Climate change is a global issue and reports indicate that more and more people are concerned about buying environmentally friendly products. We have seen tighter emissions targets and companies across the word investing in new technologies to reduce their emissions. But what can the Church of England do?
The Church of England has numerous investments, which help generate its revenue. Some of these investments are in fossil fuel companies, which are extracting resources and polluting the environment. The Church’s new environmental policy will see it selling any of its investments in companies where more than 10% of its revenue is generated from extracting thermal coal or the production of oil from tar sands. Estimates suggest that this is a total of £12 million. The Deputy Chair of the Church’s Ethical Investment Advisory Group (EIAG) said:
“The Church has a moral responsibility to speak and act on both environmental stewardship and justice for the world’s poor who are most vulnerable to climate change … This responsibility encompasses not only the Church’s own work to reduce our own carbon footprint, but also how the Church’s money is invested and how we engage with companies on this vital issue.”
However, some have seen this as ‘trivial act’, suggesting it will have limited effect on the environment and have criticised some for suggesting that the biggest moral issue facing the world is climate change. But, with more companies recognising their ‘moral responsibility’, perhaps this decision by the Church of England is unsurprising. The following articles consider this topic.
Church of England divests from coal, tar sands as adopts new climate change policy Reuters (30/4/15)
Church of England wields its influence in fight against climate change The Guardian, Damian Carrington (1/5/15)
Church of England Bishop provokes anger by saying the biggest moral issue affecting the world is … CLIMATE CHANGE Mail Online, Steve Doughty (2/5/15)
Church of England to sell fossil fuel investments BBC News (1/5/15)
Church of England blacklists coal and tar sands investments Financial Times, Pilita Clark (30/4/15)
Church of England ends investments in heavily polluting fossil fuels The Guardian, Adam Vaughan (30/4/15)
Church of England pulls out of fossil fuels, but where does it invest its cash? Independent, Hazel Shefield (1/5/15)
Questions
- Why is climate change a global issue?
- How might the Church of England’s decision affect environmental policy in fossil fuel companies?
- What other action has the Church of England taken to tackle climate change?
- The Church and the articles suggest that the poor are the most vulnerable to climate change. Why is this?
- Do you think the Church of England will lose money by divesting itself of some of these investments?
- If the Church of England now has more money to invest, which factors might influence its decision as to where it should invest?
- Where does the Church of England get its money from? What does it spend it on?
The Governor of California, Jerry Brown, has issued an executive order to cut greenhouse gas emissions 40% from 1990 levels by 2030 (a 44% cut on 2012 levels). This matches the target set by the EU. It is tougher than that of the US administration, which has set a target of reducing emissions in the range of 26 to 28 percent below 2005 levels by 2025.
The former Governor of California, Arnold Schwarzenegger, had previously set a target of reducing emissions 80% below 1990 levels by 2050. Brown’s new target can be seen as an interim step toward meeting that longer-term goal.
There are several means by which it is planned to meet the Californian targets. These include:
a focus on zero- and near-zero technologies for moving freight, continued investment in renewables including solar roofs and distributed generation, greater use of low-carbon fuels including electricity and hydrogen, stronger efforts to reduce emissions of short-lived climate pollutants (methane, black carbon and fluorinated gases), and further efforts to create liveable, walkable communities and expansion of mass transit and other alternatives to travelling by car.
Some of these will be achieved through legislation, after consultations with various stakeholders. But a crucial element in driving down emissions is the California’s carbon trading scheme. This is a cap-and-trade system, similar to the EU’s Emissions Trading Scheme.
The cap-and-trade rules came into effect on January 1, 2013 and apply to large electric power plants and large industrial plants. In 2015, they will extend to fuel distributors (including distributors of heating and transportation fuels). At that stage, the program will encompass around 360 businesses throughout California and nearly 85 percent of the state’s total greenhouse gas emissions.
