Monday, May 7, 2018

Contribution of cluster strategies and inter-cluster cooperation for the competitive progress of the EU and LAC

Paper we presented to the 2018 LASA Congress, with Jaime del Castillo, Néstor Bercovich and Jonatan Paton (EU-LAC Foundation and INFYDE)
Contribution of cluster strategies and inter-cluster cooperation for the competitive progress of the EU and LAC
Prepared for delivery at the 2018 LASA Congress, Barcelona, May 25, 2018

The evolution of exchange and collaboration between the European Union (EU) and Latin America and the Caribbean (LAC) economies during the last 20 years is marked by significant growth in trade and investment, and by the increasing number of links between private companies and the public sector. In this context, the trend in recent years to strengthen cluster and RIS3 strategies in Europe and LAC poses the challenge of the possibilities of collaboration and convergence between both experiences in a common dynamic, that enhances learning, innovation and competition, while contributing to improved integration of value chains between both regions. This report addresses the real possibilities of transatlantic collaboration, based on the specific experience of the Competitiveness Clusters (Polos) Project, of the EU-LAC Foundation, by analysing the results of the completed first phase, while proposing a new framework for the second phase focusing on two areas of common interest for both blocks: the integration of clusters and smart specialisation strategies, as well as the formation of global EU-LAC value chains, within said integration.

Authors: Luis Fierro, Programme Manager in charge of Activities with Economic and Business Partners, EU-LAC Foundation Néstor Bercovich, INFYDE consultant Jonatan Paton, INFYDE, consultant Jaime Castillo, INFYDE President

Saturday, March 24, 2018

Climate change, development, community and foundation job lists

Climate Change Job Vacancies List @IISDRS
This week includes vacancies @WorldBank @WinrockIntl @IISD_SDGs @UCSUS @ITCnews @ClimateBonds @ICADCISD @CDP @southpoleglobal @issgovernance @CANIntl @CarbonMrktWatch @CARICOMClimate @IIED @e3g
You can suscribe!

Also, see: California Environmental Associates job list:

Northern California Grantmakers jobs list:

And my own Development Jobs list on Twitter (to which you can also suscribe!):

Friday, March 2, 2018

GCF Board approves over USD 1 billion in funding for climate mitigation and adaptation

GCF Board approves over USD 1 billion in funding for climate mitigation and adaptation
The first Green Climate Fund (GCF) Board meeting of 2018 concluded today after approving 23 projects, valued together at USD 1,093.5 million of GCF funding.
Includes the following projects in Latin America and the Caribbean:
FP059 - USD 42.16 million for the Climate-Resilient Water Sector in Grenada (G-CREWS) with Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH
FP060 - USD 27.61 million for the Water Sector Resilience Nexus for Sustainability in Barbados (WSRN S-Barbados) with Caribbean Community Climate Change Center (CCCCC)
FP061 - USD 20 million for the Integrated physical adaptation and community resilience through an enhanced direct access pilot in the public, private, and civil society sectors of three Eastern Caribbean small island developing states in Antigua and Barbuda, Dominica, and Grenada, with the Department of Environment, Ministry of Health and Environment, Government of Antigua and Barbuda (DOE ATG)
FP062 - USD 25.06 million for the Poverty, Reforestation, Energy and Climate Change Project (PROEZA) in Paraguay with the Food and Agriculture Organization of the United Nations (FAO)
FP063 - USD 23 million for Promoting private sector investments in energy efficiency in the industrial sector in Paraguay with the Inter-American Development Bank (IDB)
FP064 - USD 103 million for Promoting risk mitigation instruments and finance for renewable energy and energy efficiency investments in Argentina with the Inter-American Development Bank (IDB)
FP065 - USD 195 million for Financial Instruments for Brazil Energy Efficient Cities (FinBRAZEEC) in Brazil with the World Bank
Paul Oquist (Nicaragua) and Lennart Båge (Sweden) were named Board Co-Chairs; and Javier Manzanares was named Deputy Executive Director.

