Fossil fuel use still growing and will provide over 80% of global energy in 2035

February 20, 2015

The BP Energy Outlook for 2035 is out.

  • In absolute terms total energy usage will grow 37%.
  • Two-thirds of the increase in demand is met by fossil fuels. Roughly one-third of the increase in energy demand is provided by gas, another third by oil and coal together, and the final third by non-fossil fuels.
  • In 2035 fossil fuels will still provide 81% of the world’s energy (down from 86% in 2013).

It is fortunate that man-made carbon dioxide emissions are of little significance for global warming since man-made carbon dioxide emissions will increase by over 50% in the next 20 years. But it is unfortunate that the global warming/extreme climate lobby will continue to waste precious resources in attacking something quite irrelevant. So far a massive increase in emissions has caused no global warming for over 18 years. perhaps the fanaticism will decline after another 20 years (probably when the current crop of “climate scientists” have retired).

BP Energy Outlook 2035

BP Energy Outlook 2035

Net global warming?

February 19, 2015

Climate is the integral of local weather across space and time. This is only weather of course as the bitter cold sweeps across the eastern US.

The coldest outbreak of the season is pushing south into the eastern United States this week. Temperatures will be running as low as 30 to 40 degrees below normal across the Ohio Valley and Mid-Atlantic on Friday morning. Thursday night’s departure from normal temperatures is shown above in Celsius. tropicaltidbits.com via Washington Post

 

If you want it to survive, print it out!

February 17, 2015

The Google VP Vint Cerf has been warning of the dangers of the loss of digital material as newer programs become unable to read older files and as digital material is corrupted.

Guardian:

Piles of digitised material – from blogs, tweets, pictures and videos, to official documents such as court rulings and emails – may be lost forever because the programs needed to view them will become defunct, Google’s vice-president has warned.

Humanity’s first steps into the digital world could be lost to future historians, Vint Cerf told the American Association for the Advancement of Science’s annual meeting in San Jose, California, warning that we faced a “forgotten generation, or even a forgotten century” through what he called “bit rot”, where old computer files become useless junk.

Cerf called for the development of “digital vellum” to preserve old software and hardware so that out-of-date files could be recovered no matter how old they are.

“When you think about the quantity of documentation from our daily lives that is captured in digital form, like our interactions by email, people’s tweets, and all of the world wide web, it’s clear that we stand to lose an awful lot of our history,” he said.

“We don’t want our digital lives to fade away. If we want to preserve them, we need to make sure that the digital objects we create today can still be rendered far into the future,” he added.

It’s my birthday today and it comes as a sobering thought as I look around my study, that the only things in here that are older than myself are around 20 books which were published and printed in the first half of the 20th century. There is not a single artefact that is older than me. There is one book here printed towards the end of the 19th century.

If you want any writings or images or presentations to have a chance of surviving 100 years, PRINT IT OUT. That may not be enough but it stands a better chance on paper than as a digital file. (I have a large granite rock – a 2m tall “obelisk” – in my garden and possibly the surest way to leave my mark would be to carve something into it. It will have to be symbols since the alphabet may be long forgotten in 10,000 years).

Mysterious high altitude Martian plume — probably manoeuvres of the Earth invasion fleet

February 16, 2015

There is a new paper in Nature:

A. Sánchez-Lavega et al, An extremely high-altitude plume seen at Mars’ morning terminatorNature(2015),

doi:10.1038/nature14162

Abstract: ……. Here we report the occurrence in March and April 2012 of two bright, extremely high-altitude plumes at the Martian terminator (the day–night boundary) at 200 to 250 kilometres or more above the surface, and thus well into the ionosphere and the exosphere. …….. They were spotted at a longitude of about 195° west, a latitude of about −45° (at Terra Cimmeria), extended about 500 to 1,000 kilometres in both the north–south and east–west directions, and lasted for about 10 days. The features exhibited day-to-day variability, and were seen at the morning terminator but not at the evening limb, which indicates rapid evolution in less than 10 hours and a cyclic behaviour. We used photometric measurements to explore two possible scenarios and investigate their nature. For particles reflecting solar radiation, clouds of CO2-ice or H2O-ice particles with an effective radius of 0.1 micrometres are favoured over dust. Alternatively, the plume could arise from auroral emission, of a brightness more than 1,000 times that of the Earth’s aurora, over a region with a strong magnetic anomaly where aurorae have previously been detected. Importantly, both explanations defy our current understanding of Mars’ upper atmosphere.

