10 of the 17 eurozone countries have agreed to adopt a financial transactions tax (FTT), often known as a ‘Tobin tax’ after James Tobin who first proposed such a tax back in 1972. The European Commission has backed the proposal, which involves levying a tax of 0.1% on trading in bonds and shares and 0.01% on trading in derivatives.
The 10 countries, France, Germany, Austria, Belgium, Greece, Italy, Portugal, Slovakia, Slovenia and Spain, and possibly also Estonia, hope to raise billions of euros from the tax, which will apply whenever at least one of the parties to a trade is based in one of the 10 (or 11) countries.
On several occasions in the past on this site we’ve examined proposals for such a tax: see, for example: Pressure mounts for a Tobin tax (update) (Nov 2011), A ‘Robin Hood’ tax (Feb 2010), Tobin or not Tobin: the tax proposal that keeps reappearing (Dec 2009) and A Tobin tax – to be or not to be? (Aug 2009). Tobin taxes are also considered in Economics (8th ed) (section 26.3) and Economics for Business (5th ed) (section 32.4).
As we noted last year in the blog Is the time right for a Tobin tax?, the tax is designed to be too small to affect trading in shares or other financial products for purposes of long-term investment. It would, however, dampen speculative trades that take advantage of tiny potential gains from very short-term price movements. Such trades account for huge financial flows between financial institutions around the world and tend to make markets more volatile. The short-term dealers are known as high-frequency traders (HFTs) and their activities now account for the majority of trading on exchanges. Most of these trades are by computers programmed to seek out minute gains and respond in milliseconds. And whilst they add to short-term liquidity for much of the time, this liquidity can suddenly dry up if HFTs become pessimistic.
Supporters of the tax claim that it will make a major contribution to tackling the deficit problems of many eurozone countries. Critics claim that it will dampen investment and growth and divert financial business away from the participating countries. The following articles look at the arguments.
EU Commission backs 10 countries’ transaction tax plan Reuters, Jan Strupczewski (23/10/12)
EU ‘Robin Hood’ tax gets the nod fin24 (23/10/12)
European financial transaction tax moves step closer The Guardian, Larry Elliott (23/10/12)
Financial transaction tax for 10 EU states BBC News (23/10/12)
Rejecting a Robin Hood tax would be a spectacular own goal The Guardian, Max Lawson (11/10/12)
More than 50 financiers back Robin Hood Tax The Robin Hood Tax (23/10/12)
Topical Focus – Transaction Taxes Tax-News (23/10/12)
Could a transactions tax be good for capitalism? BBC News, Robert Peston (3/10/11)
A Tax to Kill High Frequency Trading Forbes, Lee Sheppard (16/10/12)
Questions
- Explain how the proposed financial transactions tax will work.
- Why would many parties to trades who are not based in one of the 10 participating countries still end up paying the tax?
- What are likely to be the advantages and disadvantages of the proposed tax?
- Is it appropriate to describe the proposed FTT as a ‘Robin Hood Tax’?
- How does a financial transactions tax differ from the UK’s stamp duty reserve tax?
- Explain why the design of the stamp duty tax has prevented the flight of capital and trading from London. Could a Tobin tax be designed in such a way?
- What are HFTs and what impact do they have on the stability and liquidity of markets?
- Would it be desirable for the FTT to ‘kill off’ HFTs?
As resources become scarce, the price mechanism works to push up the price (see, for example, Box 9.11 in Economics 8th ed). If you look at the price of petrol over the past few decades, there has been a general upward trend – part of this is due to growth in demand, but part is due to oil being a scarce resource. Many millions have been spent on trying to find alternative fuels and perhaps things are now looking up!
Air Fuel Synthesis, a small British company, has allegedly managed to make ‘petrol from air’. Following this, the company has unsurprisingly received finance and investment offers from across the world. However, the entrepreneur Professor Marmont has said that he does not want any company from the oil industry to get a stake in this firm. This doesn’t mean that investment is not needed or on the cards, as in order to increase production of petrol from thin air financing is needed. Professors Marmont said:
We’ve had calls offering us money from all over the world. We’ve never had that before. We’ve made the first petrol with our demonstration plant but the next stage is to build a bigger plant capable of producing 1 tonne of petrol a day, which means we need between £5m and £6m
Whilst the process appears to be a reality, Air Fuel Synthesis is a long way from being able to produce en masse. However, it does offer an exciting prospect for the future of petrol and renewable energy resources in the UK. At the moment oil companies appear to be uninterested, but if this breakthrough receives the financing it needs and progress continues to be made, it will be interesting to see how the big oil companies respond. The following articles consider this break-through.