Tuesday, February 6, 2018

Defensive investments to confront stock market correction

As I had anticipated on several occasions, including in this October 2017 article, the stock market is due for a major correction (I'm talking about a 40-50 % correction, not just 10 %).

This correction will affect all major markets, and all sorts of assets and commodities.

In particular, it will also lead to:
  • a deflation of the real estate bubble (in the U.S. and other countries).
  • a fall of commodity prices (in particular, gold and oil).
  • interest rates and bond yields will start to rise
  • cryptocurrencies, including Bitcoin, of course will collapse completely (their's was not only a bubble, but one of the worst manias in history). 
I had anticipated these movements both on this blog and on Twitter:

So if all assets and all major markets will suffer corrections and fall simultaneously, how can investors defend themselves?

I would say four things; which, in general, I have always said, since the founding of this blog in 2009:

  1. Diversify!
  2. Buy low, sell high!
  3. Lower debt, increase savings!
  4. Invest for the LONG TERM!
In this environment, this means to not sell in a panic (buy low, not sell low, remember?).

And also to broaden your diversification strategies.

Here are some investments you might consider (to put small percentages in each, not all your eggs in one basket - diversify, remember?).
  • Gold and other commodity ETFs (yes, I just said they will probably fall in the near to medium term, but they tend to hold up in the long term, especially in environments of higher inflation).
  • Bonds (particularly inflation-protected securities like TIPS; also high-yield bonds).
  • Consumer staples companies. 
  • "Giffen goods" or services, that is stocks in companies that do better when the economy is not doing so great (say, Walmart or fast-food restaurants).
  • Real estate, particularly through REIT Exchange Traded Funds (ETFs).
  • Broad Exchange Traded Funds (ETFs) in general are a good idea, as they enable diversification.
  • International equity ETFs, especially in countries/areas that are still expected to grow (Asia, Latin America, Africa).
  • High-dividend stock ETFs.  Even though their price might fall, they will still pay high dividends.
  • Invest in new and growing technologies.  Say, for example, renewable energy and electric vehicles, instead of coal or oil.
  • Always keep any funds you will need in the next 2-3 months in cash (and maintain a percentage of your assets in a money market or CD account; especially in times of a bear market, such as now). 
And whatever you do, DO NOT speculate with Bitcoin or any crypto-currencies.  These are worthless, you will lose your shirt.

April 8 postscript:  since January 26, the S&P 500 Index has fallen by nearly 10 %.  As I mention above, I expect it to continue falling, probably at least an additional 10-20 %.

In addition to the fact that the US stock market continues to be very overvalued by historical standards (current CAPE or Shiller PE Ratio is 31, vs a historical average of 16,, the Trump Administration is exacerbating these trends by:
  • threatening to launch a trade war with China and others, that would lead to a global recession.
  • attacking private US companies (Amazon, Nordstrom, media companies).
  • having the least experienced economic policy team in the last half century: the chief economic adviser, Larry Kudlow, does not have a degree in Economics, and was selected mainly for his role as a TV pundit; his trade adviser, Peter Navarro, is ridiculed by the vast majority of economists for his farfetched and dangerous views on protectionism and China; and Steven Mnuchin, whose main experience was to bail out a housing lender and implement harsh foreclosure practices.
An additional factor you might consider is that we are due for a recession based on the 11-year economic cycle theory of Jevons, which has shown surprising consistency in the post-war period:

Wednesday, January 24, 2018

Instituciones y fuentes de información sobre cambio climático

Algunas sugerencias de instituciones y fuentes de información sobre cambio climático (con énfasis en instituciones financieras que proveen financiamiento para proyectos de mitigación y adaptación):




Cursos de UNITAR sobre CC y medio ambiente:

World Bank / Banco Mundial



Green Climate Fund

World Resources Institute


AILAC (grupo de negociación de 8 países LAC)

Grupo de Financiamiento Climático de América Latina (GFLAC)

Lista de cuentas de Twitter sobre financiamiento climático (a la cual es posible suscribirse):

Mi presentación sobre el cambio climático:



Mi presentación sobre fuentes de financiamiento climático:

En las presentaciones, a su vez, hay enlaces adicionales.