Under a cap-and-trade system, companies must hold enough emission allowances to cover their emissions, and are free to buy and sell allowances on the open market. California held its first auction of greenhouse gas allowances on November 14, 2012. This marked the beginning of the first greenhouse gas cap-and-trade program in the United States since the group of nine Northeastern states in the Regional Greenhouse Gas Initiative (RGGI), a greenhouse gas cap-and-trade program for power plants, held its first auction in 2008.
Since January 2014, the Californian cap-and-trade scheme has been linked to that of Quebec in Canada and discussions are under way to link it with Ontario too. Also California is working with other west-coast states/provinces, Oregon, Washington and British Columbia, to develop a co-ordinated approach to greenhouse gas reductions
To achieve sufficient reductions in emissions, it is not enough merely to have a cap-and-trade system which, through trading, encourages an efficient reduction in emissions. It is important to set the cap tight enough to achieve the targeted reductions and to ensure that the cap is enforced.
In California, emissions allowances are distributed by a mix of free allocation and quarterly auctions. Free allocations account for around 90% of the allocations, but this percentage will decrease over time. The total allowances will decline (i.e. the cap will be tightened) by 3% per year from 2015 to 2020.
At present the system applies to electric power plants, industrial plants and fuel distributors that emit, or are responsible for emissions of, 25,000 metric tons of carbon dioxide equivalent (CO2e) per year or more. The greenhouse gases covered are the six covered by the Kyoto Protocol ((CO2, CH4, N2O, HFCs, PFCs, SF6), plus NF3 and other fluoridated greenhouse gases.
Articles
California governor orders aggressive greenhouse gas cuts by 2030 Reuters. Rory Carroll (29/4/15)
California’s greenhouse gas emission targets are getting tougher Los Angeles Times, Chris Megerian and Michael Finnegan (29/4/15)
Jerry Brown sets aggressive California climate goal The Desert Sun, Sammy Roth (29/4/15)
California’s Brown Seeks Nation-Leading Greenhouse Gas Cuts Bloomberg, Michael B Marois (29/4/15)
California sets tough new targets to cut emissions BBC News, (29/4/15)
California’s New Greenhouse Gas Emissions Target Puts Obama’s To Shame New Republic, Rebecca Leber (29/4/15)
Governor Brown Announces New Statewide Climate Pollution Limit in 2030 Switchboard, Alex Jackson (29/4/15)
Cap-and-trade comes to Orego Watchdog, Chana Cox (29/4/15)
Cap and trade explained: What Ontario’s shift on emissions will mean The Globe and Mail, Adrian Morrow (13/4/15)
California’s Forests Have Become Climate Polluters Climate Central, John Upton (29/4/15)
States Can Learn from Each Other On Carbon Pricing The Energy Collective, Kyle Aarons (28/4/15)
Executive Order
Governor Brown Establishes Most Ambitious Greenhouse Gas Reduction Target in North America Office of Edmund G. Brown Jr. (29/4/15)
Frequently Asked Questions about Executive Order B-30-15: 2030 Carbon Target and Adaptation California Environmental Protection Agency: Air Resources Board (29/4/15)
Californian cap-and-trade scheme
Cap-and-Trade Program California Environmental Protection Agency: Air Resources Board (29/4/15)
California Cap and Trade Center for Climate and Energy Solutions (January 2014)
Questions
- Explain how a system of cap-and-trade, such as the Californian system and the ETS in the EU, works.
- Why does a cap-and-trade system lead to an efficient level of emissions reduction?
- How can a joint system, such as that between California and Quebec, work? Is it important to achieve the same percentage pollution reduction in both countries?
- What are countries coming to the United Nations Climate Change conference in Paris in November 2015 required to have communicated in advance?
- How might game theory be relevant to the negotiations in Paris? Are the pre-requirements on countries a good idea to tackle some of the ‘gaming’ problems that could occur?
- Why is a cap-and-trade system insufficient to tackle climate change? What other measures are required?
