Sustainable National Income
Encyclopedia
Sustainable national income, (SNI) is an indicator for environmental sustainability.

The national income of a country is an estimate of the yearly production of goods and services. The loss of possible uses of the non-human made physical surroundings, named environmental functions, on which humanity is dependent in all its doings remains outside the estimate. Also the present and future production is dependent on these environmental functions. The sustainable national income (SNI) in a given year is an estimate of the production level at which - with the technology in the year of calculation - environmental functions remain available ‘for ever’. Economist Roefie Hueting
Roefie Hueting
Roefie Hueting is a Dutch economist , pianist and leader of the Down Town Jazz Band.He has analyzed the environment from the neoclassical point of view of scarcity and developed the concept of Sustainable National Income...

 developed the theoretical and practical framework of the SNI. Already in 1970 he published a collection of articles over the years 1967-1970 titled: “What is nature worth to us?” . In 1974 Hueting obtained a Ph.D. in economics (cum laude) at the University of Groningen with the thesis “New scarcity and economic growth: More welfare through less production?” In 1969 Hueting founded the Department of Environmental Statistics at Statistics Netherlands
Statistics Netherlands
Statistics Netherlands, founded in 1899, is a Dutch governmental institution that gathers statistical information about the Netherlands. In Dutch it is known as the Centraal Bureau voor de Statistiek, often abbreviated to CBS. It is a department of the Dutch Ministry of Economic Affairs and is...

. A multidisciplinary team of biologists, chemists, physicists, electrical engineers and economists worked for nearly forty years on the SNI and the environmental statistics it is based on.

Environmental functions

Central to the sustainable national income (SNI) is the concept of environmental function. Environmental functions are defined as the possible uses of our non-human made physical surroundings, on which humanity is entirely dependent in all its doings, whether they be producing, consuming, breathing or recreating. When use of one function is at the expense of another or the same function or threatens to be so in the future, there is competition of functions. As an illustration, once water pollutant thresholds have been exceeded, use of the function ‘dumping ground for waste’ may come to compete with the function ‘drinking water’. Competing functions are by definition scarce and consequently economic goods. Today most of the functions of our physical surroundings, which once were free goods, have become scarce goods.

Definition

The sustainable national income (SNI) in a certain year is defined as the maximum attainable production level whereby, with the available technology in the year of calculation, vital environmental functions remain available ‘for ever’. The production level in the same year that is registered in the standard national income (NI) does not meet this condition. Environmental functions and their preservation after all fall outside the NI. The NI is therefore always higher than the SNI. The difference gives information about the distance between the present production level and the production level in a sustainable situation. If the distance decreases then we are on the road to environmental sustainability, the part of the production that is based on unsustainable use of the environment decreases. If the distance increases then we are drifting further away from sustainability.

Transition to environmental sustainability

With the present technology, population size as well as production and consumption patterns, the sustainable situation governments say they strive for cannot be reached. Given the distance to be bridged, achieving environmental sustainability will require a fairly long period. Besides many environmental measures have a time lag, sometimes of a few decades. The length of the period of the transition path to a sustainable situation is only limited by the condition that vital environmental functions must not be irreparably damaged. In view of the threat that this may happen it seems urgent to wait no longer with a change of course in the direction of sustainability. On account of the precautionary principle no technological progress during the transition period is anticipated. This is measured afterwards on the basis of the development of the distance (écart) between the SNI and the NI in the course of time.

Estimates

The work on the estimate of an SNI started in the mid-1960s. The first rough estimate of an ‘SNI’ for the world by Jan Tinbergen
Jan Tinbergen
Jan Tinbergen , was a Dutch economist. He was awarded the first Bank of Sweden Prize in Economic Sciences in Memory of Alfred Nobel in 1969, which he shared with Ragnar Frisch for having developed and applied dynamic models for the analysis of economic processes...

 and Roefie Hueting in 1991 arrived at 50 percent of the world production level: the sustainable world income. A much more advanced estimate for The Netherlands was made in 2001 by a collaboration of the National Institute for Public Health and Environment (RIVM), Statistics Netherlands (CBS) and the Institute for Environmental Studies (IVM). The estimate arrived at around 50 percent of the production level, c.q. the national income of The Netherlands. This corresponds with the production level of the beginning of the 1970s. As the population was smaller at that time, the consumption per person was substantially higher than 50 percent of the present level. In accordance with the principles of the SNI it is assumed that all countries in the world simultaneously switch over to environmental sustainability and that the costs thereof are comparable with those of The Netherlands. In the period 1990-2000 the distance between de NI and SNI increased with approximately 10 billion euros.

