the Census Bureau predicts the working-age population will grow just 50,000 per month over the next 15 years.
The amount of time I spend focusing on economic data is fairly limited (compared to people doing so for a living or as a large part of their job). I stick with general rules of thumb that I can tweak a bit to let me keep up with economic conditions without a huge amount of time devoted to such efforts.
Due to my temperament; to my belief that markets often overreact in the short term; and partially to my less detailed understanding of economic data (that professionals focused on it all day) leads me to get less excited about individual data points. This is helpful for my overall investing performance, I believe.
Occasionally changing conditions require changing those rules of thumb. The 150,000 figure is one I have used for a long time; though I also adjust that for major medium term influences (such as the great recession dumped so many people out of jobs that I bumped up my “we need to add” monthly job figure to 175,000 to 200,000 to bring those people on board.
My 175,000 to 200,000 included a slight adjustment down from the 150,000 that I had made. In addition to using simple ideas like 150,000 monthly job baseline I incorporate the idea of not overreacting to variation in short term data as well as tweaking those numbers for medium term economic conditions (things like recovering from the great recession – though that is about the largest “tweaking” factor that I remember).
This article made me realize how much I should adjust my expectations for a neutral job growth reading in the USA going forward. I also gather data and opinions as I think about making major adjustments to my thinking. I’ll adjust from what I had been using of a base of 125,000 plus 50,000+ for great recession recovery to 75,000 + 50,000 for great recession recovery now (and adjust more later if other sources indicate it makes sense). The great recession recovery factor will likely go down to 25,000 for me by the end of this year.
Related: There is No Such Thing as “True Unemployment Rate” – Long Term View of Manufacturing Employment in the USA (2012) – USA Individual Earnings Levels for 2011: Top 1% $343,000, 5% $154,000, 10% $112,000, 25% $66,000 – GDP Growth Per Capita for Selected Countries from 1970 to 2010 (Korea, China, Singapore, Indonesia, Brazil
The 10 publicly traded companies with the largest market capitalizations. Since October of last year the top 20 list has seen quite a bit of profit for stockholders (mainly in Apple and Chinese companies).
|4||Exxon Mobil||USA||$352 billion|
|5||Berkshire Hathaway||USA||$346 billion|
|6||China Mobile||China||$340 billion*|
|7||Industrial & Commercial Bank of China||China||$306 billion**|
|8||Wells Fargo||USA||$292 billion|
|10||Johnson & Johnson||USA||$273 billion|
Apple’s market cap is up $115 billion since the last list was created in October of 2014. That increase is more than 50% of the value of the 14th most valuable company in the world (in October 2014).
China Mobile increased $100 billion and moved into 6th place. Industrial and Commercial Bank of China (ICBC) increased $78 billion to move into 7th place.
Exxon Mobil lost over $50 billion (oil prices collapsed as OPEC decided to stop attempting to hold back supply in order to maximize the price of oil). Alibaba (the only non-USA company in the last list) and Walmart dropped out of the top 10.
The total value of the top 20 increased from $5.722 trillion to $6.046 trillion, an increase of $324 billion. Several companies have been replaced in the new top 20 list.
The next ten most valuable companies:
|11||JPMorgan Chase||USA||$250 billion|
|12||China Construction Bank||China||$250 billion**|
|13||Novartis (NVS)||Switzerland||$246 billion|
|14||Petro China||China||$237 billion|
|19||Hoffmann-La Roche (ROG.VX)||Switzerland||$231 billion|
Market capitalization shown are of the close of business last Friday, as shown on Yahoo Finance.
The current top 10 includes 8 USA companies and 2 Chinese companies. The 11th to 20th most valuable companies includes 4 Chinese companies, 3 Swiss companies and 3 USA companies. Facebook (after increasing $21 billion), China Construction Bank (increasing $68 billion – it is hard for me to be sure what the value is, I am not sure I am reading the statements correctly but this is my best guess) and Tencent moved into the top 20; which dropped Procter & Gamble, Royal Dutch Shell and Chevron from the top 20.
A few other companies of interest (based on their market capitalization):
Solar energy capacity has been growing amazingly quickly the last few years. Part of the reason for this is the starting point was so low, making it easy to have large gains.
As with so many macro economic measures China has made enormous investments in solar energy the last few years. China’s increase in 2013 was larger than the USA’s total capacity at the end of 2013. Since solar energy use on a large scale is still small investments are quickly ramping up. Europe was a few years ahead of others putting countries like Germany, Spain and Italy far in the lead. China, the USA and Japan have been investing huge amounts the last few years and will likely leave those other than Germany (which already has such a large capacity) far behind very shortly.