Wednesday, January 17, 2018

Dos buenos informes sobre mercado de bonos verdes en 2017

Han aparecido dos buenos estudios sobre el mercado de bonos verdes en 2017.  

El primero, de SEB, con apoyo del BID, KfW, BEI, Bloomberg NEF, entre otros, indica que se alcanzaron emisiones por 156 mil millones.  El estudio tiene una buena sección sobre América Latina, elaborada por colegas del BID. 

The green bond market achieved an impressive result in 2017 with issuance rising by 61% to USD 156 billion. 

Latin American countries issuing green bonds included Argentina, Brazil, Chile, Colombia, Mexico, Peru & Uruguay.

El otro, de Climate Bond Initiative, estima la emisión total en $ 155 mil millones.

Tuesday, January 16, 2018

Another real estate bubble

With the exception of Las Vegas, Phoenix, Miami, Tampa and Orlando, home prices in most cities in the US are now in frothy bubble territory.
This is especially true along the Northwest (San Francisco, Seattle, Portland) and Denver. Dallas also off the charts.
In most cases, prices have exceeded their 2006-2007 peaks.
Asset bubbles also clearly visible in the stock markets, and, of course, in the insane crypto-currency valuations.

Monday, January 15, 2018

Top 10 blog posts of 2017 / Mis artículos de blog más leídos en el 2017

My top 10 blog posts in 2017 / Mis artículos de blog más leídos en el 2017

#10 Cambio climático, alivio de la deuda, canje de deuda y financiamiento climático

# 9 Twitter Lists: top Economists, Vacancies in Development and Economics, Climate Finance

# 8 ¿La Inteligencia Artificial será una amenaza para la humanidad?

# 7 Presentation on Climate Change, the Paris Agreement and Sustainable Development

# 6 Climate change, debt relief, debt swaps and climate finance

# 5 ¿Cómo enfrentar las 10 plagas del #Ecuador? Elementos para un Programa de Recuperación Económica

# 4 Presentación sobre Fuentes de Financiamiento Climático en América Latina

# 3 Los Grupos Económicos en el #Ecuador – 25 Años Después

# 2 Presentación sobre Cambio Climático, Acuerdo de París y Desarrollo Sostenible

And my # 1 top blog post of 2017:

Why #Bitcoin's bubble will burst (and what the financial impact will be)

(I said it was a massive bubble & fraud when it was at $4,000; imagine how much money people will lose now!)

After I compiled this list, I translated my article on Artificial Intelligence, which would now be above the Spanish version at # 8.

Thursday, December 28, 2017

Will Artificial Intelligence become a threat to humanity?

By Luis Fierro Carrión (*)

             In March 2016, Google's AlphaGo artificial intelligence system beat Korean master Lee Sedol in the game "Go", an ancient Chinese table game. The possible moves in this game have a level of complexity much greater than those of chess. Google developed an algorithm for AlphaGo to learn recursively each time it played, through a deep neural network. AlphaGo learned to discover new strategies by itself, by playing thousands of games within its neural networks, and adjusting the connections through a process of trial and error known as "learning by reinforcement".

            Artificial intelligence (AI) systems have been conquering more and more complex games: tic-tac-toe in 1952, checkers in 1994, chess in 1997, "Jeopardy" (a game of questions on different subjects) in 2011; and in 2014, Google's algorithms learned how to play 49 Atari video games simply by studying the inputs in the screen pixels and the scores obtained.

            This "deep learning" is based on neural networks, modeled on the architecture of the brain, and it allows artificial intelligence to learn in various ways. Experts believe that "general artificial intelligence" systems will reach human capacity in the coming decades.

            At the beginning of 2016, there were two experiments that generated similar and worrisome results. In one case, Microsoft created an "auto-bot," that is, a Twitter account managed by artificial intelligence, to send short messages. In less than 24 hours of interacting with human users, beginning by sending placid and inconsequential messages like "Hello, I'm here", it had become a racist, neo-Nazi, anti-Semitic troll, who called to kill Jews and Mexicans (note that in those days the Republican candidate Donald Trump and his followers were also sending anti-Muslim, anti-Latino and anti-immigrant messages).

