The document discusses ecological footprints and biospheric limits, focusing on energy production, resource depletion, and carbon emissions. It highlights disparities in electricity production and ecological impacts among various countries, with the U.S., China, and India having the largest footprints. The report emphasizes the need for understanding individual resource demands to address sustainability challenges.

1. Huella ecológica ylímites biosféricos
Mauricio Ortiz
Ingeniero Mecánico| Universidad de León

2. Contenido
Huella ecológica y límites biosféricos
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Huella ecológica y
límites biosféricos
1. Energía
a)Producción de energía
b)Agotamiento de la energía
2. Límites Biosféricos
a)Huella Ecológica
b)Emisiones de carbono
3. Conclusiones

3. INTRODUCCIÓN
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Huella ecológica y límites biosféricos

4. INTRODUCCIÓN
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Huella ecológica y límites biosféricos
Chomsky, Hegemonía o
Supervivencia

5. Producción de energía
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Huella ecológica y límites biosféricos
Electricity is produced from many sources: hydropower, coal, oil,
gas, nuclear, geothermal, solar, wind, tide and wave energy,
combustible renewables, and waste. Coal is the biggest source of
electricity worldwide, followed by gas, hyroelectric power, nuclear
and then oil.
Annually 2584 kilowatt hours of electricity were produced for every
person living on earth in 2002. The distribution of production is not
uniform - Benin and Togo only produce 10 and 11 kilowatt hours
per person per year, respectively. Norway and Iceland produce
almost 3000 times more per person per year. SASI Group, University of Shefield

6. Producción de energía
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Huella ecológica y límites biosféricos
Territory size is proportional to the percentage of world electricity
production that occurs there.
“Energy supply and demand plays an increasingly vital role in our national
security and the economic output of our nation." United States
Department of Energy, 2006
SASIGroup, University of Shefield

7. Agotamiento de la energía
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Huella ecológica y límites biosféricos
This is a map of the depletion of some energy resources: coal,
crude oil and natural gas. These fuels are so slow to form that for
practical purposes they can be considered to be finite resources.
Shown here is the fall in the financial value of resources due to
current rates of fossil fuel extraction. Territories that extract a
lot, whether for internal consumption or export, have high 'energy
depletion'. In absolute terms the United States has the highest
depletion, followed by the Russian Federation, Saudi Arabia and
the Islamic Republic of Iran. Per person rates are highest in
Kuwait, followed by Saudi Arabia and Norway. SASI Group, University of Shefield

8. Agotamiento de la energía
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Huella ecológica y límites biosféricos
SASI Group, University of Shefield
Territory size shows the proportion of all annual energy depletion that
occurred there. Energy depletion is the loss of potential future income at
current prices due to current extraction of fossil fuels.

9. Producción vs Agotamiento
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Huella ecológica y límites biosféricos
Producción
Agotamiento

10. Huella Ecológica
The ecological footprint is a measure of the area needed to support a population’s lifestyle. This includes the consumption of food, fuel, wood, and fibres. Pollution, such as carbon dioxide emissions, is also counted as part of the footprint.
The United States, China and India have the largest ecological footprints. Without knowing population size we cannot understand what this means about individuals’ ecological demands. Large populations live in China and India. In both territories resource use is below the world average. The per person footprint in the United States is almost five times the world average, and almost ten times what would be sustainable.
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Huella ecológica y límites biosféricos

11. Huella Ecológica
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Huella ecológica y límites biosféricos
Datos 1997

12. Huella Ecológica
“People consume resources and ecological services from all over the world, so their footprint is the sum of these areas, wherever they may be on the planet.”The Living Planet Report 2006
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Huella ecológica y límites biosféricos
Territory size shows the proportion of the worldwide ecological footprint
which is made there

13. Emisiones de Carbono
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SASI Group, University of Shefield
Carbon dioxide causes roughly 60% of the ‘enhanced greenhouse
effect’ or global warming resulting from certain gases emitted by
human activities. In 2000 there were almost 23 billion tonnes of
carbon dioxide emitted worldwide. Of this, 28% came from North
American territories; 0.09% came from Central African territories.
Emissions of carbon dioxide vary hugely between places, due to
differences in lifestyle and ways of producing energy. Whilst people
living in 66 territories emitted less than 1 tonne per person in 2000;
more than 10 tonnes per person were emitted by people living in the
highest polluting 21 territories that year.

14. Emisiones de Carbono
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Huella ecológica y límites biosféricos
Territory size shows the proportion of carbon dioxide emissions in 2000
that were directly from there.
SASI Group, University of Shefield

15. Huella vs Emisiones
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Huella ecológica y límites biosféricos
Huella Ecológica
Emisiones de Carbono

16. La lucha de ExxonMobil
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Huella ecológica y límites biosféricos

17. Conclusiones
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18. límites biosféricos
Mauricio Ortiz Osorio
hmortizo@gmail.com
Ingeniero Mecánico
Universidad de León
Aviso legal
Esta obra está protegido por una licencia de Reconocimiento -No Comercial -Sin Obra Derivada 3.0 de Creative Commons. Se permite la reproducción, distribución y comunicación pública, siempre y cuando se cite adecuadamente la obra y sus responsables:Author’s name, (2014). Lecture’stitle(Presentation). International Workshop onSocial Networks: Globalisationand Solidarity, Universidad de León.