In the USA, even after growing 60% in 2008, 53% in 2009, 71% in 2010, 86% in 2011, 83% in 2012 and 64% in 2013 solar energy capacity only totaled 1% of USA total electrical capacity. In 2013 hydropower was 6.8%, wind was 5.3% and biomass was 1.3%. The increase in solar capacity should continue to grow rapidly and is starting to make significant contributions to the macroeconomic energy picture.
When you look at total electricity generation solar only represented .5% (compared to 6.6% for hydropower 4.1% for wind and 1.5% for biomass).
USA data based on only solar capacity that is connected to the grid (and my guess would be that is the measure used in other countries too). Data is largely from that Department of energy report, with historical data for other countries pulled from previous editions.
The US Energy Information Agency (USEIA) expects the USA to add (net) 9,841 MW of wind capacity; 4,318 MW of natural gas capacity and 2,235 MW of solar in 2015. In 2015 they also predict a net decline of 12,922 MW of coal capacity. They also share that nuclear plants and natural gas combined-cycle generators having utilization factors 3 to 5 times those of wind and solar generators, which means capacity measures are significantly different from actually produced electricity measures.
The USEIA has predicted “global solar PV capacity seen rising from 98 GW in 2012 to 308 GW in 2018.” They predicted in 2018 China would have the most solar PV capacity followed by Germany, Japan and the USA.
The Solar Energy Industries Association (USA) states that 5,000 MW of solar capacity was added in the USA in 2013 and 7,000 MW in 2014. They forecast 8,000 MW to be added in 2015 and 12,000 MW in 2016.
Related: Solar Direct Investing Bonds – Chart of Global Wind Energy Capacity by Country 2005 to 2013 – Leasing or Purchasing a Solar Energy System For Your House – Nuclear Power Generation by Country from 1985-2010 – Google Invests $168 million in Largest Solar Tower Power Project (2011) – Molten Salt Solar Reactor Approved by California (2010) – 15 Photovoltaics Solar Power Innovations (2008)
USA health care spending increased at a faster rate than inflation in 2013, yet again; increasing 3.5%. Total health expenditures reached $2.9 trillion, 17.4% of the nation’s Gross Domestic Product (GDP) or $9,255 per person.
While this remains bad news the rate at which heath care is increasingly costing those in the USA has been slower the last 5 years than it has been in past years. Basically the system is getting worse at a slower rate than we used to be, so while that isn’t great, it beats getting worse as quickly as we used to be. For the last 5 years the rate of increase has been between 3.6% and 4.1%.
GDP has increased more than inflation. As the GDP grows the economy has more production for society to split. The split between the extremely wealthy and the rest of society has become much more weighted to the extremely wealthy (they have taken most of the gains to the overall economy in the last 20 years). Health care has a similar track record of devouring the gains made by the economy. This has resulted in health care spending soaring over the decades in an absolute basis and as a percentage of GDP.
The slow down in how badly the health care system has performed in the USA has resulted in the share of GDP taken by the health care system finally stabilizing. Health care spending has remained near 17.4% since 2009. While hardly great news, this is much better news than we have had in the last 30 years from the USA health care system. The percentage of GDP taken by the USA health care system is double what other rich countries spend with no better health results.
It is similar to if a team started as a championship team and then got worse every year and now they have finally stopped getting even worse. Granted they have become the worst team in the league but if, say, their record has now been 5-55 for 3 years in a row, they at least are not winning fewer game in each subsequent year anymore. But you can hardly think you are doing a great job when you are clearly the worst team each and every year.
Obviously there is a need for much much more improvement in the USA health care system. Still stopping the growth in spending, as a percent of GDP, is a positive step toward drastically decreasing it to reach a level more in live with all other rich countries. Even this goal is only to have the USA reach a level of mediocrity. If you actually believe the USA can to better than mediocre that would imply a combination of drastic declines in spending (close to 50%) and drastic gains in outcomes. Decreasing spending by 50% would put the USA at essentially the definition of mediocre – middling result with average spending.
Health Spending by Type of Service or Product
- Hospital Care: Hospital spending increased 4.3% to $936.9 billion in 2013 compared to 5.7% growth in 2012. The lower growth in 2013 was influenced by growth in both prices and non-price factors (which include the use and intensity of services).
