Another Sunday, another set of fabulous images.
(Thanks to Su for sending them on to me.)
More of these in a week’s time.
Meantime, you all look after yourselves and all your loved ones.
Dogs are animals of integrity. We have much to learn from them.
Year: 2016
As shared by Roger Davis, a gliding colleague from way back.
and
The things we do for fun!
Have a wonderful weekend, everyone, whatever your attitude!
Will you help my son support Parkinson’s UK?
Back on the 24th of February I published a post under the title of Personal Journeys. It opened thus:
Life is a one-way track.
Those of you who follow this place on a regular basis know that last Friday I published a post under the title of Friday Fondess. You will also know that later that same day I left this comment to that post:
Thus, as heralded, I am going to write some more.
You would not be surprised to hear that the last few days have been an emotional roller-coaster, for both Jean and me. Including on Monday Jean hearing from our local doctor here in Grants Pass, OR, that a recent urine test has shown that Jean has levels of lead in her bones some three times greater than the recommended maximum. While our doctor is remaining open-minded it remains to be seen whether Jean is exhibiting symptoms of lead poisoning, whether the lead is a possible cause of the Parkinson’s disease (PD), see this paper, or whether it is a separate issue to be dealt with.
Both my son and my daughter, Alex and Maija, have been very supportive. Alex has even decided to ride in the Ride London 2016 and raise funds for the notable charity Parkinson’s UK. Parkinson’s Disease is affecting more and more people and there is a great incentive to help any charity in pushing back against this disease. As the sub-title on that Parkinson’s UK home page declares, “CHANGE ATTITUDES, FIND A CURE, JOIN US.”
Alex has started a little blog to record his preparation for his charity ride:
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This is my blog about training for Ride London 2016, on it I will detail what I get up to, who I’m raising money for and also cycling kit reviews as well.
So I entered the ballot for ride London this year and was unlucky, probably as I’m one of 20,000 odd middle aged men in Lycra (MAMIL) who try to get in every year, so I got my lovely rejection magazine and a cycling top as well.
I then found out that my stepmum Jean, has just been diagnosed with Parkinson’s disease, so I thought I would enter on a charity place and raise some much needed funds for research into this disease. Found out last week that I have been lucky to get onto a charity place and so the training begins…
Link to my fundraising page, thanks
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Please, please if anyone would like to chip in anything at all you can trust me that it will be greatly appreciated by Alex and all those around him. Donations, both from within the UK and overseas, may be made by going here.
Thank you!
Is there a case for optimism? You bet there is!
To be honest, at a personal level I just don’t know the answer to that question. It seems to depend on the mood that Jean and I are in at any particular time. All I can fall back on is that well-used saying from me: “Never underestimate the power of unintended consequences”.
In other words, we shouldn’t underestimate the strength of millions of good people when their demands start reaching out to those in power. (And whatever your reaction to this post, please don’t miss watching the inspirational Al Gore speech towards the end of this post.)
Recently over on the Grist site there was an article about the critical changes that each and every one of us should be making. I want to share it with you in full.
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Continuing the stark assessment of where we are today.
In yesterday’s post I covered the first five of the eleven facts about sea-level rise. Here are the rest of those facts.
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The beat of a butterfly’s wings.
From Wikipedia:
The Butterfly Effect is a concept that small causes can have large effects. Initially, it was used with weather prediction but later the term became a metaphor used in and out of science.[1]
In chaos theory, the butterfly effect is the sensitive dependence on initial conditions in which a small change in one state of a deterministic nonlinear system can result in large differences in a later state. The name, coined by Edward Lorenz for the effect which had been known long before, is derived from the metaphorical example of the details of a hurricane (exact time of formation, exact path taken) being influenced by minor perturbations such as the flapping of the wings of a distant butterfly several weeks earlier. Lorenz discovered the effect when he observed that runs of his weather model with initial condition data that was rounded in a seemingly inconsequential manner would fail to reproduce the results of runs with the unrounded initial condition data. A very small change in initial conditions had created a significantly different outcome.
We all live in an interconnected world. Frankly, it’s such an obvious statement that one presumes that very few would not agree with the sentiment expressed within it.
But (and you knew there was a ‘but’ coming, didn’t you!) very few of us (and I include Jean and me to a very great extent) really understand, “A very small change in initial conditions had created a significantly different outcome.”
Take these few items; more or less randomly read over the last few days.
Such as this post over on Patrice Ayme’s blog.
