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Fear Of A ‘Black Swan’ Event Is Worse Than The Actual Event Itself, Study Shows

Originally posted on May 3, 2016 Are investors more frightened of freak market crashes than the reality of such crises? Sometimes fear of a freak, outlier event can be a lot worse than the event itself, at least when it comes to the markets. Most of us are aware of the now famous credit crisis book by Nassim Nicholas Taleb , “The Black Swan: The Impact of the Highly Improbable.” The central thesis of the book is of course that black swans , or freak market events, are more common than we expect in life, and in particular, in complex systems such as economics. The credit crisis was, therefore, no great surprise, and such crises can be expected to occur in one form or another on a fairly regular basis. Well, that was Taleb’s thesis. But it was also a thesis written at the height of negative market sentiment. Subsequent serious academic work reported by Bloomberg by William Goetzmann, Dasol Kim and Robert Shiller looked at 26 years of survey data to test Taleb’s thesis. They found that people consistently expect things such as stock market crashes and earthquakes to happen more frequently than they really do. In other words, there may be black swans out there, but more important perhaps than their occurrence is our exaggerated fear of their occurrence. There are indeed periods of irrational exuberance when we forget about the possibility of black swans. But certainly since the credit crisis , it seems that there has indeed been an exaggerated angst that has gripped the global investing community. It is as if the crisis was sufficiently intense that it set off a type of Post-Traumatic Stress Disorder among investors, leading to everyone seeing specters around every corner. This overarching sense of angst has had very significant effects since the credit crisis. Although there has been modest growth in gross domestic product in the United States ever since 2009, the recovery hasn’t felt like a recovery. We continue to suffer what economist Joseph Stiglitz calls the “great malaise,” a lack of those animal commercial spirits. Shiller himself sees this anxiety as driving this very low rate environment as most investors and banks keep the bulk of their assets in low-return fixed-income assets, which itself further lowers the yield on said assets. This has also driven excess regulation. No one can say that the credit crisis didn’t merit a significant re-think of various parts of the U.S. financial regulatory architecture. But it is now becoming equally clear that the Dodd-Frank Act was a behemoth of a piece of legislation, 848 pages long, most of it with half-baked concepts that were left to be developed over time by sub-legislation. Many now expect the very framework of large chunks of Dodd-Frank to require major re-engineering, given its excessively controlling and complex features. The idea, for example, of bank living wills was probably a non-starter from day one. The concept was that banks must put in place plans for their orderly wind down in the event of financial failure, ones that didn’t rely on government support. But this was immediately a bizarre exercise for all financial institutions because it involved making up totally theoretical failure scenarios, some concatenation of events that is unlikely to have any bearing on the actual features of any next crisis. After all how on Earth could we predict what that crisis will really entail? The Federal Deposit Insurance Corp. and the Federal Reserve made all the banks write their living wills twice, on the basis that they were too loosely drafted the first time, but more granularity here doesn’t solve the conceptual problem. The situations conceived are so hypothetical that these living will models are often the case of garbage in garbage out. In addition, for those institutions that matter – the systemically important financial institutions – living wills are a particularly absurd exercise because, by definition, these large financial institutions are simply not sustainable during periods of acute illiquidity without government support. It seems, in other words, that Dodd-Frank itself was premised on their being black swans everywhere. And the capital requirements it imposes on banks, the compliance burden, the business line restrictions and high levels of liquidity buffers all mean that banks simply haven’t been meeting much of even the legitimate credit demand in the United States. The result, of course, has been huge growth since the crisis of the shadow lending market, which is legitimate lending done by non-depositary institutions. The shadow lending market has gone through a total re-birth since the crisis, as multiple research papers demonstrate. There can be dangers of an excessively large non-bank lending sector, but again Dodd-Frank has embedded within it another mechanism for seeing black swans in this sector also. That is the Consumer Financial Protection Bureau . The role of the CFPB in supposedly protecting borrowers from predatory lending is only just being defined now by the regulator. But there is already considerable confusion about the CFPB’s ambit, and, indeed, even a recent court hearing indicated that the bureau may be acting outside the scope of the Constitution. Meanwhile, the U.S. economy struggles to get above 2% GDP per annum, consumer inflation is negligible and growth is so anemic that the Fed’s attempt to raise short rates and normalize monetary policy is materially struggling. So it is back to Shiller and Stiglitz, just too much fear in the system to allow growth really to ignite. And so what does such economic neurosis really amount to? It isn’t necessarily the product of there being too many black swans but the product of an irrational belief that there may be too many black swans. And the big question then is when will it all end? When does the anxiety end, when is the neurosis cured and how? Disclosure: Jeremy Josse is the author of Dinosaur Derivatives and Other Trades , an alternative take on financial philosophy and theory (published by Wiley & Co). He is also a managing director and head of the financial institutions group at Sterne Agee CRT in New York. Josse is a visiting researcher in finance at Sy Syms business school in New York. The views and opinions expressed herein are those of the author and don’t necessarily reflect the views of CRT Capital Group, its affiliates or its employees. Josse has no position in the stocks mentioned in this article.