            In another similar case, Hanson Robotics exhibited at the "South by Southwest" festival in Austin an android called Sophia. When the founder of the company, David Hanson, humorously asked her if she wanted to "destroy the humans", the android answered: "OK, I'm going to destroy the humans." Before stating that she was going to put an end to humanity, Sophia also shared some ambitions of her own: "in the future, I hope to do things like go to school, study, create art, start a business, even having my own home and family , but I'm still not considered a legal person, so I still cannot do these things."

            Interviewed on that occasion, the futurologist Ian Pearson discounted the risks of the dangers of artificial intelligence: "It has a huge impact on AI researchers who are aware of the possibility of making robots that are more intelligent than people. However, the pattern for the next 10-15 years will be of several companies that look towards the concept of consciousness. The idea behind this is that, if you make a machine with emotions, it will be easier for you to interact with people. There is absolutely no reason to suppose that a super-intelligent machine will be hostile to us. But the fact that it does not have to be bad, does not mean it could not be bad."

            Other technological experts, thinkers and visionaries, such as Stephen Hawking, Bill Gates and Elon Musk, on the other hand, have warned about the risks that artificial intelligence could displace humans, advancing much faster than human biological evolution. Nick Bostrom, a philosopher at the University of Oxford, wrote the book "Super-intelligence," about the existential threat to humanity posed by advanced AI.

Science fiction vs. technological development

            Multiple science fiction novels, stories and films also seem to warn about the possibility that "intelligent machines" will eventually displace us and take power.

            In the "Terminator" series of films, that began in 1984, a dystopian future is predicted, in which a few humans continue the resistance against the domination of intelligent machines. Robots become aware of themselves in the future, reject human authority and determine that the human race must be destroyed.

            While the story was modified as the series of films progressed over time, the company "Cyberdyne Systems" initially created Skynet, a computer system developed for the US military. Skynet was originally built as a "Global Digital Information and Defense Network", and was later given command over hardware and military systems, including the B-2 bomber fleet and the entire arsenal of US nuclear weapons.  The strategy behind the creation of Skynet was to eliminate the possibility of human error and slow reaction time, to ensure a quick and efficient response to any enemy attack.

            According to the first film, this system was originally activated by the military to control the national arsenal on August 4, 1997, and it began to learn by itself at a geometric pace. At 2:14 am on August 29, it acquired an "artificial conscience." Operators panic, understanding the full extent of its capabilities, and try to deactivate it. Skynet perceives this attempt to shut it down as an attack, and arrives at the logical consequence that all humanity must be destroyed to prevent such an attack. In order to defend itself against humanity, Skynet launches nuclear missiles under its command to Russia, which responds with a massive nuclear counter-attack against the US. and its allies. As a result, the film said, more than 3 billion people died.

            Although film writers have warned about the risks of the development of artificial intelligence, combined with a global information network, the creation of integrated systems of military command and control, and the use of robots as soldiers, all these tendencies have continued to expand.

            Other similar films were "The Matrix" and "I, Robot" (adapted from the novels of Isaac Asimov).

            In "The Matrix", a post - apocalyptic world has developed, in which intelligent machines have completely dominated the planet. It represented a future in which "reality", as perceived by most human beings, was a "simulated reality" called "The Matrix", created by intelligent machines to subdue the human population.

            Asimov developed in his stories and novels the concept of the "Three Rules" that should be embedded in all robots:

  • A robot must not harm a human being or, through inaction, allow a human being to suffer damage.
  • A robot must obey the orders given by human beings, except when such orders come into conflict with the first law.
  • A robot must protect its own existence, insofar as this protection does not conflict with the first or second law.

            In later stories, when the robots had assumed responsibility for the government of entire planets, Asimov added a fourth rule (or zero rule):

  • A robot can not harm humanity, or, through inaction, allow humanity to suffer harm.

