Footprint Network Blog - Footprint for Government
As the final World Cup match quickly approaches, we couldn’t help but kick around some Ecological Footprint numbers describing the diverse nations competing in this year’s games.
The eight nations who made it to the quarter-finals represent vastly different lifestyles. If all people on Earth lived like residents of those countries, how many Earths would it take? If we all lived like the Argentineans, it would take us 1.6 Earths. In contrast, living like the Belgians would require us to juggle 4.3 planets – not a small feat. The Colombian lifestyle would lead us to juggle the fewest Earths – just slightly more than one.
Do Big Footprints Give Teams a Leg Up in Football?
Do big Footprints produce big World Cup wins? After all, big Footprints may mean big budgets. Big budgets can buy more expensive players. But are they really better? When comparing the number of goals scored before the round of 16 (which evens the playing field because all teams competed in three games), the number of goals does not seem to correlate with a country’s Footprint size, as revealed on our soccer field below:
The U.S. and Belgium, for instance, have the largest Footprints per person, but their teams racked up only four goals – the same as the country with the lowest Footprint, Côte d’Ivoire. And the two countries that nailed the most goals have vastly different Footprints: Colombia, with 9 goals, has a Footprint of less than 2 global hectares per person, while the Netherlands with 10 goals has a Footprint of more than 6 global hectares per person.
World Cup football is exciting – nearly as exciting as the global sustainability game. The rules are similar. In both, the players strive to play their best within a given field. For soccer, the field is roughly 1 hectare for 22 players. For sustainability we have about 1.7 global hectares for each citizen of the planet. Can we all live well within that field? Imagine the cheers if we can! The Colombians are closer to winning that game than the Belgians. And if the Germans played the U.S. team in terms of energy transition, it may look as ugly for the U.S. as it did for the Brazilians on the soccer field earlier this week.
If we had to choose our favorite of the two finalists who face off on Sunday based on how little demand they place on nature, we would have to root for Argentina over Germany. GOOOOOLLLLLL!
Curious about the Footprints of individual countries? Visit this page and select a country from the dropdown menu: http://www.footprintnetwork.org/countrytrends.
Gastautor Mathis Wackernagel bloggt fur ETH-Klimablog
Flugzeuge ohne Treibstoffanzeige auf dem Armaturenbrett sind gefährlich. Fürs Starten geht’s. Aber sind wir mal in der Luft und fliegen ein paar Stunden, so ist es gut zu wissen, wie viel Kerosin noch im Tank ist, und wann wir landen sollten.Erstaunlicherweise aber hat das Armaturenbrett unserer Wirtschaft keine «Treibstoffanzeige».
Obwohl alle Ressourcen, die wir konsumieren, von der Natur kommen, finden wir im klassischen Instrumentarium der Politik keine Anzeige, die uns sagt, wie viel Natur uns zur Verfügung steht und wie viel wir brauchen. Einzelne Angaben kennen wir zwar – zum Beispel wie viel Elektrizität wir verbrauchen, oder wie viele Autos wir fahren. Aber die Nettobilanz? Wie sieht es, aus wenn wir alles zusammenzählen? Und ist das überhaupt möglich?
In an era of resource constraints, how can a nation support the long-term success of its economy and the well-being of its citizens, while living within ecological limits? How will leaders react to the fact that their nation, which is in ecological deficit (occurring when the Footprint of a population exceeds the biocapacity of the area available to that population), relies upon other nations that not only are also in ecological deficit themselves but that are also dependent upon other nations that are in ecological overshoot?
These are just two questions that emerge when one examines the combined findings of recent reports on the Ecological Footprint of three Asian nations—Japan, China and the Philippines. All three nations are in ecological deficit (like most others—83 percent of humanity now lives in countries where the demand on nature’s services exceeds what local ecosystems can provide).
In November, Global Footprint Network released “A Measure for Resilience: 2012 Report on the Ecological Footprint of the Philippines,” in collaboration with the Climate Change Commission of the Philippines and the French Agency for Development. It is the first such report for a Southeast Asian nation.