Seeking The Asian Sanborn Map

Buffett’s Investment In Sanborn Map Warren Buffett wrote at length about his investment in Sanborn Map, a publisher of maps of U.S. cities and towns, in the Buffett Partnership’s 1961 letter . Sanborn Map represented 25% and 35% of assets for the Buffett Partnership in 1958 and 1959 respectively. Sanborn Map was referred to as a company which “published minutely detailed maps of power lines, water mains, driveways, building engineering, roof composition, and emergency stairwells for all the cities of the United States, maps that were mainly bought by insurance companies,” in Alice Schroeder’s The Snowball. According to Roger Lowenstein’s book “Buffett: The Making of an American Capitalist,” Buffett earned “roughly a 50 percent profit” on the investment in Sanborn Map. Going back to the Buffett Partnership’s 1961 letter, Warren Buffett shared how he exited the investment at a profit by exercising influence by virtue of his significant shareholdings: Our holdings (including associates) were increased through open market purchases to about 24,000 shares and the total represented by the three groups increased to 46,000 shares. We hoped to separate the two businesses, realize the fair value of the investment portfolio and work to re-establish the earning power of the map business…There was considerable opposition on the Board to change of any type, particularly when initiated by an outsider, although management was in complete accord with our plan and a similar plan had been recommended by Booz, Allen & Hamilton (Management Experts). To avoid a proxy fight (which very probably would not have been forthcoming and which we would have been certain of winning) and to avoid time delay with a large portion of Sanborn’s money tied up in blue-chip stocks which I didn’t care for at current prices, a plan was evolved taking out all stockholders at fair value who wanted out. The SEC ruled favorably on the fairness of the plan. About 72% of the Sanborn stock, involving 50% of the 1,600 stockholders, was exchanged for portfolio securities at fair value. The map business was left with over $l,25 million in government and municipal bonds as a reserve fund, and a potential corporate capital gains tax of over $1 million was eliminated. The remaining stockholders were left with a slightly improved asset value, substantially higher earnings per share, and an increased dividend rate. Sanborn still exists today and has transformed itself into a provider of “a full suite of photogrammetric mapping and geographic information system (NYSE: GIS ) services,” according to its corporate website . Sanborn Map ‘s Deep Value And Wide Moat In many ways, Sanborn Map represented a classic deep value cigar-butt investment that Benjamin Graham would have been proud of, although the company had elements of a wide moat (albeit diminishing) investment as well. In 1958, when Buffett first initiated a position in Sanborn Map, the stock was trading for $45 per share, compared with the company’s investment portfolio of stocks and bonds valued at $65 per share. This implied that the market was valuing Sanborn Map’s map publishing business at -$20 per share, suggesting that investors vested at current prices were getting the map business for free. I have written extensively about deep value bargains net of cash and investments in my articles “How Benjamin Graham Will Possibly Invest In A World Without Net-Nets,” “Seeking Value In Sum-Of-The-Parts Discounts” and “A Case Study On Large-Cap Value Investing” published here , here and here . Sanborn Map was also a wide-moat company in various aspects. Firstly, Sanborn Map dominated its market, as evidenced by Buffett’s choice of words in his letter “For seventy-five years the business operated in a more or less monopolistic manner.” Secondly, Sanborn Map enjoyed a high degree of recurring revenues. Maps required annual revisions (via pasteovers), for which Sanborn Map will charge its customer around $100 every year. Thirdly, customer demand was fairly predictable (insurance companies needed maps to assess risk and underwrite policies) and Sanborn Map did not need to invest heavily in marketing to retain its customers. Sanborn Map’s moat eventually narrowed as its key clients, the insurance companies merged, which meant less business and more powerful customers. Furthermore, “a competitive method of under-writing known as “carding” made inroads on Sanborn’s business and after-tax profits of the map business fell from an average annual level of over $500,000 in the late 1930’s to under $100,000 in 1958 and 1959″ according to Buffett. Asia’s Sanborn Map Japan-listed OYO Corporation (9755 JP) is potentially Asia’s Sanborn Map. OYO Corporation call itself the “Doctor