Mars plume

The plume appeared twice in 2012, and stretched for 1,000km (via BBC)

 

Of course what it really was, was the Martian fleet on manoeuvres.

The fleet consists of millions of minute – by Earth standards – spacecraft. Each carries a strand of aggressive RNA specially tailored to modify the DNA of earth based species. They are due to invade Earth probably in February 2018.

This will be the Third Martian Invasion of Earth. The First Invasion introduced life to Earth. The Second got rid of the dinosaurs who were not performing or evolving to expectations. This Third Invasion is to correct the cumulative errors – as perceived by the Martians – building up in human DNA.

On the legitimacy and morality of taxation

February 16, 2015

These are two questions that I have been wrestling with. First whether the concept of taxation of individuals by a state is legitimate and moral, and second, what basis of taxation is the least unjust. Here I just consider the legitimacy and morality of the concept of taxation.

Anarchists and libertarians see taxation as theft. They see it as the oppression of the individual (private or corporate) by the greater society – ostensibly for the “common good”. Communists and socialists see it otherwise. For them there is no individual ownership of property and all wealth is owned by the masses. It is a manifestation of the conflict interface between an individual and the larger society. Some – libertarians for example – suggest that the “greater society” cannot abrogate to itself an authority which is not delegated to it by its individual members. And the power to confiscate the property or wealth of some of its members is not an authority that originates with the individual “victim”. Liberal democrats would argue that taxation is merely the membership fee for individuals to be part of the “club” represented by the “greater society”.

There have been many headlines in the last week about HSBC and the manner in which it has assisted its clients to avoid and evade taxation (where avoidance is legal whereas evasion is illegal). The indignation of politicians rings rather hollow. That the poor resent the rich is not surprising. It is inevitable that in a “democracy” the majority poor will seek to oppress the rich minority. But the bottom line is that all taxation is a confiscation of an individual’s property or wealth by a society (state). It is confiscation by force or under the threat of force. But much of the recent turbulence is based on envy and resentment and of various socialist politicians attempting to create a populist wave out of such resentment and envy. (Of course they conveniently forget that the poor are not poor because the rich are rich. Most are poor because they do not, or do not have the opportunity to, create wealth).

I am persuaded that the concept of taxation as practised today is immoral. It is fundamentally a coercion of an individual by a larger (stronger) society. It is an enforced confiscation (by threat of legal action) of an individual’s property or wealth. It cannot be seen as a membership fee for being a member of the society because leaving (or being expelled from) the society is not an option. It is closer to the extortion of “protection money” than to the membership dues for a golf club. The use to which the funds are put is irrelevant. The key point is whether the payment is voluntary or coerced. When early Christians paid a “tithe” to the Church voluntarily it was not immoral. But when the payment was coerced and no longer voluntary, the system became immoral. Similarly Islam requires the payment of zakat on individual wealth over the minimum nisab and this also shifted from a quite unexceptionable and moral voluntary payment to become an obligatory and immoral coercive confiscation.

I don’t quarrel with the need for any society to generate “common funds” to improve the well being of that society. But the legitimacy of appropriating the funds lies only in that the society (state) is stronger than the individual. Might becomes right. I come to the conclusion that a tax code by which the amount a “good citizen” should contribute to society is calculated is quite moral as long as the payment is then voluntary. There would be no moral issue if all taxation was voluntary. The immorality lies in the use of threat or force to confiscate the payment. It is the oppression of the minority by the majority which is immoral. (I observe that all democracies use the very fact of being a “democracy” as being a justification for the oppression of minorities when that is the will of the majority. As if being in the majority – by and of itself – ensures proper behaviour). But, the good socialist will argue, compulsory payment of tax is necessary to ensure the funds for the common good. Without coercion society as a whole would suffer. The common good – as seen by the majority – is worth the oppression of the minority who do not pay their dues.