Many UK coal mines closed in the 1970s and 80s. Coal extraction was too expensive in the UK to compete with cheap imported coal and many consumers were switching away from coal to cleaner fuels. Today many shale oil producers in the USA are finding that extraction has become unprofitable with oil prices having fallen by some 50% since mid-2014 (see A crude indicator of the economy (Part 2) and The price of oil in 2015 and beyond). So is it a bad idea to invest in fossil fuel production? Could such assets become unusable – what is known as ‘stranded assets‘?
In a speech on 3 March 2015, Confronting the challenges of tomorrow’s world, delivered at an insurance conference, Paul Fisher, Deputy Governor of the Bank of England, warned that a switch to both renewable sources of energy and actions to save energy could hit investors in fossil fuel companies.
‘One live risk right now is of insurers investing in assets that could be left ‘stranded’ by policy changes which limit the use of fossil fuels. As the world increasingly limits carbon emissions, and moves to alternative energy sources, investments in fossil fuels and related technologies – a growing financial market in recent decades – may take a huge hit. There are already a few specific examples of this having happened.
… As the world increasingly limits carbon emissions, and moves to alternative energy sources, investments in fossil fuels and related technologies – a growing financial market in recent decades – may take a huge hit. There are already a few specific examples of this having happened.’
Much of the known reserves of fossil fuels could not be used if climate change targets are to be met. And investment in the search for new reserves would be of little value unless they were very cheap to extract. But will climate change targets be met? 
That is hard to predict and depends on international political agreements and implementation, combined with technological developments in fields such as clean-burn technologies, carbon capture and renewable energy. The scale of these developments is uncertain. As Paul Fisher said in his speech:
‘Tomorrow’s world inevitably brings change. Some changes can be forecast, or guessed by extrapolating from what we know today. But there are, inevitably, the unknown unknowns which will help shape the future. … As an ex-forecaster I can tell you confidently that the only thing we can be certain of is that there will be changes that no one will predict.’
The following articles look at the speech and at the financial risks of fossil fuel investment. The Guardian article also provides links to some useful resources.
Articles
Bank of England warns of huge financial risk from fossil fuel investments The Guardian, Damian Carrington (3/3/15)
PRA warns insurers on fossil fuel assets Insurance Asset Risk (3/3/15)
Energy trends changing investment dynamics UPI, Daniel J. Graeber (3/3/15)
Speech
Confronting the challenges of tomorrow’s world Bank of England, Paul Fisher (3/3/15)
Questions
- What factors are taken into account by investors in fossil fuel assets?
- Why might a power station become a ‘stranded asset’?
- How is game theory relevant in understanding the process of climate change negotiations and the outcomes of such negotiations?
- What social functions are filled by insurance?
- Why does climate change impact on insurers on both sides of their balance sheets?
- What is the Prudential Regulation Authority (PRA)? What is its purpose?
- Explain what is meant by ‘unknown unknowns’. How do they differ from ‘known unknowns’?
- How do the arguments in the article and the speech relate to the controversy about investing in fracking in the UK?
- Explain and comment on the statement by World Bank President, Jim Yong Kim, that sooner rather than later, financial regulators must address the systemic risk associated with carbon-intensive activities in their economies.
Most observers were once again left stunned by how much media companies are willing to pay to secure the rights to broadcast live games in the English Premier League (EPL). At the same time the method used to sell those rights is being investigated by Ofcom following complaints made by Virgin Media. Virgin Media actually requested that the auction was halted until the investigation was completed.
Between them, BSkyB and BT Sport have paid £5.136bn to purchase the rights to broadcast live matches in the EPL over a three-year period beginning in the 2016–17 season. This is a 71% increase in the price paid for the previous three-year deal which runs from 2013 to 2016 and cost £3.018bn. However, the headline figure hides some big differences between the amounts paid by the two companies.