Company that made ‘petrol from air’ breakthrough would refuse investment from big oil Independent, Steve Connor (19/10/12)
British engineers create petrol from air and water Reuters, Alice Baghdijan (19/10/12)
Petrol from air: will it make a difference? BBC News, Jason Palmer (19/10/12)
British engineers produce amazing ‘petrol from air’ technology The Telegraph , Andrew Hough (18/10/12)
Questions
- Explain the way in which the price mechanism works as resources become scarce. Use a diagram to help your explanation.
- As raw materials become scarce, prices of the goods that use them to work or require them to be produced will be affected. Explain this interdependence between markets.
- Why is investment from an oil company such a concern for Professor Marmont?
- Why is there unlikely to be any impact in the short run from this new breakthrough?
- If such a technology could be put into practice, what effect might this have on the price of petrol?
- How might oil companies react to the growth in this technology?
The energy sector has a history of criticism with regards to prices and practices. In the past, Ofgem have tried to make the sector more competitive, by ensuring that price comparisons are easier. At the beginning of this year, many of the big six providers announced price cuts, but within the next few weeks, we will see the reverse occurring, as energy prices begin to rise.
British Gas has announced price rises of 6% from 16th November that will affect over 8 million customers by adding approximately £80 per year to the annual dual fuel bill. Npower will also put its prices up 10 days later (8.8% for gas and 9.1% for electricity), creating higher bills for 3 million people.
In January of this year, when we saw energy prices fall, it was not solely due to Ofgem’s findings. We had a relatively mild winter, which reduced the demand for energy and this fed into lower prices. As the winter now approaches once more, demand for energy will begin to increase, feeding into prices that are now higher.
Furthermore, the energy companies have said that a range of external factors are also adding to their costs and putting increasing pressure on them to increase their charges. Npower’s Chief Commercial Officer said:
“There is never a good time to increase energy bills, particularly when so many people are working hard to make ends meet…But the costs of new statutory schemes, increases in distribution charges and the price of gas for the coming winter are all being driven up by external factors, for example government policy”
Significant investment is needed in the energy sector. Energy companies are required to set aside money for maintaining and improving the national grid and investing in renewable energy, such as wind and solar power. In order for the energy companies to fund these investments, more money must be raised and the logical method is to put up prices. However, critics are simply blaming ‘these very big lazy companies’ who are passing ‘above-inflation price rises’ onto already squeezed households.
Part of this is undoubtedly to do with the market structure of this sector. A typical oligopoly creates a market which, under certain circumstances, can be highly competitive, but because of barriers to entry that prevent new firms from entering the market may charge higher prices and be inefficient. Indeed, Ofgem has plans to reduce the power of the main energy providers by forcing them to auction off some of the electricity they generate. The aim of this is to free up the market and make it more competitive.
While only three providers have announced price rises, it is inevitable that the other three will follow. The relative increases will create incentives for consumers to switch providers, but crucial to this is an ability to understand the different tariffs on offer and lack of clarity on this has been a big criticism previously levelled at the energy sector. Indeed, half of UK customers have never switched energy providers. Perhaps this is the time to think about it, firstly as a means of saving money and secondly as a means of putting the energy companies in competition with each other. The following articles consider this market.
Energy price rises: how to switch, save and safeguard your supply The Guardian, Mark King (12/10/12)
Npower and British Gas raise energy prices (including video) BBC News (12/10/12)
Energy price rises? We’re like turkeys voting for Christmas The Telegraph, Rosie Murray-West (12/10/12)
British Gas and Npower to raise prices fuelling fears of a ‘long, cold winter’ for more households Independent
, Graeme Evans (12/10/12)Wholesale prices rise as energy costs jump Wall Street Journal, Sarah Portlock and Jeffrey Sparshott (12/10/12)
British Gas raises gas and electricity prices by 6pc The Telegraph (12/10/12)
Osborne warns energy firms over price hikes Reuters (12/10/12)
Energy price hikes to take effect from next week Independent, Simon Read(13/10/12)
Questions
- What are the main reasons influencing the recent price rises? In each case, explain whether it is a demand- or supply-side factor.
- Using your answer from question 1, illustrate the effect of it on a demand and supply diagram.
- Which features of an oligopolistic market are relevant to the energy sector. How can we use them to explain these higher prices.
- How has government policy affected the energy sector and energy prices?
- Why are customers reluctant to change energy providers? Does this further the energy company’s ability to raise prices?
- Are there any government policies that could be implemented to reduce the power of the energy companies?
In the blog A surprising rise we analysed the recent trends in the housing market. In August house prices increased the fastest since January 2010 and this left the average UK house price at just under £165,000.
Whilst this has still meant getting on the property ladder is only a dream for many, for those wishing to buy in London, they will, on average, need to find £368,000. London wages are significantly higher than in the rest of the country, so it is hardly surprising that average house prices are too.
