Sunday, April 15, 2012

Selasphorus rufus

Selasphorus rufus
Selasphorus rufus
Selasphorus rufus, aka the Rufous Hummingbird, is a migratory visitor to us each spring.  Occasionally individuals will stay into the summer, but usually they're gone by early May.  They're a little smaller than most of our hummers, but quite aggressive.

This morning I saw the first one this year, an adult male in full breeding plumage, chasing all the other hummers off the four feeders we have up.

The photo at right is not mine, but it's practically identical to the fellow I saw this morning.  Gorgeous, isn't he?

More on the Manzanita...

Larry E. writes after reading my post about the $200G manzanita transplantation:
A little follow up to our Manzanita story.

Part of the problem with this event is that it presupposes that somehow this is "The Best Time in History" (tm) (I swear I'm gonna trademark that someday). Somehow the species that are here now, are optimal, that the temperature now, is optimal, the sea levels are optimal, that somehow NOW is a better than all the times in the past or any potential future. That if a species goes extinct NOW, it is somehow more important than all the species that came before might come into existence.

The reality is that this NOW is a tiny, tiny blip in the history of the life on earth, the planet, the universe, or even just human history. Far more species have gone extinct than exist. Extinction is a normal, natural occurrence and if the Manzanita goes "extinct in the wild" whatever that really means, something else more suitable will eventually fill that ecological nitch. This give and take in nature has done quite nicely over the history of the earth.

While I applaud efforts to collect, study and even store plants and seeds etc. for future reference, attempting to preserve every existing species in the wild is at best misguided and at worse driven by financial gain. Pointing at the impact of humans as if somehow human existence is not also natural and instead, unlike all other species on the planet, represents a scourge, seems a bizarre exercise in self-loathing by groups of people that like all of the rest of us fly airplanes, drive cars, live in houses, but apparently feel terribly guilty about their own personal existence or are being used by those that seek financial gain.

In terms of planetary impact, the difference between humans and other species is that we alone are able to recognize and analyze our behavior and make conscious adjustments. Where the field mouse population will reproduce and feed and grow until it consumes all of the available resources, until it the population is checked by starvation, felled disease or predation; humans alone make deliberate adjustments. Creating laws to clean up rivers, protecting vast areas of land, treating their own waste products. Packing out our own waste from wilderness areas is the rule for humans, where the field mouse leaves its feces everywhere. Replanting forests where tree killing beetles won't stop until the last tree is gone. Locusts will destroy anything edible before they move on.

Lets stop with the self-loathing and instead start celebrating ourselves and our accomplishments.
I certainly agree with Larry's main point: that it's crazy to think of this moment in planetary history as somehow representing an ideal that must not change.  This is a logical fallacy (a mistake in thinking process) that many observers have noted, but it persists.  Most people have little sense or knowledge even of human history, much less the much broader palette of planetary history.

I suspect I would depart from Larry a bit when it comes to conservation: when it's clear that mankind's activities are needlessly imperiling a species, and when the mitigation can be done for a reasonable cost, I'm all for species preservation.  For example, many plant and animal species on Hawai'i are endangered for no reason other than mankind's meddling, and they can be preserved at a cost I believe is reasonable (thought others might disagree).  On the other hand, preserving a desert lizard subspecies (that wasn't even a subspecies until environmentalists identified that as a tactic) at a cost of forbiding all development in the Anza Borrego desert – that's a questionable cause with an unreasonable price tag.

In other words, I'd like to see some balance in these decisions.  How useful or beautiful or genetically important is the species in question?  Is it actually a genetically distinct species, with important differences from its nearest relative?  How much would it cost (either in direct cost, or indirect costs of missed development opportunities) to preserve the species?  This calls for an informed judgement call – something that bureaucrats in general and politicians in particular are horribly bad at.  A structure much like a court, with appointed judges, would, I suspect, be the most likely human organization to make those judgements wisely.  A Supreme Conservation Court, if you will...

The Founding Document...

...of the World Wide Web.  This is the full text, with accompanying diagrams, of Tim Berners-Lee's original proposal to CERN, in March 1989.  This proposal led directly to the development of HTTP servers and web browsers, which in turn (because they were so intuitive and easy for mere mortals to use) ushered in the Internet world we live in today.  A fascinating read for anyone interested in the history of technology...

A “Changer”...

Ann McElhinney was a self-described typical European Liberal, with all the baggage that connotes – until she had a life-changing experience.  Here Ann describes that experience, and much more:

Saturday, April 14, 2012

Move a Bush? That'll be 200 Gs, Please...

