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DURBAN -- Ministers fought to save U.N. climate talks from collapse on Saturday, searching to narrow differences between rich and poor nations over how quickly to fight global warming.
Ministerial negotiations in the South African port city of Durban dragged into Saturday afternoon but with many delegates due to head home, there was a strong chance real decisions would be put off until next year.
That would be a major setback for host South Africa and raise the prospect that the Kyoto Protocol, the only global pact that enforces carbon cuts, could expire at the end of next year with no successor treaty in place.
Behind the haggling over technical details, the talks boil down to a tussle between the United States, which wants all polluters to be held to the same legal standard on emissions cuts, and China and India which want to ensure their fast growing economies are not shackled.
"We are just right now discussing how to increase ambition, not only in the long-term but also in the short term," said EU Climate Commissioner Connie Hedegaard.
Climate change is what's happening and no one or anything won't stop it!
Sure climate change is happening but global warming is just another way to tax the people.
I don't know about anyone else but I'm tired of a global tax for carbon emissions,
Originally posted by TsukiLunar
reply to post by weirdguy
But over the next 200-300 years Earth will be a waste land
Im sorry, but where did you receive your precognitive abilities?
Australian scientists have warned half the planet could "simply become too hot" for human habitation by the year 2300.
The research, produced in partnership with the Purdue University in the United States, is published in the US-based scientific journal Proceedings of the National Academy of Sciences (PNAS) on Tuesday.
"But climate change will not stop in 2100, and under realistic scenarios out to 2300, we may be faced with temperature increases of 12 degrees or even more."
Some regions would start to become too hot and humid for human habitation with a global temperature rise of 7 °C, the paper says. With a rise of 11 °C or more, most of the human population as currently distributed would either have to move or rely on air conditioning to avoid dying of heat stress
How likely are we to reach such a point? Well, under business-as-usual scenarios the current prediction is for a 4 °C to 7 °C increase by 2100. In other words, in the worst-case scenario if we carry on as we are, some of our children might just live to see small parts of the world start to become too hot for human habitation.
Originally posted by Sunlight
The UN climate talks are worthless, participants fly to luxury hotels, from Cancun to Durban, and next year to Rio, but to do the opposite of what should be.
The ladies and gentlemen want to discuss about the CO2 emissions in luxury ... a nice vacation.
They will never reach a consensus, as long as the reason why they come together is a lie.
Man is responsible for only 1% of CO2 emissions.
Why only talk about CO2..
There is also:
The massive deforestation of rain forests, whaling, the chemical pollution of heavy industry, the discharge of heavy radioactive waste in the oceans .....................
Even birth control would be an interesting topic in my opinion!
Why only talk about CO2..
There is also:
The massive deforestation of rain forests, whaling, the chemical pollution of heavy industry, the discharge of heavy radioactive waste in the oceans .....................
Even birth control would be an interesting topic in my opinion!
Here, I think you need to educate yourself mate
This is the journal from PNAS, you do know them dont you?
Despite the uncertainty in future climate-change impacts, it is often assumed that humans would be able to adapt to any possible warming. Here we argue that heat stress imposes a robust upper limit to such adaptation.
Interglacial optimumAn interglacial optimum, or climatic optimum of an interglacial, is the period within an interglacial that experienced the most 'favourable' climate that occurred during that interglacial, often during the middle part. The climatic optimum of an interglacial follows, and is followed by, phases that are within the same interglacial and that experienced a less favourable climate (but nevertheless a 'better' climate than during the preceding/succeeding glacials). During an interglacial optimum, sea levels rise to their highest values, but not necessarily exactly at the same time as the climatic optimum.
In the present interglacial, the Holocene, the climatic optimum occurred during the Subboreal (5 to 2.5 ka BP, which corresponds to 3000 BC-500 BC) and Atlanticum (9 to 5 ka, which corresponds to roughly 7000 BC-3000 BC). Our current climatic phase following this climatic optimum is still within the same interglacial (the Holocene). This warm period was followed by a gradual decline until about 2,000 years ago, with another warm period until the Little Ice Age (1250-1850).
The preceding interglacial optimum occurred during the Late Pleistocene Eemian Stage, 131–114 ka. During the Eemian the climatic optimum took place during pollen zone E4 in the type area (city of Amersfoort, Netherlands). Here this zone is characterized by the expansion of Quercus (Oak), Corylus (Hazel), Taxus, Ulmus (Elm), Fraxinus (Ash), Carpinus (Hornbeam), and Picea (Spruce). During the Eemian Stage sea level was about 8 meters higher than today and the water temperature of the North Sea was c. 2°C higher than at present.