However, an average London wage won’t get you close to the following property! With a reported asking price of £300m, it would be the highest priced house ever sold in London. Undoubtedly, you get a fair amount for your money, including 45 bedrooms and 60,000 square feet, but is this worth £300m? A property expert believes that it will be sold privately, not publicly, as it is such a rare property and that naturally, there will only be a few potential buyers!!
So, who are the likely buyers? You won’t be able to walk into a local estate agent and ask for a viewing. Only certain people with the funds to spare are being offered it. Many foreigners have been purchasing property in London, looking for a safe investment, with the trouble in Europe. This has led to London property prices rising very rapidly. But surely £300m is a little over the top! Assuming the asking price is paid, in order for a potential buyer to get any consumer surplus, he or she would have to value the property at significantly more than £300m – especially as stamp duty of approximately £21m would have to be paid.
The following few articles look at this record property price. (By the way, the house in the picture at the top of this blog is not the house that’s for sale: it’s a girls’ school in Tetbury. I don’t know how much it’s worth!)
London’s most expensive house yet, at £300m? BBC News, Ian Pollock (13/9/12)
London mansion on sale for record £300m Telegraph, Matthew Sparkes (13/9/12)
Money’s not too tight for buyer of £300m London mansion Guardian, Esther Addley and Yasmin Morgan-Griffiths (13/9/12)
Questions
- Why are property prices in London so much higher than in other parts of the UK?
- Why is this property being sold privately not publicly, when selling publicly typically gains a higher price?
- How would an individual place a value on this property?
- What is consumer surplus and how would an individual calculate it?
- Could this record price for the property have a positive or adverse effect on property prices in other parts of London?
- Why is mortgage rationing unlikely to be a concern for this property!
Induced hydraulic fracturing or “fracking”, is a technique used to make fractures in shale beds, normally deep underground, through the injection of liquids under high pressure. The idea is to release oil or gas. Fracking has transformed the oil industry by allowing vast reserves to be tapped.
Although the main ingredient of the fracking liquid is water, it is also necessary to include sand and a gelling agent to increase the viscosity of the liquid and bind in the sand. The commonest gelling agent is guar gum, a gel made from powdered guar seeds, which are grown in the semi-desert regions of India and Pakistan. Guar gum is also widely used in the food industry as a binding, thickening, texturising and moisture control agent.
With the rapid growth in fracking, especially in the USA, the demand for guar gum has rocketed – and so has its price. In just one year the price of guar beans, from which the seeds are extracted, has risen ten fold from about 30 rupees (about 34 pence) to around 300 rupees per kilo. This has transformed the lives of many poor farmers. Across the desert belt of north-west India, fields are being planted with guar.
But will it last? What will the oil and gas extraction companies do in response to the higher price? What will the food industry do? What will happen to the demand and supply of guar gum over the longer term? Is it risky for farmers in India and Pakistan to rely on a single crop, or should they take advantage of the high prices while they last? These types of questions are central to many mono-crop economies.
Webcast
The little green bean in big fracking demand CNN, Mallika Kapur (10/9/12)
Articles
Frackers in frantic search for guar bean substitutes Reuters, Braden Reddall (13/8/12)
After first-half surge, US drillers find respite in guar wars Reuters (20/7/12)
Guar Gum Exports From India to Drop on Halliburton Stocks BloombergBusinessweek, Prabhudatta Mishra (3/9/12)
Frackers Seek Guar Bean Substitutes The Ithaca Independent, Ed Sutherland (13/8/12)
Synthetic Fracking Ingredient to Replace Guar Bean Greener Ideas, Madison E. Rowe (15/8/12)
From emu farms to guar crops: Why the desert is fertile for Ponzi schemes The Economic Times of India, Vikram Doctor (10/9/12)
Guar gum replacer cuts cost by up to 40% Food Manufacture, Lorraine Mullaney (4/9/12)
Less Guar Needed: TIC Gums Introduces Ticaloid Lite Powder TIC Gums (27/8/12)
Immediate Supply of Guar Gum Available in the US PRLog (1/9/12)
Questions
- Why have guar bean, powder and gum prices risen so rapidly? Use a demand and supply diagram to illustrate your answer.
- How is the price elasticity of supply of guar likely to differ between the short term and the long term? What will be the implications of this for guar prices and the livelihood of guar growers?
- How is the price elasticity of demand for guar likely to differ between the short term and the long term? What will be the implications of this for guar prices and the livelihood of guar growers?
- What would you advise guar growers to do and why?
- What is the role of speculation in determining the price of guar?
- What is a ‘ponzi scheme’? Why is the ‘desert so fertile for ponzi schemes’? (Note that the symbol for a rupee is Rs or ₹, that 100,000 rupees are referred to as 1 Lakh and that 100 Lakh are referred to as 1 Crore.)