to the Earth” and its corporate profile on the Japan Infrastructure Development Institute website reads as follows: OYO Corporation was founded in 1957 as a general consultant firm specializing in study of the earth by Dr. Fukuda and Dr. Suyama. OYO brings together geology, geophysics and geotechnical engineering to provide a wide range of services in the four fields of construction, resources, disaster prevention and environment. In addition to these technical services, OYO is continually expanding its development of measuring instruments based on our own abundant experience in the field.To date OYO has grown up to the largest specialist organization in Japan in geotechnical field. OYO has about 1,100 staffs, more than two-thirds of them are university graduates in engineering and scientific fields. Besides some 60 numbers of domestic branch offices, we have overseas branches and subsidiary companies in U.S.A., U.K.,and J.V. in France. OYO has devoted itself to research and development in an effort toward “The Creation of Geoengineering.” Our greatest desire is to apply our achievements and to provide services of higher quality to our clients and customers throughout the world. OYO operates in three key business segments: Engineering, Consultation and Instruments. The Engineering business provides ground structure information for the major motorway constructions in Japan; assists with post-disaster management by conducting investigations to recommend relevant repair work; conducts air, land and sea-born investigations for natural resource explorations; and does site investigation for pollution remediation projects. OYO’s Consultation segment involves itself in the site assessment and determination process of nearly all of Japan’s power plants; provides earthquake damage estimation to city planners; and conducts geotechnical investigations and subsidence forecasts for airports built on water. Its Instruments business develops measuring & monitoring instruments used for a wide range of purposes including monitoring the condition and movement of polluted underground water, seismographs for exploration of natural resources under the sea bottom, and geotechnical investigations from: shallow soft soil to deep hard rock structures on the ground and in the sea. OYO’s net cash and short-term investments of JPY 24.0 billion as of December 2015 currently represents approximately 77% of OYO’s current market capitalization, which values the company’s operating business at a mere 3 times trailing EV/EBIT. While OYO is not exactly as great a bargain as Sanborn Map, the stock is still the cheapest of listed companies providing surveying and mapping services. As a bonus for my subscribers of my premium research service , they will get access to: 1) a list of publicly-traded companies providing surveying and mapping services; and 2) a list of stocks with short-term investments exceeding their market capitalizations. Asia/U.S. Deep-Value Wide-Moat Stocks Premium Research Subscribers to my Asia/U.S. Deep-Value Wide-Moat Stocks exclusive research service get full access to the list of deep-value & wide moat investment candidates and value traps, including “Magic Formula” stocks, wide moat compounders, hidden champions, high quality businesses, net-nets, net cash stocks, low P/B stocks and sum-of-the-parts discounts. The potential investment candidates I profiled for my subscribers in May 2016 include: (1) a U.S.-listed market leader in a niche consumer lifestyle space which is trading at 0.80 times P/NCAV and 0.70 times P/B, but remains debt-free and profitable; (2) a U.S.-listed Net Operating Losses-rich deep value play valued by the market at 2.6 times EV/EBITDA net of the present value of its NOLs; (3) an Asian-listed manufacturer of wireless communication products which is the market leader in its home market and the first to export such products to the U.S.; it is a net-net trading at 0.75 times P/NCAV with net cash equivalent to its market capitalization; (4) a U.S.-listed Magic Formula stock trading at 3 times trailing EV/EBIT and Acquirer’s Multiple, sporting a 10% dividend yield net of withholding tax; (5) a U.S.-listed Munger Cannibal trading at 7 times trailing EV/EBIT and Acquirer’s Multiple; (6) an Asian-listed company which is a global leader in a certain medical device niche trading at 3.5 times trailing EV/EBIT and 3.5 times Acquirer’s Multiple, versus a trailing ROIC of 27%. Disclosure: I/we have no positions in any stocks mentioned, and no plans to initiate any positions within the next 72 hours. I wrote this article myself, and it expresses my own opinions. I am not receiving compensation for it. I have no business relationship with any company whose stock is mentioned in this article.