And so we come full circle. The end justifies the means. Oppression of the minority by a majority is acceptable for the good of the majority. A society must be able to use force and coercion against its own minorities for the greater good. Taxation is made legitimate only because the state is stronger than the individual.

But that does not alter the fact that involuntary taxation is fundamentally immoral.

Whether a tax code should be based on wealth creation or wealth consumption is a question for another day.

Mysterious 6,000 year old Neolithic tool

February 15, 2015

Photo: Trond Meling, Universitetet i Stavanger

 

It is wooden, about 6,000 years old and was found at a stone age settlement at Sømmevågen, near Stavanger Airport in Norway. It is about 20cm long.

The slit which looks to be about 10cm long and about 0.5cm wide suggests to me that its application was connected to the collection/gathering/ sorting and twisting of some kind of fibre material (early rope?). My guess is that this is an early “weaving” tool.

Wooden stone age tools are rare but not unknown. The remains of wooden paddles, handles for axes, lances and even front-weighted throwing spears have been found. Certainly the use of natural fibres to make string/rope would have been known by this time. To “weave” these into early versions of strip and cloth would have required some wooden tools.

Predatory owls cause alarm in Oregon

February 14, 2015

Bush’s Pasture Park, Salem, Oregon

Warning for predatory owls - Bush's Pasture park, Salem Oregon

Warning for predatory owls – Bush’s Pasture park, Salem Oregon

 

Hearing came before ears existed (as sight must have come before eyes)

February 12, 2015

Of course all our senses lie in the brain and not in the sensors receiving the input from our surroundings. So while our ears, eyes, skin and taste-buds detect certain physical characteristics and convert them into electrical signals, it is our brains which interpret the electrical signals they receive as being sound or colour or taste or heat. Our sense organs are merely transducers, converting some physical characteristic into an electrical signal. So how did the brain evolve and develop the interpretation “software” for these signals before the sensors had even been developed?

Two new papers show that Lungfish and salamanders can hear, despite not having an outer ear or tympanic middle ear. 

  1. C. B. Christensen, H. Lauridsen, J. Christensen-Dalsgaard, M. Pedersen, P. T. Madsen. Better than fish on land? Hearing across metamorphosis in salamanders. Proceedings of the Royal Society B: Biological Sciences, 2015; 282 (1802): 20141943 DOI: 10.1098/rspb.2014.1943
  2. K. Knight. Lungfish hear air-borne sound. Journal of Experimental Biology, 2015; 218 (3): 329 DOI: 10.1242/%u200Bjeb.119487

Aarhus University Press Release:

Lungfish and salamander ears are good models for different stages of ear development in these early terrestrial vertebrates. Two new studies published in the renowned journals Proceedings of the Royal Society B and The Journal of Experimental Biology show that lungfish and salamanders can hear, despite not having an outer ear or tympanic middle ear. The study therefore indicates that the early terrestrial vertebrates were also able to hear prior to developing the tympanic middle ear. …….

……. However, available palaeontological data indicate that the tympanic middle ear most likely evolved in the Triassic period, approximately 100 million years after the transition of the vertebrates from an aquatic to a terrestrial habitat during the Early Carboniferous. The vertebrates could therefore have been deaf for the first 100 million years on land. ….. 

…… They studied the hearing of lungfish and salamanders by measuring auditory nerve signals and neural signals in the brainstem as a function of sound stimulation at different frequencies and at different levels. Surprisingly, the measurements showed that not only the terrestrial adult salamanders, but also the fully aquatic juvenile salamanders – and even the lungfish, which are completely maladapted to aerial hearing – were able to detect airborne sound despite not having a tympanic middle ear. By studying the animals’ sense of vibration, the researchers were able to demonstrate that both lungfish and salamanders detect sound by sensing the vibrations induced by sound waves. …..