Biblical Flood Starting Anew
Abstract: update on Sea Level Rise. The meat of the essay is at the end, in the section “THE SITUATION IS ACTUALLY CATACLYSMIC“.
Heard of The Flood? As in the Bible? Sea level rose 120 meters (400 feet), in the period centered around 10,000 years ago. The cause? More than half of Earth’s ice melted in a few millennia, During the rest of the early Holocene, the rate of rise of the world’s ocean reached peaks as high as 60 millimeters (2.5 inches) per year. The melting of the ice happened because Earth’s positional and orbital parameters had made northern hemisphere’s summers too warm (most of the ice shields rested on the large continents of the north). Nowadays only two enormous ice shields are left: Greenland and Antarctica.
Those who enjoy catastrophes will love it: we have 75 meters of further sea rise to enjoy pretty soon, on our way to a Jurassic climate (the Jurassic was characterized by gigantic warm shallow seas on top of the continents). Here was the situation in the Miocene, when CO2 was at 500 ppm (where we will be at in ten years, see conclusion below).
Patrice said that the essence, the meat, of his essay was at the end. Here are his closing words:
Three scientific papers published in the last two months support my, admittedly drastic, point of view. One observed the collapse of a colossal glacier in northwest Greenland, eaten by a current at one degree C. It was a miniature reproduction of what to expect for entire ice shields. Two others observed the past, and that Antarctica was unstable at 500 ppm CO2. What they did not say is how dramatic the situation was. Indeed, sounding moderate is how they get funded by a benevolent, plutocratically ruled government (and by government, I also mean the corrupt Supreme Court, not just the latest elected buffoons). The scientists who evoked the 500 ppm of CO2 omitted two significant details, where the devil lurks. They claimed that it would take 30 years to get there. That’s not correct; at the present rate, we will add 100 ppm of CO2 within 25 years. But not just that: there are other man-made GreenHouse Gases (GHG): CH4, NOx, Fluorocarbons, etc. All these gases warm up the lower atmosphere much more than CO2. So the correct measurement is not CO2 ppm, but CO2 EQUIVALENT ppm.
We are right now ABOVE 450 ppm in EQUIVALENT CO2, and will be at 500 ppm within ten years. Let’s hope there will be more boats than on the Titanic.
Patrice Ayme’
P/S: If anything, the preceding is a conservative estimate. Indeed very serious scientists evaluated already the man-made greenhouse gases at 478 ppm in 2013. This means we will be above 500 ppm in CO2 equivalent within six years, in line with my previous analyses, such as “Ten Years To Catastrophe“. See:
http://oceans.mit.edu/news/featured-stories/5-questions-mits-ron-prinn-400-ppm-threshold
Now it’s not all ‘doom and gloom’ and there is much that each and every one of us can do. More of that in Interconnections Three on Thursday.
But to continue with this ‘wake up call’ I’m going to republish in full an item that was recently published over on Mother Nature Network: 11 alarming facts about sea-level rise. To stop today’s post being excessively long, I’m going to split that MNN article over today and tomorrow. Here are the first 5 alarming facts. (Don’t read them just before turning the light out when going to bed tonight!)
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Celestial rhythms
This seemed a rather appropriate post for today, February 29th.
Republished from here within the terms of The Conversation.
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The number 2016 divided by 4 equals 504, exactly – with no remainder, which makes the year 2016, like the upcoming years 2020, 2024 and 2028 (and beyond), a leap year. We will get an “extra” day, February 29.
This pattern will repeat until 2100, when the cycle breaks. Though 2100 is exactly divisible by 4, there is an exception – for years whose number is exactly divisible by 100. (On top of that, there’s another exception – for years exactly divisible by 400. So 2400 will be a leap year. Mark your calendars now.)
Where do these quadrennial liberties with our calendar originate?
In the stars, of course.
One of the simplest joys of life is to watch the stars, night after night, month after month, year after year. They become old friends. They spend a season, and then move on. Or rather, it is we who move on – ever advancing around the sun toward next week’s deadlines, new constellations, new fashions and new ideas.

I imagine myself late one night, eight months from now, remembering the overfull recycling bin, at midnight on trash day. As I try to quietly dump wine bottles into the yellow-topped container, there striding over the eastern skyline is Orion. Back again is my ancient friend, telling me that winter is near, and that I have ridden this miraculous rock almost another full lap around my home star. Rigel shimmers its blue-white light, the twinkle in the eye (the knee, actually) of a companion who has visited me, annually, every place on Earth I have lived since childhood. Even to the Southern Hemisphere, the steady Orion came for a summer visit – cartwheeling upside down, feet over hands.