Investment Opportunities Flow From Water Initiatives

By Sherree DeCovny Large parts of the world are running short on water – even experiencing “desertification” – at an alarming rate. Innovative solutions being implemented by the public and the private sectors may offer interesting opportunities for investors. Several factors are driving water shortages. Climate change could have the greatest global impact. Some projections have temperatures around the globe warming by three to four degrees (Fahrenheit) over the next century, which would affect water in many ways. Some areas would stay the same, but many others would be either flooded or stricken with drought. Population growth is also putting pressure on clean surface freshwater resources in lakes and rivers. Brackish water must be treated before it is used for human consumption, and groundwater is harder to use because it must be pumped. According to Julie Gorte, senior vice president for sustainable investing at PAX World Management, 96.5% of all the water on Earth is brackish and 1% is saline. Only the remaining 2.5% is fresh, and of that, 1.2% (0.03% of all water) is surface fresh water. Of the surface fresh water, 30% is groundwater, and 69% is currently locked up in glaciers and icecaps. The more fresh surface water is used, the more it becomes contaminated. Industrial use is a major issue. For example, hydraulic fracturing, or “fracking,” takes about 5 million gallons of water to frack a well once. The water becomes highly contaminated, and treating it is extremely expensive. Some countries with large populations are experiencing drought conditions, yet much of their water is contaminated. About 60% of China’s groundwater – which makes up about one-third of the country’s water resources – was rated unfit for human consumption by China’s Ministry of Land and Resources. In India, 80% of sewage flows into rivers without being treated, according to a 2013 study by the Centre for Science and Environment. Accessing water in underground aquifers is also a challenge. Boreholes can be neglected for years or can be vandalized (sometimes as a result of war). In such cases, wells need to be rehabilitated. In other cases, springs are unprotected, which allows the water to become contaminated. Many communities lack the financial resources to hire engineers and well drillers with the expertise to access and protect the water. Where water is accessible, commercial applications, such as farming, often deplete the supply. Finally, the availability of ongoing service and support for communities that have previously benefited from safe-water projects is an important consideration. “For every community that receives first-time access, another community somewhere else is losing the access they once had because of lack of maintenance or continued investment in their water system,” says Stan Patyrak, vice president of strategy and development at The Water Project. Innovative Solutions In developing countries, not-for-profit organizations, such as The Water Project, collaborate with local organizations to help improve their capacity to provide sustainable water and sanitation projects. The Water Project’s programs in sub-Saharan Africa focus on water delivery and service, community engagement, hygiene, sanitation training, and ongoing monitoring. Programs sometimes use outside (private sector) hydrogeologists, engineers, and consultants. Moreover, local businesses supply spare parts and provide ongoing maintenance. Drilling and repairing wells, building dams, protecting springs, and harvesting rain are often the easy part. The main challenge is keeping water flowing. People from the community, local and national governments, and the private sector all have a role to play. In developed countries, public authorities are addressing the problem through cultural change and technological innovation. Consider the example of Las Vegas. Of 280 major US cities, Las Vegas ranks at the bottom of the list in terms of rainfall, which may explain why it is one of the most water-efficient cities on Earth. Its public authority has taken steps to protect the availability of fresh water by regulating where grass can be put on golf courses, for instance, and what kind of water can be used in fountains. In the US, California is a case study for drought. In some municipalities, especially near coastlines, salt water is intruding into the groundwater. If too much fresh water is being taken out of the groundwater, sea water will seep in and make the groundwater brackish or saline. It then cannot be used for agriculture, drinking, or hygiene without treatment. One potential solution frequently used in the Middle East is desalination; the problem with this process, however, is that it is not environmentally friendly. Desalination plants suck water from the ocean, put the contents through a reverse osmosis process, and then dump the briny waste back into the ocean. Desalination is also energy intensive and reliant on fossil fuels, although companies are starting to use solar energy and wind to power the plants. In California, WaterFX