My experience in the engineering world suggests that there must be a connection  – a feedback loop – between the “software” interpreting the signals in a brain and the development of the transducers generating the signals. For example, rotating equipment (turbines, compressors or pumps) are routinely plastered with pressure and temperature and stress (really just pressure) sensors. But the 4 – 20 mA signals they generate have to be interpreted by software in a brain. Over the last 40 years I have observed that simple interpretation software has led to improved (more focused and more accurate) sensors which has in turn given even more sophisticated software.

And so it must have also been with our senses. Primitive brains must have interpreted some “sound waves” picked up incidentally as “sound”. Some feedback loop must have then provided the impetus for the evolution of a “sound detector”. The improved sensor would then have increased the sophistication of the interpretation in the brain and given rise to further development of the sensors. Today our ears detect pressure waves of frequency between 20 and 20,000 Hz and convert them into electrical nerve signals interpreted by the brain as sound. Evolution is really not about pro-active selection of advantageous characteristics but of deselection of those not fit enough to aid survival. Evolution has nothing to do with the selection of the “best” or even of the “fittest” characteristics but is all about deselection of those having an insufficient fit. Of course in a competitive environment between individuals, those with “advantageous characteristics” would surely have helped in the culling – directly or indirectly – of the less fit. But that begs the question as to why we cannot hear ultrasound? Was the ability to hear ultrasound of no survival benefit? Was it too much for the “software”? Or was the audible range just a compromise between range on the one hand and intricacy of the sensor on the other?

There must have been a similar start to the development of sight. The incidental or accidental detection of certain frequencies of electromagnetic radiation must have led to a feedback loop between the interpretation software in the brain and the development of suitable sensors. And now our eyes detect electromagnetic radiation of frequency between 430 and 790 terraherz (TH) and convert them into electric signals which are sent to the brain for interpretation. We find benefit in cameras which can “see” uv and infrared light. But it is not an ability that has evolved in our eyes.

I begin to think that in considering evolution we must distinguish between external forces which direct the death of unfit species (environmental changes mainly) and the internal forces within the individuals of a species which leads to “deficient” individuals being “deselected”. And the feedback loop between the brain and our sensory organs – which is no doubt still operating – is probably one such internal force.

To put it crudely, our ears and our eyes are as good as they are because those individuals who had worse ears or eyes could not survive to reproduction. And our ears and eyes are not any better than they are because being any better does not contribute to any increased survival and reproduction.

Solar Cycle 24 passes maximum? Low sunspot numbers and climate cooling indicated for next two cycles

February 11, 2015

It is not completely certain but it does look like Solar Cycle 24 has just passed its maximum. The maximum was initially expected to be reached in late 2012 and gradually drifted to late 2013. Now it would seem that this may not have occurred till late 2014.  While the minima at the beginnings of SC 23 and 24 seem to have been c. 12 years apart, the maxima are closer to 14 years apart.

SC24 2015 January  From NASA Hathaway

SC24 2015 January From NASA Hathaway

The length of Solar Cycles is thought to be linked to the solar activity to be expected in the following 2 cycles. Periods much longer than the average of 11.2 years seem to lead to decreased subsequent activity, lower sunspot numbers and also lower global temperatures.

Solheim et al predicted lower sunspot activity and cooler times during SC 24. Now it would seem this will also be the prevailing paradigm through SC25 and perhaps even SC26. Another two decades of reduced sunspot activity and a global cooling carried by the ocean cycles would seem to be on the cards.