Reader Larry E. passes along this story about $205,075 of stimulus money being used to transplant a manzanita bush.  He comments:
Well, here is our fine government at work. Hundreds of thousands to move and "nurture" a single plant. Paying people 10s of thousands to monitor it?? REALLY?? There sure are a lot of environmental groups making tons of money off this kind of thing. No wonder they run around trying to "protect" every species of plant and animal. They have a financial interest in seeing things classified as endangered or protected etc.
I've seen references before to this sort of bonanza for environmentalist groups (a key Obama/Democratic Party constituency).  What I haven't seen, though, is a rigorous accounting of such shenanigans.  I'll call it an unproven likelihood for now.

I dug a bit into the subject of the article Larry sent along, mainly because (as my long time readers will already know) I'm quite partial to manzanitas in general.  My yard is chock full of them, with beautiful specimens of all four of our local species.

The manzanita in question is Arctostaphylos hookeri franciscana, a subspecies of Arctostaphylos hookeriIt is readily available from commercial nurseries in several horticultural varieties, and is a commonly used landscaping plant in California.  It's also a denizen of a long roster of botanical gardens.  It is not “extinct” as most of us understand that word, as many thousands of individual plants are alive and well.  However, it is “extinct in the wild”, meaning that there are no known naturally occurring specimens.

Or at least there weren't until 2009:
Native San Francisco manzanita bush believed to be extinct in the wild for more than 60 years has been discovered in the Presidio surrounded by concrete and highway traffic.

The wild specimen of Franciscan manzanita was found by a San Francisco biologist who noticed the flowering plant as he was driving in his car.

News of the discovery was like a jolt of fertilizer for local botanists, who see it as an important opportunity to reintroduce to the local ecosystem a long lost part of the city's natural history.

"It's like the unicorn of San Francisco," said Daniel Gluesenkamp, who was returning home from a climate change conference in Sonoma on Oct. 16 when he spotted the plant after crossing the Golden Gate Bridge.

"It's a rare second chance to do it right this time ... to relink the chain of life that we broke," said Gluesenkamp, the director of habitat restoration at Audubon Canyon Ranch.

The ground-hugging shrub, uniquely adapted to San Francisco's natural sand dunes, wind and fog, has not been seen growing in the wild since 1947. That's when the last known patch was bulldozed at the old Laurel Hill Cemetery, which was paved over for homes and businesses.

Just before the bulldozers rumbled through, local botanist James Roof saved two specimens, which have been kept alive at Berkeley's Tilden Botanical Garden.

The plant, Arctostaphylos franciscana, has been reproduced and is sometimes sold as an ornamental plant, but experts consider the nursery variety to be a hybrid genetically unsuitable for reintroduction into the wild, as different from the original species as a German shepherd is to a wolf.
Well, that's a bit different, isn't it?  Maybe.  The assertion is that the commercial varieties are genetic hybrids, and “unsuitable for reintroduction”.  I didn't find any other support for that assertion anywhere, though in general the scientific papers that would support it aren't openly published on the web (dang it!).  So I just don't know if there really is an objective, science-based reason for extreme preservation measures for the individual plant discovered.

But even if there were such reasons, the price tag for transplantation (or “translocation” as the scientists called it) seems rather large.  Were there alternatives?  Well, of course there were.  At the very least, cloning the plant would have been very inexpensive – cloning a woody plant is generally quite easy, and has been a common practice for well over a century, by taking “cuttings” and rooting them.  And taking cuttings is the standard procedure for propagating manzanitas.  For a few hundred dollars, the scientists could have had hundreds of plants that were genetically identical to the individual plant in question (and I'm willing to bet that already they've done this along with moving the mother plant).  So the scientific justification – preserving the genome – could have been satisfied for much less money.  Any remaining reasons are, I think, totally sentimental.  And that's rather a lot of my tax dollars to spend for such sentiment...

The conservative blogosphere seems to have gone a little crazy over this story.  A google search found hundreds of hits, most in that world, and generally reacting much as Larry did.  However, I did find some mentions in the left-leaning blogsphere, and they were all rather negative about it as well.  It seems that the “optics” of this look bad to just about everybody...