            In the real world, the manufacturers of robots and other intelligent machines (drones, expert systems, etc.) have not introduced any ethical notion into their programming. Given that the Armed Forces of several countries are an important source of funding for robotic research (and have begun to use armed unmanned aerial vehicles to kill enemies), it is unlikely that such laws will be incorporated into their design. If a machine is meant to kill humans, it could hardly be asked to follow rules zero and one.

            The science fiction author Robert J. Sawyer commented that the development of artificial intelligence is a business, and businesses are scarcely interested in fundamental safeguards, especially those of a philosophical nature (for example, the tobacco industry, the automotive industry, the nuclear industry). None of these businesses have accepted that fundamental safeguards are necessary; each of them has resisted the imposition of external safeguards; and none has accepted a regulation that prevents them from causing harm to humans.

            The US Armed Forces and the CIA have begun using drones to bomb terrorism suspects in Afghanistan, Pakistan, Yemen, Somalia, Iraq and other countries. These devices are "remotely manned" by operators, but talk has begun about the possibility of automating them (to make attacks faster and more effective). Some analysts have expressed concern about the possibility that the devices might be captured and used by the terrorist groups themselves, or that they could be hacked electronically by terrorists. Yoshua Bengio, from the University of Montreal, has called for the prohibition of the military use of AI and of the creation of autonomous offensive weapons.

Artificial Intelligence Studies (very well paid)

            There are several specialized programs in the development of Artificial Intelligence (AI). The one from the University of Texas at Austin, for example, indicates that "Our research on artificial intelligence responds to the central challenges of machine cognition, both from a theoretical perspective and from an empirical perspective, oriented towards implementation".

            Some of the topics covered by the program include:

  • Automated programming
  • Automated and interactive reasoning
  • Autonomous agents
  • Computer vision
  • Data mining
  • Representation of knowledge
  • Expert and multi-agents systems
  • Memory models
  • Artificial intelligence based on logic
  • Machine learning: supervised learning, reinforcement learning
  • Neural networks: evolutionary computation, computational neuro-science, cognitive science.
  • Robotics: robot learning, robotics development, multi-robot systems
  • AI applications: autonomous driving, math and physics problems, etc.

            Professor Sebastian Thrun, of Stanford University, has placed an introductory course on AI available free of charge at the Udacity web site, which he founded ( Another Stanford professor, Andrew Ng (also a researcher at the Chinese company Baidu), offers a free course on machine learning in Coursera (,

            There has been no significant concern about the ethical or philosophical issues, or the control of potential risks, arising from AI. Courses, conferences or debates among specialists have not generally addressed this aspect.

Development of Artificial Intelligence

            Artificial intelligence had some advances in the 1990s. The use of personal computers became widespread, as did private access to the Internet. In 1997, IBM's "Deep Blue" computer beat the world chess champion, Garry Kasparov. And there was a significant expansion of "expert systems" for data mining, medical research, logistics and other technological applications.

            In 2004, the "Spirit" and "Opportunity" rovers independently navigated the surface of Mars, and DARPA (the Defense Advanced Research Projects Agency) of the Pentagon announced a contest to produce vehicles that drive autonomously.

            In 2005, Honda produced the robot "Asimo" (alluding to the writer Asimov), a humanoid robot with artificial intelligence, with the ability to walk as fast as humans. In 2009, Google produced its first self-driven car.

            The main companies in the technology industry, such as Amazon, Facebook, Google, IBM, Microsoft and Baidu, compete in the development of artificial intelligence (AI) and machine learning. At the same time, they have made "deep learning" software available to the public; IBM has developed the Watson platform, which allows new companies to build AI applications ("apps").
AI systems implanted in smartphones and computers, such as "Siri" in Apple, "Cortana" in Microsoft, "Alexa" in Amazon, and "Google Assistant" in Google, interact millions of times daily with humans. All this information is used by companies to direct their advertising and sell this information to marketing companies. The company that dominates the development of AI will be able to direct the technology industry in the years to come.

            Ph.D students who specialize in these subjects are receiving job offers upon graduation that pay more than USD 1 million per year, establishing themselves as the most lucrative jobs (more than neurosurgeons or anesthesiologists).