Global Footprint Network’s Asia Regional Director Pati Poblete and Vice President of Operations Geoff Trotter (both far right) presented the first Footprint study of a Southeast Asian nation with (from left) Elisea Gozum, the Philippines Presidential Adviser on Climate Change; Agence Francaise de Development Country Director Lucle Cabellec; France Ambassador to Philippines Gilles Garachon; Miss Earth 2011 Olga Alava; Climate Change Commission Vice Chairman Mary Ann L. Sering; and Climate Change Commissioner Naderev M. Sano. The launch took place at Malacanang Palace, the official residence of the President of the Philippines.(PNA photo Marvie A.Lloren)
The Philippines entered into ecological deficit by the 1960s, and the gap between demand and local biocapacity has been widening over time. In 2008 (the most recent year data is available), Philippine residents’ demand on nature was twice the country’s own capacity to provide biological resources and absorb its carbon emissions.
The report’s findings were presented before the Climate Change Commission, a cabinet-level stakeholder group within the Philippine national government, headed by the Office of the President and various ministries. The Commission enthusiastically and anonymously moved to adopt the findings of the report, which will be disseminated to other government agencies.
Mathis Wackernagel, President of Global Footprint Network, was in Quito, Ecuador at the invitation of the Ministry of Tourism to speak at the Inter-American Tourism Congress XX. The conference was part of the larger Conscious Tourism Congress.
Mathis spoke about the Ecological Footprint and underscored the current trends toward ecological overshoot.
“We have limited resources and unlimited wants. You have to think about tourism within this reality. We do not want to decrease the growth of tourism, but we need to see to what extent it will produce opportunities or harm,” he said.
After the talk on the conference’s inaugural day, Mathis met with the heads of several government agencies, including the Minister of the Environment (Mercy Borbor) and the Minister of Non-Renewable Resources, who expressed interest in working closer with Global Footprint Network.
Footprint for Government
As people move on from the suspense, excitement, and sometimes disappointment that was Rio+20, at least one thing is clear to us—the Ecological Footprint is more important than ever in a world where international cooperation on sustainable development has not delivered everything the world hoped it would.
Global Footprint Network Science Coordinator Kyle Gracey (far right) at the Eye on Earth Panel
Energy expert Robert Rapier, the Chief Technology Officer at Merica International, writes and speaks about issues involving energy and the environment. Merica , a privately held energy company, is involved in a wide variety of projects, with a core focus on the localized use of biomass to energy for the benefit of local populations.
In this second of a two-part series on Competitiveness 2.0, one of Global Footprint Network’s strategic programs, the Consumer Energy Report columnist and author of “Power Plays: Energy Options in the Age of Peak Oil” explains below how energy constraints are becoming so central to a nation’s competitiveness.
Global Footprint Network is thrilled to announce that Co-Founder and President Dr. Mathis Wackernagel and Dr. William Rees, co-creators of the Ecological Footprint, have been named the winners of the 2012 Kenneth E. Boulding Award, the world’s top honor in the field of ecological economics.
The International Society for Ecological Economics (ISEE), made the announcement leading up to the Rio+20 Earth Summit, the United Nations Conference on Sustainable Development (UNCSD), in Rio de Janeiro, where the awards will be presented.
The biennial award is given to “outstanding individuals who have contributed original and seminal approaches that have furthered our understanding of the interfaces between the social, ecological, ethical, economic and political dimensions of our world,” said the ISEE in announcing the award.
Building on Rees’ earlier work on human carrying capacity, Wackernagel and Rees in the early 1990s developed the Ecological Footprint, the world’s premier resource accounting system, to track humanity’s demands on nature. The Ecological Footprint measures the area of productive land and water, or “biocapacity,” required to produce the resources a human population consumes and to absorb its carbon waste.
For the last 10 years, Global Footprint Network has contributed to WWF’s bi-annual flagship publication “The Living Planet Report,” which has become a key publication for Ecological Footprint results. The 2012 edition was released in May from the International Space Station, generating the largest media response of any Living Planet Report so far. The latest Global Footprint Network calculations show that humanity’s demand for bio-resources exceeds the long-term regenerative capacity of Earth by over 50 percent.
“Ever more countries continue to use more resources than they can renew within their own boundaries,” Drs. Wackernagel and Rees said. “Until countries begin tracking and managing their biocapacity deficits, they put not only themselves at risk but, more importantly, the entire planet.”
The award will be presented at the ISEE Conference 2012 in Rio de Janeiro on June 19, where Wackernagel and Rees will deliver the keynote Boulding Award lectures.