Update:

Ah, I just found another reference (PDF) – possibly the original source for this story.  An excerpt:
FREY, M.*1 and CHASSE, M.2
1Presidio Trust, 34 Graham Street., San Francisco, CA 94129
2National Park Service, Fort Mason, Building 201, San Francisco, CA 94123

Saving the Franciscan Manzanita – a Plant Extinct in the Wild

In October 2009, the exciting discovery of an individual plant of Arctostaphylos franciscana (Franciscan manzanita) was made in the Doyle Drive corridor of the San Francisco Presidio. This discovery was significant because the Franciscan manzanita has been considered extinct in the wild for over sixty years. This discovery created the opportunity to bring Arctostaphylos franciscana back into the wild as a viable, reproducing, and self-sustaining species. Construction for the highway in the area of discovery was scheduled to begin in January 2010 leaving only twelve weeks to save the plant without delaying construction. Representatives from the Presidio Trust, the National Park Service, CalTrans, U.S. Fish and Wildlife Service, California Department of Fish and Game, and the Golden Gate National Parks Conservancy (five government agencies and one non-profit) all met and drafted a plan to save the plant. The plan had three primary objectives; first, to preserve for posterity the individual (mother plant) discovered in October 2009; second, to allow for the establishment of offspring from the mother plant (clones from rooted cuttings and rooted layers, as well as plants raised from seedlings) both in the wild through reintroduction and ecological restoration and through ex situ preservation of the mother plant offspring in botanical gardens and special nursery environments so that it can serve as an on-going source of genetic material for this purpose; and third, to propagate other known genotypes of the Franciscan manzanita so that at least three wild, self-sustaining populations of the Franciscan manzanita can be established utilizing this diversity of genotypes to promote the long term viability of this species in the wild. Generally, biodiversity conservation strives to protect rare species in situ, that is, in historic wild locations whenever possible. Following this principle, the ideal approach would be to preserve the mother plant in its current location. However, because retention at the discovery location was deemed infeasible because of undue risks associated with that location, the mother plant was translocated to an environmentally appropriate location within the Presidio. Between the discovery and construction in the area seeds, cuttings, and the plant itself were all salvaged. On January 23rd the 10-ton mother plant (with root ball) was moved to a new home in the Presidio.
This confirms a couple of things I guessed at earlier.  Note that the authors are from the Presido Trust and the National Park Service – both organizations are tightly aligned with the environmentalist movement (in fact, they're often accused of being “infected” with environmentalists in need of subsidies).  It's safe to assume that both of them are at least empathetic to the environmentalist mindset, and it's quite likely that they both are active environmentalists (in the modern, politicized sense of that word).  This is basically confirmed by what they state is their first objective in saving this specimen: “to preserve for posterity the individual (mother plant)”.  That is precisely the sentimentalist motive I mentioned earlier.  Their second objective is cloning, and their third is reintroduction.  Their first objective I reject as something that should be funded with my tax dollars (but if private individuals wanted to spend their money on it, I'd be glad to see it); the second and third objectives I would gladly see my tax dollars spent on.

Quote of the Day...

It's my blog; I can have two quotes of the day!  This one is from Mark Steyn:
Sometimes societies become too stupid to survive. A nation that takes Barack Obama's current rhetorical flourishes seriously is certainly well advanced along that dismal path. The current federal debt burden works out at about $140,000 per federal taxpayer, and President Obama is proposing to increase both debt and taxes.
Just last night I finished reading a rather awful book.  It's plot had the world making a sequence of incredibly stupid decisions until the hero came along and saved the world through sheer force of personality and intelligence.  After finishing the book (and vowing never again to read anything written by the author), I thought to myself that initially the plot was quite believable.  That is, the part where the world (society) was making a series of incredibly stupid decisions.  It became unbelievable only when the hero happened along.  

Reading Mark Steyn's piece this morning, I realized I was reading essentially the same plot.  Except, of course, Mr. Steyn's prose was ever so much more enjoyable than the book's...

Kip Hawley on Fixing Airport Security...

Kip Hawley was the head of the TSA for over three years, just before Obama took office.  He has a piece in today's Wall Street Journal in which he makes some surprising recommendations.  Among them: no more banned items (including liquids)...

Quote of the Day...

From an interview with Roger Scruton in the Wall Street Journal:
Many of the people who brand themselves as climatologists are not in the first rank of scientific minds, you know? I'm not really entitled to say that. But you do have a sense that these are guys who are not particularly good at mathematical modeling, they're not particularly good at computer science, they're not particularly good at physics, not particularly good at chemistry, but who put all those together . . . [and] become an 'expert.'
The interview is wide-ranging and quite interesting for more reasons than just the quote above.  Read the whole thing...