How exactly are the rights sold? The broadcast rights for the 168 live matches are split up into seven different packages labelled A through to G and are placed in seven different auctions. The type of auction used by the EPL is a sealed bid auction. Interested companies are invited to make an offer for any of the packages. However, when they make a bid they do not know (a) if other firms have also made a bid and (b) the size of any other bids. Another constraint is that one firm is not allowed to win more than five of the auctions. When the auction finishes the EPL only releases information about the winning offers. It never provides information about any of the failed bids.
Some of the packages are worth more than others to the broadcasters. The first five packages (A–E) each contain the rights for 28 games per season, while the other two packages (F and G) contain the rights for 14 matches. In some of the packages all of the games kick off at the same time and on the same day. For example all 28 games in package ‘A’ kick off at 12.30pm on a Saturday. Others contain more of a mixture. Some of the games in Package E take place on a Monday evening. while others take place on a Friday evening. Given the potential advertising revenue and number of viewers, the most valuable package is D, which has 28 games that kick off at 4.00pm on a Sunday.
Another factor that influences the value of a package is the number of ‘first picks’. In any given week, more than one broadcaster might want to screen the same match. To overcome this problem, each package is allocated a number of first, second, third, fourth and fifth ‘picks’. For example, package D comes with 18 first and 10 fourth round picks. This means that whichever company wins this package will get first choice on the games they want to broadcast on 18 occasions a year. Package C contains no ‘first picks’ but offers 15 second, 4 fourth and 7 fifth round picks. There is also a maximum and a minimum limit on the number of times games including a specific team can be broadcast.
BSkyB won the auctions for packages A, C, D, E and G for a price of £4.17bn. This means that it will be paying £1.396bn to broadcast 126 live games per season. This is an average payment of £11,031,700 per game. In the previous deal it paid £760million for the rights to broadcast 116 live games per season. This is an average payment of £6,551,724 per game. The new deal represents a cost increase of 68% per game. However, the number of first picks BskyB has secured in the new deal increases from 20 to 26.
BTSport won the auctions for packages B and F for a price of £960m. This means that it will be paying £320m for the rights to broadcast 42 live games per season. This is an average payment of £7,619,048 per game. In the previous deal it paid £246 million per year for the rights to broadcast 38 live games per season. This is an average payment of £6,473,684 per game. The new deal represents an increase in costs of 17.7% per game for BT Sport – a much lower figure than for BSkyB.
BSkyB has stated that it will cover the increase in the price it has paid for the rights with efficiency savings. However, many observers believe that it will ultimately result in significant increases in the subscription rates for SkySports. The impact of the deal on BskyB’s profit may well depend on the willingness of its customers to pay higher prices. What is the price elasticity of demand for SkySports at the current subscription rates they are charging?
There is still some uncertainty about the deal following Ofcom’s decision to investigate the legitimacy of the method used by the EPL to auction the rights. Virgin Media made a formal complaint in September 2014 about the collective selling of the live broadcast rights and argued that it was in breach of competition law. The investigation by Ofcom will make a judgment about whether the joint selling of the rights by the EPL is a contravention of Chapter I of the Competition Act 1998 and/or Article 101(1) of the Treaty on the Functioning of the European Union. An initial announcement will be made in March.
Premier League set to announce record £4.4bn TV rights deal BBC Sport (10/2/15)
Premier League TV rights: What does deal mean for fans & clubs BBC Sport, Ben Smith (11/2/15)
How Sky paid £4m more per Premier League match than BT The Telegraph, Ben Rumsby (11/2/15)
Premier League TV deal: Windfall must benefit grass roots and England The Telegraph, Henry Winter (10/2/15)
Sky and BT retain Premier League TV rights for record £5.14bn The Guardian, Owen Gibson (10/2/15)
Premier League TV rights: Sky Sports and BT Sport win UK broadcasting rights as price tops £5billion Independent, Tom Peck (10/2/15)
Questions
- Draw a demand curve for package A and package D of the live broadcast rights. Which one do you think will be furthest to the right? Explain your answer.
- What are the potential benefits to the EPL of not revealing the details of any of the losing bids?
- Explain how the price elasticity of demand is a useful concept for assessing the impact of the new deal on the profits of BSkyB and BTSport.