- Physician and Clinical Services: Spending on physician and clinical services increased 3.8% in 2013 to $586.7 billion, from 4.5% growth in 2012. Slower price growth in 2013 was the main cause of the slowdown, as prices grew less than 0.1%, due in part to the sequester and a zero-percent payment update.
One thing for investors consulting historical data to remember is we may have had fundamental changes in stock valuations over the decades (and I suspect they have). Just to over simplify the idea if lets say the market valued the average stock at a PE of 11 and everyone found stocks a wonderful investment. And so more and more people buy stocks and with everyone finding stocks wonderful they keep buying and after awhile the market is valuing the average stock at a PE of 14.
Within the market there is tons of variation those things of course are not nearly that simple, but the idea I think holds. Well if you look back at historical data the returns will include the adjustment of going from a PE of 11 to a PE of 14. Now maybe the new few decades would adjust from PE of 14 to PE of 17 but maybe not. At some point that fundamental re-adjustment will stop.
And therefore future returns would be expected to be lower than historically due to this one factor. Now maybe other factors will increase returns to compensate but if not the historical returns may well provide an overly optimistic view.
And if there is a short term bubble that lets say pushes the PR to 16 while the “fair” long term value is 14, then there will be a negative impact on the returns going forward bringing the PE from 16 to 14. That isn’t necessarily a drop (though it could be) in stock prices, it could just be very slow increases as earning growth slowly pushes PE back to 14.
Another thing to consider is another long term macro-economic factor may also be giving long term historical returns an extra boost. The type of economic growth from the end of World War I to 1973 (just to pick a specific time, there was a big economic slowdown after OPEC drastically increased the price of oil). While that period includes the great depression and World War II, which massively distorts figures, from the end of WW I through the 1960s Europe and the USA went through an amazing amount of economic growth.
This richest 1% continue to take advantage of economic conditions to amass more and more wealth at an astonishing rate. These conditions are perpetuated significantly by corrupt politicians that have been paid lots of cash by the rich to carry out their wishes.
One thing people in rich countries forget is how many of them are in the 1% globally. The 1% isn’t just Bill Gates and Warren Buffett. 1% of the world’s population is about 72 million people (about 47 million adults). Owning $1 million in assets puts you in the top .7% of wealthy adults (Global Wealth Report 2013’ by Credit Suisse). That report has a cutoff of US $798,000 to make the global 1%. They sensibly only count adults in the population so wealth of $798,000 puts you in the top 1% for all adults.
$100,000 puts you in the top 9% of wealthiest people on earth. Even $10,000 in net wealth puts you in the top 30% of wealthiest people. So while you think about how unfair it is that the system is rigged to support the top .01% of wealthy people also remember it is rigged to support more than 50% of the people reading this blog (the global 1%).
I do agree we should move away from electing corrupt politicians (which is the vast majority of them in DC today) and allowing them to continue perverting the economic system to favor those giving them lots of cash. Those perversions go far beyond the most obnoxious favoring of too-big-to-fail banking executives and in many ways extend to policies the USA forces on vassal states (UK, Canada, Australia, France, Germany, Japan…) (such as those favoring the copyright cartel, etc.).
Those actions to favor the very richest by the USA government (including significantly in the foreign policy – largely economic policy – those large donor demand for their cash) benefit the global 1% that are located in the USA. This corruption sadly overlays some very good economic foundations in the USA that allowed it to build on the advantages after World War II and become the economic power it is. The corrupt political system aids the richest but also damages the USA economy. Likely it damages other economies more and so even this ends up benefiting the 38% of the global .7% that live in the USA. But we would be better off if the corrupt political practices could be reduced and the economy could power economic gains to the entire economy not siphon off so many of those benefits to those coopting the political process.
The USA is home to 38% of top .7% globally (over $1,000,000 in net assets).
|country||% of top .7% richest||% of global population|
|other interesting countries|
Oxfam published a report on these problems that has some very good information: Political capture and economic inequality
Most popular posts on the Curious Cat Investing and Economics blog in 2014 (by page views).