Doolittle Raid Survivors...

The Washington Times has video of some of the five survivors...

Friday, April 13, 2012

Your Morning Smile...

This is completely cool...


Daily Governor Awesome...


There's a Tax for That...

Remember this when you vote in November:

The Doolittle Raid...

April 18th, just a few days from now, is the 70th anniversary of Jimmy Doolittle's raid on Tokyo, in carrier-launched B-25 bombers.  This raid was a turning point in the war from the American perspective – the first time we hit back at the Japanese after their attack on Pearl Harbor and other Pacific targets.  The story of this raid is an incredible story of derring-do and ingenuity. 

This morning I was very surprised to read that five of the aviators on Doolittle's raid are still alive.  It's amazing that any of them survived the mission at all.  Many of the survivors had harrowing experiences after the raid: crash landings, shoot-downs, being taken prisoner, escaping through Japanese-held territory, grievous injuries.  Somehow I never expected that any of them would live into their 90s, but a few of them have.

The story of this raid was captured in a then-famous book (and subsequent movie) called Thirty Seconds Over Tokyo, written by Captain Ted Lawson (one of the participants in the raid).  My parents had a copy of that book, and it happens to be the first first-person historical account I ever read.  It kindled a lifelong interest in reading history, and to this day especially of World War II...

Thursday, April 12, 2012

A Little Drama, Please...

Start with a quiet little square in Belgium, a place where nothing really happens.  Then add a little drama...

Greatest Closing Paragraph Evah?

Scientific papers are not generally noted for their literary qualities (or even for their readability!).  So to see a such a science paper end like this is quite unusual:
An 
implication
 from
 this 
work 
is 
that 
elsewhere 
in
 the 
universe
 there 
could 
be 
life
 forms 
based 
on 
D 
amino
 acids 
and 
L
 sugars, 
depending 
on
 the 
chirality 
of 
circular
 polarized
 light 
in 
that 
sector 
of 
the 
universe or 
whatever 
other
 process 
operated 
to
 favor
 the 
L
α‐methyl 
amino acids 
in 
the 
meteorites 
that 
have 
landed 
on Earth.

 Such
 life
 forms
 could
 well
 be
 advanced
 versions
 of
 dinosaurs,
 if
 mammals
 did
 not
 have the
 good 
fortune
 to 
have 
the 
dinosaurs 
wiped
 out 
by 
an 
asteroidal 
collision, 
as 
on
 Earth. 

We 
would 
be 
better 
off 
not 
meeting 
them.
Via io9, where you can read more about it...

Pot Pie Night...

Wednesday night is “pot pie night” at the Descanso Junction Restaurant, and we were there last night.  At right is the chicken pot pie they served up for me: crosshatch puff pastry over a dish of curried chicken with just the right mix of chicken, sauce, and vegetables. 

For close to ten years now, the Descanso Junction Restaurant has been our favorite place to eat out.  We love the food, the generous portions, and the wonderful cast of characters who make us feel right at home there.  And they just keep getting better and better!

A Refreshing “Terms of Service”...

It's not often that your reaction to reading a legal document is “Hey, that was pleasant!”  Check out the right-hand column in the linked terms of service for the site 500px...

Wednesday, April 11, 2012

Cat's Paw...

Ptilotus spathulatus, aka “cat's paw” or ”pussytails”.  I saw this while in Australia, back in the '70s.  They feel just like they look like they'd feel.  I had no idea what it was, but I sure enjoyed it.  As always, click to enlarge.  Via BPOD...


Race: His First Competition...

This past weekend Debbie ran both Miki and Race in an agility competition.  This was Race's very first such competition.  In the video below you can see Race make some “newbie” errors (like knocking down the bar on a jump, or missing the weave poles).  But you can also see some fantastic speed – he looks like he's roughly twice the speed of Miki.  Several times you can see him leaving Debbie far behind.  The numbers bear this out: this course was rated at 44 seconds, and he did it in about 20 seconds.  Watch out, world!  Race is on the way!

Geostationary Satellites...

Look closely at this time-lapse movie and you'll see a line of “stars” that don't move as the real stars rotate.  Those are geostationary satellites – mostly telecommunications satellites – all orbiting about 25,000 miles high.  Their orbits take 24 hours, so they appear to be motionless in the sky above us.  They're all very close to the Earth's equatorial plane; if they were off this plane, they would appear to make a figure-eight pattern in the sky.  From APOD, of course.