mating-for-life. Males may keep harems, defend a territory, spawn in groups, perform sneak copulations, be a “satellite male” or a “sexual pirate.” Males may become females or females become males as the opportunity arises. There are simultaneous hermaphrodites and sequential hermaphrodites. Some males parasitize the female, embedding themselves permanently into her flesh.
A few of the issues it addresses:
Can fish think? Can they recognize the humans looking back at them in their pools and aquariums? How do they learn to navigate their pools, rivers, reefs and oceans – and find their way home?
Dr. Balcombe relates a wonderful story:
During a dive off the southern tip of Japan, veteran diver and photographer Yoji Ookata was surprised to see, at a depth of about eighty feet, a six-foot-wide symmetrical circular pattern in the sand. The mural featured two concentric rings of ripples radiating outward from a center disk. Ookata returned some days later with a film crew, and the mystery of what might have created this exquisite curiosity was soon solved. The geometric “crop circles” were created by a small, quite ordinary-looking male puffer fish (Tetraodontidae). Swimming on his side, while fluttering a pectoral fin, the five-inch puffer spends hours making his masterpiece. He inspects it as he goes, decorating his mural with bits of small shells that he cracks in his mouth before sprinkling them into the central grooves.

Pufferfish in his sand ‘bower’ (Kimiaki Ito, National Geographic)
Link to Yoji Ookata YouTube series of still photos of the pufferfish ‘mandala.’
Link to Aysel Güler YouTube action video of pufferfish maintaining his mandala.
Mandalas found since show that no two are the same, they attract female puffers who lay their eggs in the inner circle, the furrows help prevent eggs from being carried away by currents, the crushed shells provide camouflage for the eggs, and the more elaborate the circle, the greater the mating success of the male. Birders familiar with Australia’s Bowerbirds will recognize the similarity of intent and result.
I thought I knew a lot about fish. Then I read What a Fish Knows. And now I know a lot about fish! Stunning in the way it reveals so many astonishing things about the fish who populate planet Earth in their trillions, this book is sure to “deepen” your appreciation for our fin-bearing co-voyagers, the bright strangers whose world we share.
— Carl Safina, author of Beyond Words: What Animals Think and Feel; named one of Audubon’s 100 Most Influential Conservationists of the 20th Century
Balcombe offers a picture of these underwater creatures as complex and sentient beings. Not only do they have acute senses of sight, hearing, and smell, but they also have the capacity to feel pleasure as well as pain….Balcombe never met a fish pun he didn’t like….This is a lively and surprising work that makes a strong argument for sport and food fishing reform.
— Lisa Peet, Library Journal
We rarely consider how individual fishes think, feel, and behave, but their lives are often as rich and complex as our own. Here’s your chance to discover the details.
[Chuck Almdale]
News keeps pouring in…
| The LA times keeps us up to date on major bird life developments this week. | ||
| In today’s (Sunday 4 Sept.) paper the California section has an article on bird deaths and prevention efforts at the Ivanpah solar power station.
http://www.latimes.com/local/california/la-me-solar-bird-deaths-20160831-snap-story.html |
||
| In section 1 there are two bird stories: “Cormorants to die for salmon” relating a court decision to allow the Army Corps of Engineers to continue killing Double-crested Cormorant near the mouth of the Columbia River in order to save outgoing salmon. http://www.pressreader.com/usa/los-angeles-times/20160904/281685434285099 | ||
| Also of note on page 8, an AP story by Dan Elliott “New guidelines to protect Sage Grouse”. http://bigstory.ap.org/article/885712770a9c4ef8981006aa11d8ffc0/us-takes-key-step-implement-sage-grouse-conservation-plan | ||
| Enjoy the attention the LA Times is giving birds? Tell the editors: letters@latimes.com |