- Top 10 Countries for Manufacturing Production in 2010: China, USA, Japan, Germany… (posted in 2011)
- Manufacturing Output as Percent of GDP from 1980 to 2010 by Country (2012)
- Government Debt as Percentage of GDP 1990-2009: USA, Japan, Germany, China… (2010)
- Nuclear Power Generation by Country from 1985-2010 (2012)
- Manufacturing Output by Country 1999-2011: China, USA, Japan, Germany (2013)
- Monopolies and Oligopolies do not a Free Market Make (2008)
- USA Individual Earnings Levels: Top 1% $343,000, 5% $154,000, 10% $112,000, 25% $66,000 (2012)
- The 20 Most Valuable Companies in the World – Apple, Exxon, Microsoft, Google… (2014) (
- House of Cards – Mortgage Crisis Documentary (2009)
- Iskandar Malaysia Economic Development Zone
- Oil Consumption by Country 1990-2009 (2010)
- Stock Market Capitalization by Country from 1990 to 2010 (2012)
- Cockroach Portfolio (2014)
- Global Stock Market Capitalization from 2000 to 2012 (2013)
- 11 Stocks for 10 Years – November 2014 Update
- Oil Production by Country 1999-2009 (2011)
- Chart of Largest Petroleum Consuming Countries from 1980 to 2010 (2011)
- Delaying the Start of Social Security Payments Can Pay Off (2014)
- Chart of Global Wind Energy Capacity by Country 2005 to 2013 (2014)
- USA Health Expenditures Reached $2.8 trillion in 2012: $8,915 per person and 17.2% of GDP (2014)
Related: 20 Most Popular Post on Curious Cat Science and Engineering Blog in 2014 – 10 Most Popular Posts on the Curious Cat Management Blog in 2014 – Most Popular Posts on the Curious Cat Management Comments Blog –
The article, What’s the Real U.S. Unemployment Rate? We Have No Idea, provides interesting information on the process for calculating the unemployment rate.
But it also misleads in saying “real US unemployment rate.”
It is important to update measures to avoid using proxies that lose value.
The unemployment rate certainly has proxy issues. But there is no “true unemployment rate.” There are ways to change the process to focus on different things (make the proxy better matched to certain issues). But also it seems to me, unemployment rate needs to have other related measures that are considered in concert with the unemployment rate (such as the labor force participation rate, perhaps some measure of under-employment etc.).
Those paying much attention do use other measures in concert but the last few years I read lots of different people complaining that the unemployment rate doesn’t capture various aspects of how the job market is poor (and often claiming the unemployment rate was “inaccurate” as though there was a platonic form of the actual rate divorced from the measure process.
In 2013 the addition to wind power capacity slowed a great deal in most countries. Globally capacity was increased just 13% (the increases in order since 2006: 26%, 27%, 29%, 32%, 25%, 19% and again 19% in 2012). China alone was responsible for adding 16,000 megawatts of the 25,838 total added globally in 2013.
At the end of 2013 China had 29% of global capacity (after being responsible for adding 62% of all the capacity added in 2013). In 2005 China had 2% of global wind energy capacity.
The 8 countries shown on the chart account for 81% of total wind energy capacity globally. From 2005 to 2013 those 8 countries have accounted for between 79 and 82% of total capacity – which is amazingly consistent.
Wind power now accounts for approximately 4% of total electricity used.
Related: Chart of Global Wind Energy Capacity by Country 2005 to 2012 – In 2010 Global Wind Energy Capacity Exceeded 2.5% of Global Electricity Needs – Global Trends in Renewable Energy Investment – Nuclear Power Generation by Country from 1985-2010
The data, from IMF, does not include China or India.
The chart shows data for net debt (gross debt reduced by certain assets: gold, currency deposits, debt securities etc.).
Bloomberg converted the data to look at debt load per person (looking at gross debt – estimated for 2014). Japan has ill-fortune to lead in this statistic with $99,725 in debt per person (242% of GDP), Ireland is in second with $60, 356 (121% of GDP). USA 3rd $58,604 (107%). Singapore 4th $56,980 (106%). Italy 6th $46,757 (133%). UK 9th $38,939 (95%). Greece 12th $38,444 (174%). Germany 14th $35,881 (78%). Malaysia 32nd $6,106 (57%). China 48th $1,489 (21%). India 53rd $946 (68%). Indonesia 54th $919 (27%).
I think the gross debt numbers can be more misleading than net debt figures. I believe Singapore has very large assets so that the “net” debt is very small (or non-existent). Japan is 242% in gross debt to GDP but 142% of net debt (which is still huge but obviously much lower). The USA in contrast has gross debt at 107% with a net debt of 88%.
Related: Government Debt as Percent of GDP 1998-2010 for OECD – Gross Government Debt as Percentage of GDP 1990-2009: USA, Japan, Germany, China – Chart of Largest Petroleum Consuming Countries from 1980 to 2010 – Top Countries For Renewable Energy Capacity