Confusion about the concept of sustainability

The original concept of ´sustainability´ refers to an equilibrium relation between human activities and their physical surroundings and has a long tradition going back to the nineteenth century. The sustainable national income is based on a definition of sustainability in conformity with this. “The World Conservation Strategy” of 1980 subtitled “Living Resource Conservation for Sustainable Development” introduced the original concept of sustainability in the international discussion. Since the publication of “Our Common Future” in 1987 one has started to include in sustainability besides a sustainable use of the physical surroundings also elements that conflict with this, such as the growth of production as measured in the national income and some social measures. By taking together environmental conservation and herewith conflicting goals in one and the same sustainability indicator the development of the state of the environment is being obscured. Moreover there are examples of measures that worked socially advantageous in the short term but disastrous in the long term because of impairment of vital environmental functions. Arguments in support of this and some historical examples are given in the publications of Hueting and Reijnders (2004) and De Boer and Hueting for the OECD (2004) mentioned below.

Reviews

Interestingly, neoclassical economics
Neoclassical economics
Neoclassical economics is a term variously used for approaches to economics focusing on the determination of prices, outputs, and income distributions in markets through supply and demand, often mediated through a hypothesized maximization of utility by income-constrained individuals and of profits...

 finds opposition from ecological economics
Ecological economics
Image:Sustainable development.svg|right|The three pillars of sustainability. Clickable.|275px|thumbpoly 138 194 148 219 164 240 182 257 219 277 263 291 261 311 264 331 272 351 283 366 300 383 316 394 287 408 261 417 224 424 182 426 154 423 119 415 87 403 58 385 40 368 24 347 17 328 13 309 16 286 26...

, while that opposition would be less needed due to Hueting's more neoclassical analysis of the environment. The neoclassical SNI has different results than e.g. Robert Costanza
Robert Costanza
Robert Costanza is an American ecological economist is a University Professor of Sustainability at Portland State University in Oregon.- Biography :Robert Costanza was born in Pittsburgh, Pennsylvania....

 et al. (1997), "The value of the world's ecosystem services and natural capital", Nature 387:253-260. For a critical review of the method used by Robert Costanza
Robert Costanza
Robert Costanza is an American ecological economist is a University Professor of Sustainability at Portland State University in Oregon.- Biography :Robert Costanza was born in Pittsburgh, Pennsylvania....

et al. see: R. Hueting, L. Reijnders, B. de Boer, J. Lambooy, H. Jansen (1998), The concept of environmental function and its valuation, Ecological Economics, 25, p 31-35.

Further reading

  • B. de Boer and R. Hueting (2004), Sustainable national income and multiple indicators for sustainable development in: OECD, Measuring sustainable development, p 39-52
  • Th. Cool, (2001), Roefie Hueting and the SNI (in Dutch), ESB 4321, p 652-653. English translation: http://www.wikinfo.org/wiki.php?title=Sustainable_National_Income
  • O. Kuik (2006), Sustainable national income (SNI). This paper has been written for the Overview of Advanced Tools for Sustainability Assessment of the “Sustainability A-Test” project of the European Union, DG Research, see http://ivm5.ivm.vu.nl/sat/?chap=14
  • R. Hueting, (1974), New scarcity and economic growth, Dutch ed, Agon Elsevier, Amsterdam, Brussel, English ed, North-Holland Publishing Company, Amsterdam, New York, 1980
  • R. Hueting, (1996), Three persistent myths in the environmental debate, Ecological Economics, 18 (2), p 81-88. Also published in: E.C. van Ierland, J. van der Straaten, H.R.J. Vollebergh, editors, Economic Growth and Valuation of the Environment, A Debate, Edward Elgar, Cheltenham UK p 78-89 (2001)
  • R. Hueting, L. Reijnders (1996), Duurzaamheid is een objectief begrip, ESB 4057, p 425-427
  • R. Hueting, L. Reijnders (1996), Duurzaamheid and preferenties, ESB 4062, p 537-539
  • R. Hueting, L. Reijnders (1998), Sustainability is an objective concept, Ecological Economics, 27, p 139-147
  • R. Hueting, L. Reijnders, B. de Boer, J. Lambooy, H. Jansen (1998), The concept of environmental function and its valuation, Ecological Economics, 25, p 31-35
  • R. Hueting and B. de Boer (2001), Environmental valuation and sustainable national income according to Hueting. In: E.C. van Ierland, J. van der Straaten, H.R.J. Vollebergh, editors, Economic Growth and Valuation of the Environment, A Debate, Edward Elgar, Cheltenham UK p 17-77
  • R. Hueting, (2003), Sustainable National Income, a prerequisite for sustainability p 40-57. In: B. van der Zwaan, Arthur Peterson, editors, Sharing the Planet, Eburon Academic Publishers, Delft
  • R. Hueting and L. Reijnders (2004), Broad sustainability contra sustainability: the proper construction of sustainability indicators, Ecological Economics, 50 (3-4), p 249-260
  • R. Hueting, 2006, The SNI an indicator for environmental sustainability p 77-89. In: Ten million people as sustainable population size (In Dutch), Demon, Eindhoven
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