It is from these celestial cycles that our concepts of time originate, and, ultimately, from which we gain the leap day.
The sidereal year is the length of time it takes for the Earth to return to the same place with respect to the “fix’d” and “constant” stars, so that Orion appears exactly in the same place in the sky, at exactly midnight, 365.2563 days later. Stellar friends like that don’t stand you up; they keep their appointments to seven-digit precision (and more).

Our Western calendar is tied to the tropical year – the time between successive vernal equinoxes. At that moment, the sun’s position in the sky is exactly where the ecliptic (the plane of the solar system and the path that the planets take as they move through the constellations) crosses the celestial equator (the projection of the Earth’s own equator onto the celestial sphere). Straddling the celestial equator, the sun splits its time exactly between the day side and the night side of the Earth. It returns to that place again in roughly 365.24219 days. Roughly.
Now you can see where those alternating “divisible by 4, 100 and 400” leap year rules originate.
At the end of 365 days, there are still 0.24219 days (just shy of six hours) to go before Earth gets back to the equinox line.
After four years, however, this fractional 0.24219 of a day adds up to 0.96876, which is pretty close to one full day. If we were using only a 365-day calendar, the stars, and more importantly the months, corresponding to the seasons – crucial for agricultural societies – would slip behind. This was apparent to the Romans in the first century, as well as to the Olmecs and the Maya on the other side of the world.
Thus decreed Julius Caesar in 46 B.C.: that every four years an extra day would be added to February. It was called the Julian calendar. But adding one day every four years, in order to make up for that 0.96876 of a day in orbital spare change, is overcompensating. Caesar’s “every four” leap year prescription adds 0.03124 of a day too much. This makes the Julian calendar run fast by just over 600 seconds per year.

Like with the spare coin jar in our house, small change like that takes a while to add up. It wasn’t until the age of Pope Gregory XIII, in 1582, that this mismatch was becoming a problem. After consultation, presumably with God, but particularly with his astronomer, Christopher Clavius, the pope adopted Clavius’ clever solution.
The Julian calendar runs fast by 0.03124 of a day every four years; multiply both sides by 100, and see an excess of about three days after 400 years. Clavius’ solution was to make centuries exceptions – but that would lose too much, four days in 400 years, not three. So Clavius added one back, once every 400 years, starting in 1600.
This Gregorian calendar, which we use today, has the following rules:
Even with this refinement, there is still orbital change left over. But now we are talking about temporal shavings that are quite small. At this level of precision, other wobbles in the relation of the Earth’s rotational period (the day) and its revolution period (the year) have to be taken into account.

Keeping track of minute effects like this is the job of the International Earth Rotation and Reference Systems Service, which controls the addition (or deletion) of leap seconds. For example, a second was added to Coordinated Universal Time by the service on June 30, 2015, due largely to the slowing of the Earth’s rotation by the gravitational pull of the moon.
There are other sources of calendar slip: the 8.9 magnitude earthquake that triggered the Japanese tsunami on March 11, 2011, for example, shifted the planet’s mass distribution enough to decrease the length of a day by 1.8 microseconds. This will add up to about a second after 1,500 years.
Personally, I think we should make February 29, leap day, a global holiday. It should be considered a gift to ourselves, like taking that accumulated spare change to the grocery store coin-counting machine, and trading it for some easier-to-spend bills. It should be a day of celebration, a reward for saving that quarter of a day over the last four years, to be spent on something frivolous. Or it could be a special day to realign our sense of hourly routines, weekly trash pickups, the race to fulfill monthly quotas, to the celestial schedule.
Without that extra day every fourth year, our ancient friends would begin to miss their annual appointments, and start to fall behind in wishing us prompt birthday greetings, like forgetful Facebook friends. Without February 29, roughly, every four years, the “constant stars” would cease to be constant.
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So there! Now you know!
You all spend this extra day peacefully and happily.
Sue, and everyone else, we returned from seeing Dr. Lee, the neurologist, a little under two hours ago. Dr. Lee’s prognosis is that Jean is showing the very early signs of Parkinson’s disease, and Jean is comfortable with me mentioning this.
Everyone’s love and affection has meant more than you can imagine. I will write more about this next week once we have given the situation a few ‘coatings of thought’.
Jean sends her love to you all!