Abstract

Relations between the length of a sunspot cycle and the average temperature in the same and the next cycle are calculated for a number of meteorological stations in Norway and in the North Atlantic region. No significant trend is found between the length of a cycle and the average temperature in the same cycle, but a significant negative trend is found between the length of a cycle and the temperature in the next cycle. This provides a tool to predict an average temperature decrease of at least 1.0ºC from solar cycle 23 to solar cycle 24 for the stations and areas analyzed. We find for the Norwegian local stations investigated that 25–56% of the temperature increase the last 150 years may be attributed to the Sun. For 3 North Atlantic stations we get 63–72% solar contribution. This points to the Atlantic currents as reinforcing a solar signal.

They write:

The length of a solar cycle is determined as the time from the appearance of the first spot in a cycle at high solar latitude, to the disappearance of the last spot in the same cycle near the solar equator. However, before the last spot in a cycle disappears, the first spot in the next cycle appears at high latitude, and there is normally a two years overlap. The time of the minimum is defined as the central time of overlap between the two cycles (Waldmeier, 1939), and the length of a cycle can be measured between successive minima or maxima. A recent description of how the time of minimum is calculated is given by NGDC (2011): “When observations permit, a date selected as either a cycle minimum or maximum is based in part on an average of the times extremes are reached in the monthly mean sunspot number, in the smoothed monthly mean sunspot number, and in the monthly mean number of spot groups alone. Two more measures are used at time of sunspot minimum: the number of spotless days and the frequency of occurrence of old and new cycle spot groups.”

It was for a long time thought that the appearance of a solar cycle was a random event, which means that each cycle length and amplitude were independent of the previous. However, Dicke (1978) showed that an internal chronometer has to exist inside the Sun, which after a number of short cycles, reset the cycle length so the average length of 11.2 years is kept. Richards et al. (2009) analyzed the length of cycles 1610–2000 using median trace analyses of the cycle lengths and power spectrum analyses of the O–C residuals of the dates of sunspot maxima and minima. They identified a period of 188±38 years. They also found a correspondence between long cycles and minima of number of spots. Their study suggests that the length of sunspot cycles should increase gradually over the next ~75 years. accompanied by a gradual decrease in the number of sunspots.

An autocorrelation study by Solanki et al. (2002) showed that the length of a solar cycle is a good predictor for the maximum sunspot number in the next cycle, in the sense that short cycles predict high Rmax  and long cycles predict small Rmax. They explain this with the solar dynamo having a memory of the previous cycle’s length.

Assuming a relation between the sunspot number and global temperature, the secular periodic change of SCL may then correlate with the global temperature, and as long as we are on the ascending (or descending) branches of the 188 year period, we may predict a warmer (or cooler) climate.

It was also demonstrated (Friis-Christensen and Lassen, 1992, Hoyt and Schatten, 1993 and Lassen and Friis-Christensen, 1995) that the correlation between SCL and climate probably has been in operation for centuries. A statistical study of 69 tree rings sets, covering more than 594 years, and SCL demonstrated that wider tree-rings (better growth conditions) were associated with shorter sunspot cycles (Zhou and Butler, 1998).

Whither global warming? Not Harvard

February 10, 2015

Climate is an integral of local weather over time and space . If climate change (specifically global warming) does not show up as weather then it does not exist. From The Harvard Crimson:

Snow on Plympton

A student walks down Plympton St. on Monday evening, flanked by growing piles of snow. – Harvard Crimson

 As many Harvard schools cancel classes Tuesday for the third time in as many weeks — only its fourth snow day since one in 1978—administrators have begun to consider ways to compensate for lost instructional time. ……. 

……. Harvard has had only five snow days in the last four decades; before this semester, the only other two were in 2013 and 1978. …..

 …….. Between 2013 and 2015, Harvard has seen four of its five snow days in four decades. In 1977, before a snow day in 1978, former Dean of Students Archie C. Epps III joked that, “Harvard University will close only for an act of God, such as the end of the world.”

It wasn’t a joke.

Clearly snow days are to be taken as an Act of God where I take “God” to represent the natural variations in weather (and climate) which are beyond the wit of man to influence. But it does take some imagination for a winter snow storm to be equated to the “end of the world”. A summer snow storm might better qualify!