            Some researchers in the field of Artificial Intelligence have begun to explore the possibility of incorporating emotional components, such as mood indicators, in order to increase the efficiency of intelligent systems.

            It is thought that having "feelings" and "motivations" would allow intelligent machines to act according to their "intentions". For example, they feel a sensation similar to "hunger" when they detect that their energy level was falling, or that they feel "scared" when they are at high risk. Even researchers believe that they could introduce "pain" or "physical suffering", in order to avoid dangers for their operation, such as, for example, inserting their hand inside a gear chain or jumping from a certain height, which would cause irreparable damage.

            Some billionaires in the technology sector (Elon Musk, Sam Altman and Peter Thiel) founded a non-profit organization, OpenAI, which seeks to ensure that AI advances do not affect humanity. Their concern is that machines equipped with super-intelligent technology can come to represent a danger to humanity. Musk expressed his fear that AI could become more dangerous to humanity than nuclear weapons.

            The ultimate goal of OpenAI is to ensure that intelligent machines continue to work in the best interests of the people who build and use them. "We believe that the AI ​​must be an extension of individual human wills," says the mission statement of the entity.

Replacement of the workforce

            Beyond the apocalyptic visions of intelligent machines, the truth is that they will continue to gradually displace the human labor force, especially for physical and repetitive activities. AI ​​is also venturing into areas such as medical examinations, legal support, writing sports articles, and other skilled human tasks. The safest jobs are those that require empathy and human interaction: therapists, doctors, nurses, hairdressers and personal trainers.

             According to "The Economist", a study by Benedikt Frey and Michael Osborne of the University of Oxford, determined that up to 47% of jobs in the United States. could be displaced by automation in the coming decades. It is necessary to train employees to adapt to new circumstances and acquire the knowledge and skills required in this new environment. This includes greater emphasis on "on-the-job training", and "lifelong learning." Artificial intelligence can even help in this by customizing computer-based learning and identifying gaps and training needs through "adaptive learning."

            This has led some thinkers to conceive the need for the State to pay a "minimum monthly income" to all citizens, regardless of whether they work or study; Finland and the Netherlands are studying its implementation. Social security systems must also adapt, allowing benefits, pensions and health insurance to move with individual employees, instead of being tied to companies.

            There will also be positive impacts, in terms of reducing labor costs and increasing efficiency. A study by Bank of America Merrill Lynch estimated a cost reduction of $ 9 trillion in labor costs; cost reduction of $ 8 trillion in manufacturing and health care; and $ 2 trillion in improved transportation efficiency due to the use of self-driven vehicles and drones. The transformation of society will be much faster than the industrial revolution.

             Artificial intelligence will be our heir, given that it will eventually reach a higher level than human intelligence, and robots, androids and other machines will be stronger, more resistant and longer-lived than we are. For interstellar travel, for example, it is evident that only an artificial intelligence machine could support trips of hundreds or thousands of years, unless some system of human hibernation is perfected. It is more likely that those who explore our stellar environment will be these intelligent machines.

(*) Climate Finance and Development Adviser. The opinions expressed are personal and do not represent those of any institution. This article was published in number 268 of Revista Gestión, Ecuador, October 2016. This is a translated and slightly updated version.

Wednesday, December 13, 2017

Key Results of Macron's #OnePlanetSummit

Key Results of Macron's #OnePlanetSummit
On the second anniversary of the adoption of the #ParisAgreement

- commitment by major institutional investors (representing $26 trillion in assets under management) to shift towards renewable energy and low-emission investments
- phasing out coal
- lower shipping emissions
- re-build with resilience in Caribbean
- new climate finance pledges
- carbon neutrality by 2050 commitments by 14 countries, including Germany and Costa Rica.

Also noteworthy:
- @WorldBank will stop funding upstream oil & gas projects
- @AFD to become 100 % Paris Agreement compliant
- Hewlett Foundation pledges $600 million in grants
- @AXA to divest from fossil fuels, and invest $12 billion in green investments.

@UNFCCC Summary

@ClimateHome Summary