Dr. Wackernagel has promoted sustainability on six continents and lectured at more than 100 universities. Dr. Rees is an ecologist, ecological economist, Founding Director of the One Earth Initiative, Professor Emeritus and former Director of the University of British Columbia’s School of Community and Regional Planning.
Kenneth E. Boulding (1910-1993) was President of the American Economics Association and American Association for the Advancement of Science. Past notable recipients include Herman Daly (American economist, considered the father of Ecological Economics) and Manfred Max-Neef, author of Real-Life Economics: Understanding Wealth Creation.
We thank you, our valued partners and supporters, for helping to promote our work around the world, and making awards such as these possible as we continue to make ecological limits central to decision-making.
Humanity is now using nature’s services 52 percent faster than what Earth can renew, according to Global Footprint Network’s latest data, published in the 2012 edition of the Living Planet Report. The biennial report, produced by WWF in collaboration with Global Footprint Network and the Zoological Society of London, was launched today by ESA astronaut André Kuipers from the International Space Station.
Released just weeks before world leaders come together in Rio de Janeiro for the UN Conference on Sustainable Development (Rio+20), the report shows rising competition among countries for resources and land use.
“We’ve entered the era of the global auction,” said Global Footprint Network President Mathis Wackernagel, Ph.D., “where nations are now forced to compete fiercely for more expensive and less abundant resources. It’s in their own self-interest to preserve and restore the natural assets they have within their borders and avoid ecological deficit spending. In a resource constrained world, such spending will become an ever more challenging economic burden.”
Figure 1: Pathways into the future. How long can ecological overshoot be sustained? What are the cost and benefit of each path? Using more than Earth can renew is only possible temporarily – while there are sufficient assets to be liquidated and waste sinks to be filled up. Eventually, overshoot will be eliminated – the question is whether it is eliminated by design or by disaster.
The new figures released for humanity’s Ecological Footprint and biocapacity (Earth’s capacity to regenerate resources) show that now, more than ever, countries must manage natural capital as part of their strategy to secure ecological, economic and social success. This holds also true when deploying development strategies that aim at producing lasting progress, for instance for efforts to eliminate hunger and alleviate poverty.
As population and consumption increases, the pressure on the planet continues to grow. Global Footprint Network calculations show that in the past five decades, humanity’s Ecological Footprint has more than doubled. In 2008, the most recent year for which data are available, humanity used the equivalent of slightly more than 1.5 planets to support its activities. In other words, nearly 40 years after Earth went into ecological overshoot, it now takes more than a year and six months for Earth to absorb the CO2 emissions and regenerate the renewable resources that people use in one year.
While humanity’s cropland and fishing Footprints have increased, carbon continues to be the largest driver behind humanity’s ecological overshoot. Carbon now accounts for more than half the global Ecological Footprint, at 54 percent. Land used for food production is another major factor in humanity’s increasing Footprint.
While carbon is a major challenge, it must not be addressed in isolation. Moving from fossil fuel due to climate concerns to alternative sources will reduce the carbon portion of the Footprint, but may also significantly increase pressure on other ecosystems. The lack of biocapacity to accommodate the carbon Footprint also indicates that there may not be sufficient biomass available to substitute the current level of fossil fuel use, should that become necessary.
Though the numbers are stark, countries can still reverse trends. Using a Global Footprint Network Scenario Calculator, the 2012 edition of the Living Planet Report offers potential outcomes based on different choices related to resource consumption, demographic trends, land use and productivity.
Examining the Ecological Footprint at the per-person level shows that people living in different countries vary greatly in their demand on Earth’s ecosystems. For example, if everyone in the world lived like the average resident of Qatar, which presently has the world’s highest per capita Footprint, we would need the equivalent of 6.5 planets to regenerate our resources and absorb the CO2 emissions. If everyone lived like a resident of the United States, we would need the resources of 4 planets.
Countries that maintain high levels of resource dependence are putting their own economies at risk,” Wackernagel said. “These countries will expose themselves dangerously to the global auction. But those countries that are able to work within both their financial and their ecological budget will not only serve the global interest, they will have the most resilient economies in a resource-constrained world. If our goal is to make progress last and secure well-being for all, then we can no longer afford to ignore biocapacity deficits in the new era of resource constraints.”
You can download the latest results here, or check out your country’s trend on our website, as in the case for Switzerland (Click here to see your country’s Ecological Footprint.)
