The European Union's emission levels stand at 10 - 15
tonnes per capita.
The exception among Levant countries is Israel, «whose emissions — 11.8 metric
tonnes per capita — exceed the European average of 10.05 tonnes,» they said.
http://data.worldbank.org/indicator/EN.ATM.CO2E.PC Also: «China, the world's most populous country, average emissions of CO2 increased by 9 % to 7.2
tonnes per capita, bringing China within the range of 6 to 19
tonnes per capita emissions of the major industrialised countries.»
And: «In the European Union, CO2 emissions dropped by 3 % to 7.5
tonnes per capita.
Also it's carbon emissions are 1.7
tonnes per capita vs 16.7 tonnes in the US.
While the richest income class in this study, earning more than 30,000 rupees a month, produce slightly less than the global average CO2 emissions of 5 tonnes, this amount already exceeds the sustainable global average CO2 emissions of 2.5
tonnes per capita that needs to be reached to limit global warming below 2 degrees centigrade.
He said India would not have reached even two
tonnes per capita by 2030, and emissions per head would always be less than the average in the developed world, which needed to do more on finance and technology for the poorer countries.
The values are expressed in (metric)
tonnes per capita.
So i believe it is a good starting point; on the basis of what i know the US has a substantial per capital excess, close to 21
tonnes per capita,,, and regardless of where the «penality» falls, we will face the great change,,, the world simply can not operate at that level and get to 350 or even 450 ppm.
Not exact matches
Annual
per capita waste produced is shown in t (
tonne or metric ton, the equivalent of 2,205 pounds).
Who would insist that India should reduce this figure further, in line with rising population, when the US can claim to be meeting its international obligations by sticking close to its current
per capita emissions of more than 5
tonnes?
These
per capita figures refer to the dry weight of coffee (measured in metric
tonnes) rather than brewed volume which is the final amount of liquid product the consumer drinks that is prepared by pouring hot liquid over the dry volume product of coffee.
Let's see China's
per capita emissions are around 4
tonnes; the US's is 20.
What this fails to take into account is that the
per capita needed to stop is 2
tonnes per person.
The five studies estimated that India's annual
per -
capita emissions in 2030 - 31 will be the equivalent of 2.77
tonnes to 5.00
tonnes of carbon dioxide.
The developing world in general uses less energy
per capita, but more
per tonne of steel or
tonne of vehicle moved a kilometer.
At their peak, France's
per -
capita emissions were 19
tonnes, while Germany's approached 15
tonnes.
But even a
per -
capita peak of 10
tonnes means total emissions of 13 billion
tonnes.
Then in France, there are 59 reactors producing about 80 % of its electricity, and the country (according to IEA) has
per capita CO2 emissions of only 6.3
tonnes, or one - third of the US average.
Australia's annual
per capita emissions are 27.2
tonnes of carbon dioxide equivalent (CO2 - e), the highest in the industrialised world.
Interestingly, the
per capita emissions of the US will also be about 12 - 13
tonne in 2030.
In 2025, the
per capita emissions of the US will still be around 14 - 15
tonne, compared to 6.5
tonne of the EU and 3.5
tonne of India.
Its
per capita emissions in 2030 would be around 12 - 14
tonne.
Australia's rate of greenhouse gas emissions,
per capita, was 25.9
tonnes / person in the year 2000 according to Wikipedia.
Measured
per person, India's emissions are still very low — at only 1.8
tonnes of CO2
per capita — which is much lower than the world average of 4.2
tonnes.
Other key variables such as
per capita emissions, energy and carbon intensity of the economy (
tonnes C
per dollar of real GDP), and cumulative emissions are also displayed.
Their CO2 output
per capita is smaller than 1
tonne compared to 5
tonnes of the world average.
From 2001 to 2013 their CO2
per capita emissions (
tonnes / yr) go: 12, 11.3, 7.6, 6.8, 7.1, 7, 3.9, 4.1, 5, 2.7!)
Australia Area: 7.69 million square kilometers Population: 22 million Emits 417 million
Tonnes CO2 - e (Decrease of 1.8 % — 2008 to 2009)(19
Tonnes CO2 - e
per capita)(75 Tonnes CO2 - e per sq Km)(19 Tonnes Per Capita is the same as in your UNSD docume
per capita)(75
Tonnes CO2 - e
per sq Km)(19 Tonnes Per Capita is the same as in your UNSD docume
per sq Km)(19
Tonnes Per Capita is the same as in your UNSD docume
Per Capita is the same as in your UNSD document)
Increase in Aquaculture Needed to Maintain Current Levels of Consumption The amount of fish currently discarded at sea (30 million
tonnes annually) could sustain a 50 % increase in fish farming and aquaculture: An amount needed to maintain
per capita fish consumption without increasing stress on marine ecosystems.
For instance, the US currently has, at 20 - 25
tonnes,
per capita emissions levels that are three times the global average.