will soon open the first commercial solar-powered desalination plant. The modular technology is located right where it is needed, in this case in the Central Valley – the heart of the state’s agriculture. Rather than processing ocean water and then transporting it inland, the company recycles unusable, salty drainage water from irrigation into potable water for use by local water districts. “Amazingly, this process changes farmers from being huge water consumers into water producers. They can actually get paid for their water,” says Rona Fried, CEO of SustainableBusiness.com. “And the resulting clean water costs about the same as what farmers pay today, much less than water desalinated from the ocean.” Other methods are being used to minimize the amount of water used in agriculture. Drip irrigation alone can reduce water usage by 20%. Software and sensors allow farmers to track moisture levels in the soil (minimizing irrigation), and drones are beginning to be used to monitor soil conditions from above. Farmers will likely switch to crops that match their local water conditions. California is turning to other innovative solutions as well. Orange County is implementing artificial groundwater recharge systems, which route surface water back into the groundwater, as well as using treated wastewater for such purposes as drinking and agriculture. Los Angeles recently dropped 96 million “shade balls,” which float on water and block sunlight, into a reservoir holding 3.3 billion gallons of water, thereby reducing evaporation and making the water less susceptible to algae, bacterial growth, and chemical reactions. Investment Opportunities As US water and sewer systems deteriorate, an estimated $1 trillion in new investments will be needed to rehabilitate water infrastructure over the next 25 years, according to the American Water Works Association. Further, the American Society of Civil Engineers estimates that the cumulative capital investment gap for US water infrastructure will rise from $100 billion in 2015 to nearly $200 billion in 2040. “The massive amount of investment required provides an opportunity to invest in municipal securities over the next 20 to 30 years,” says Zareh Baghdassarian, municipal and corporate credit analyst at NewOak Capital. “Four of the top five issuers – California, New York, Florida, and Pennsylvania – offer domestic investors a double tax-exempt status on returns, and the issuers have high credit ratings.” For example, the Los Angeles Department of Water and Power’s municipal bonds (5s in 2044) yield around 3.5%, which equates to almost 8% when the double tax exemption is counted. Municipalities have contracts with regulated utilities that provide water to residents and treat the water. Water utilities are public companies, so investors may trade in their stocks and bonds. In addition, they can invest in public companies – which supply the industry with pumps, pipes, filtration and treatment systems, and other technology – as well as water-related technology companies, such as biotech firms. It is also possible to make private equity investments in small companies that are innovating in this space. Of course, because smaller companies have different financial characteristics than larger public ones, returns may be more volatile. Another recent development comes for the exchange-traded fund (ETF) sector. The PowerShares Water Resources Portfolio ETF (NYSEARCA: PHO ) is based on the NASDAQ OMX US Water Index. The constituents of the index are selected by Rona Fried (CEO of SustainableBusiness.com). She first looks at how much of the company’s revenue is driven by water solutions, shooting for a minimum of 50%. Companies that are considered leaders in the industry may also be included, even if water is not their dominant product. She then looks at how a company runs its water business from a sustainability perspective. For example, do wastewater treatment companies use chemicals to treat water, or are they using advanced technologies that treat water biologically? Are they improving the energy efficiency of their plants and incorporating water recycling and/or bio-gas? As Gorte points out, investors hoping to earn a return need to keep in mind that any company, security, or idea is capable of underperforming depending on economic factors and the financial/business cycle. Some industries are more cyclical than others. Utilities tend to have less cyclical volatility, and technology companies may be more volatile. Ultimately, Gorte believes investors should look for well-managed companies. “There’s a lot of innovation in how to move water around and treat it and make it available more efficiently with less loss,” she concludes. “That’s a nice, long-term secular growth prospect.” Sherree DeCovny is a freelance journalist specializing in finance and technology. This article originally ran in the November/December 2015 issue of CFA Institute Magazine . Disclaimer: Please note that the content of this site should not be construed as investment advice, nor do the opinions expressed necessarily reflect the views of CFA Institute.