The top 10 countries with the largest Ecological Footprint per person are Qatar, Kuwait, United Arab Emirates, Denmark, the United States, Belgium, Australia, Canada, Netherlands, and Ireland. Countries on the other end of the spectrum such as Afghanistan and Bangladesh have per capita Footprints that, in many cases, are too small to provide for basic needs. These countries may well need to increase their access to resources if they are to bring large segments of the population out of poverty.
Analysis of biocapacity also reveals vast differences between countries. More than 60 percent of the world’s biocapacity is found within the borders of just 10 countries: Brazil, China, the United States, Russia, India, Canada, Australia, Indonesia, Argentina and Congo. Biocapacity per person, calculated by dividing national biocapacity by a country’s population, is also not equivalent around the world. In 2008, the country with the highest biocapacity per person in this report was Gabon, followed in decreasing order by Bolivia, Mongolia, Canada and Australia. With pressure on ecological resources escalating, access to biocapacity will be increasingly important to countries’ competitiveness and to their ability to provide a good quality of life for their citizens.
“For lasting competitiveness, countries need a break with the past,” said Wackernagel. “The good news is that addressing resource risks can open up economic opportunities and advance social equity. The solutions lay in better understanding the choices before us. For this, governments need the knowledge and tools to manage their ecological assets as well as their resource demand.”
How to Participate
As Global Footprint Network approaches its 10th anniversary, we remain committed to reversing these trends by working with governments and maintaining and improving our National Footprint Accounts, the gold standard for measuring key aspects of a country’s ecological wealth and vulnerabilities. You can be part of this global effort by promoting our work, becoming a partner or giving a donation.
The Global Journal, a Geneva-based publication that covers international politics and leadership, named Global Footprint Network as one of the world’s 100 Best NGOs this week. These leading 100 actors represent the changing dynamics and innovative approaches of the non-profit world, Global Journal said in its January/February 2012 issue.
“We are humbled to be in the company of the many innovative organizations named in the top 100 who are seeking to create systemic change, ” said Susan Burns, Global Footprint Network’s Senior Vice President and co-founder. “The world now finds itself at a defining moment where ecological constraints are ever more critical as we seek to secure people’s well-being.”
The Global Journal used a specific set of metrics (impact, transparency, accountability, innovation and efficiency) as a rough guideline to rank the NGOs.
“There is no science in the measuring,” Global Journal said. “How does one – after all – compare the fundamental societal impact of an organization like the Wikimedia Foundation, with the tangible outputs of a well oiled humanitarian machine?”
Global Journal said its Top 100 list was meant to inform, stimulate debate, inspire and show the incredible dedication that is displayed on a daily basis in and out of the spotlight on a daily basis.
“Recognizing the significant role of NGOs as influential agents of change on a global scale, The Global Journal has sought to move beyond outdated clichés and narrow conceptions about what an NGO is and does,” the Journal said as it announced the Top 100 list. “From humanitarian relief to the environment, public health to education, microfinance to intellectual property, NGOs are increasingly at the forefront of developments shaping the lives of millions of people around the world.”
Other ranking organizations included Wikimedia, Partners in Health, PATH, CARE International, Gram Vikas, Oxfam and TED.
The joint project between the UN Environment Programme Finance Initiative (UNEP FI) and Global Footprint Network to assess the financial materiality of ecological risk was launched at the UN Foundation in Washington DC on 17 October 2011. Opening remarks from Paul Clements-Hunt (Head of UNEP FI) and Susan Burns (Senior Vice President of Global Footprint Network) showed a clear commitment from both organisations to this potentially ground breaking project. Richard Burrett, of Earth Capital Partners, also gave an inspiring presentation detailing not only the importance of this project but also how investors currently perceive the financial relevance of natural resources.
It is clear that the tightening constraints on resources and their potential impacts on national economies are not included within current financial analysis. Yet such factors are thought to have growing implications for the long-term credit risk of many government bonds, especially those with long-dated maturities.
A host of financial institutions were in attendance at the launch and participated in a stimulating discussion around the evidence base to show that ecological risks are becoming material for economies and how key ecological data can be linked to the financial and economic indicators. This project will endeavour to shine a light on such questions to explore the role of natural resource accounting in strengthening risk models for government bonds.
Global Footprint Network and UNEP FI would like to thank all those who participated in the launch event and invite any other institutions who are interested to join the project.