- Given the impact of the new deal of the size of Parachute payments, what impact might it have on the level of competitive balance in the Championship?
- Find out the key provisions of Chapter I of the Competition Act 1998 and Article 101(1) of the Treaty on the Functioning of the European Union.
When an industry produces positive externalities, there is an argument for granting subsidies. To achieve the socially efficient output in an otherwise competitive market, the marginal subsidy should be equal to the marginal externality. This is the main argument for subsidising wind power. It helps in the switch to renewable energy away from fossil fuels. There is also the secondary argument that subsidies help encourage the development of technologies that would be too uncertain to fund at market rates.
If subsidies are to be granted, it is important that they are carefully designed. Not only does their rate need to reflect the size of the positive externalities, but also they should not entail any perverse incentive effects. But this is the claim about subsidies given to wind turbines: that they create an undesirable side effect.
Small-scale operators are encouraged to build small turbines by offering them a higher subsidy per kilowatt generated (through higher ‘feed-in’ tariffs). But according to a report by the Institute for Public Policy Research (IPPR), this is encouraging builders and operators of large turbines to ‘derate’ them. This involves operating them below capacity in order to get the higher tariff. As the IPPR overview states:
The scheme is designed to support small-scale providers, but the practice of under-reporting or ‘derating’ turbines’ generating capacity to earn a higher subsidy is costing the taxpayer dearly and undermining the competitiveness of Britain’s clean energy sector.
The loophole sees developers installing ‘derated’ turbines – that is, turbines which are ‘capped’ so that they generate less energy. Turbines are derated in this way so that developers and investors are able to qualify for the more generous subsidy offered to lower-capacity turbines, generating 100–500kW. 
By installing derated turbines, developers are making larger profits off a feature of the scheme that was designed to support small-scale projects. Currently, the rating of a turbine is declared by the manufacturer and installer, resulting in a lack of external scrutiny of the system.
The subsidies are funded by consumers through higher electricity prices. As much as £400 million could be paid in excess subsidies. The lack of scrutiny means that operators could be receiving as much as £100 000 per year per turbine in excess subsidies.
However, as the articles below make clear, the facts are disputed by the wind industry body, RenewableUK. Nevertheless, the report is likely to stimulate debate and hopefully a closing of the loophole.
Video
Turbine power: the cost of wind power to taxpayers Channel 4 News, Tom Clarke (10/2/15)
Articles
Wind subsidy loophole boosts spread of bigger turbines Financial Times, Pilita Clark (10/2/15)
Call to Close Wind Power ‘Loophole’ Herald Scotland, Emily Beament (10/2/15)
Wind farm developers hit back at ‘excessive subsidy’ claims Business Green, Will Nichols (10/2/15)
The £400million feed-in frenzy: Green energy firms accused of making wind turbines LESS efficient so they appear weak enough to win small business fund Mail Online, Ben Spencer (10/2/15)
Wind power subsidy ‘loophole’ identified by new report Engineering Technology Magazine, Jonathan Wilson (11/2/15)
Report
Feed-in Frenzy Institute for Public Policy Research, Joss Garman and Charles Ogilvie (February 2015)
Questions
- Draw a diagram to demonstrate the optimum marginal rate of a subsidy and the effect of the subsidy on output.
- Who should pay for subsidies: consumers, the government (i.e. taxpayers generally), electricity companies through taxes on profits made from electricity generation using fossil fuels, some other source? Explain your thinking.
- What is the argument for giving a higher subsidy to operators of small wind turbines?
- If wind power is to be subsidised, is it better to subsidise each unit of output of electricity, or the construction of wind turbines or both? Explain.
- What could Ofgem do (or the government require Ofgem to do) to improve the regulation of the wind turbine industry?
Climate change is a global issue and reports indicate that more and more people are concerned about buying environmentally friendly products. We have seen tighter emissions targets and companies across the word investing in new technologies to reduce their emissions. But what can the Church of England do?
