As Jan Minx, from the Department Economics of Climate Change of the Technical University Berlin and co-author of the PNAS article explains: «Most of the change in in
global emission patterns is mirrored in China and Russia: While Chinese emissions increased dramatically in the last two decades, significantly also fueling increasing consumption in OECD countries, emissions from Russia and Ukraine fell significantly after 1990».
Not exact matches
We focus on ruminant livestock since it has the highest
emissions intensity across food sectors... While shifting consumption
patterns in wealthy countries from imported to domestic livestock products reduces GHG
emissions associated with international trade and transport activity, we find that these transport
emissions reductions are swamped by changes in
global emissions due to differences in GHG
emissions intensities of production.
Reconstructing past climate records can help scientists determine both natural
patterns and the ways in which future glacial events and greenhouse gas
emissions may affect
global systems.
Since levels of greenhouse gases have continued to rise throughout the period, some skeptics have argued that the recent
pattern undercuts the theory that
global warming in the industrial era has been caused largely by human - made
emissions from the burning of fossil fuels.
In 2006 a
pattern emerged at NASA in which political appointees repeatedly acted in ways that the agency administrator concluded were inappropriate, including telling public affairs officers to issue fewer press releases on
global warming in 2004 in the runup to the presidential election and trying to crack down on James Hansen, the agency scientist who had become a vocal proponent of prompt cuts in heat - trapping
emissions and critic of big coal companies.
There are alternatives I don't think I convinced either of my two audiences that fossil fuels are going to disappear overnight, but once I drew their attention to recent declines in Chinese coal production and a stall in
global carbon
emissions they did appear to concede that basing future investment decisions simply on past
patterns of consumption might not be the wisest of strategies.
James E. Hansen, the head of Goddard and an outspoken campaigner for prompt cuts in greenhouse - gas
emissions, explained that the decades - long
global warming trend and
patterns of warming remain consistent with a growing influence on climate from the planet's building blanket of heat - trapping greenhouse gases.
While much of the developed world continues to debate the most effective ways of tackling
global carbon
emissions in closed - door summits and international forums, some countries hardest hit from changing climate
patterns are beginning to take a more direct approach.
Climate alarm depends on several gloomy assumptions — about how fast
emissions will increase, how fast atmospheric concentrations will rise, how much
global temperatures will rise, how warming will affect ice sheet dynamics and sea - level rise, how warming will affect weather
patterns, how the latter will affect agriculture and other economic activities, and how all climate change impacts will affect public health and welfare.
As greenhouse gas
emissions increase, sea levels are rising, average
global temperatures are increasing, and severe weather
patterns are accelerating.
Drought is expected to occur 20 - 40 percent more often in most of Australia over the coming decades.6, 18 If our heat - trapping
emissions continue to rise at high rates, 19 more severe droughts are projected for eastern Australia in the first half of this century.6, 17 And droughts may occur up to 40 percent more often in southeast Australia by 2070.2 Unless we act now to curb
global warming
emissions, most regions of the country are expected to suffer exceptionally low soil moisture at almost double the frequency that they do now.3 Studies suggest that climate change is helping to weaken the trade winds over the Pacific Ocean, with the potential to change rainfall
patterns in the region, including Australia.20, 21,16,22
By the early 1980s, a fairly broad consensus had emerged in the climate change research community that greenhouse gas
emissions could, by 2050, result in a rise in
global average temperature by 1.5 ° to 4.5 °C (about 2.7 ° to 8.0 °F) and a complex
pattern of worldwide climate changes.
To help stop deforestation — and to reduce the heat - trapping
emissions that cause
global warming — we need to make smart decisions that shift consumption and land use
patterns in less wasteful directions.
Policy: The AIP supports a reduction of the green house gas
emissions that are leading to increased
global temperatures, and encourages research that works towards this goal.Reason: Research in Australia and overseas shows that an increase in
global temperature will adversely affect the Earth's climate
patterns.
The region locks up more than 100 billion tons of carbon — more than 11 years» worth of total greenhouse gas
emissions from human activities; plays an important role in
global weather circulation
patterns, including delivering rainfall to Central America, the United States, and southern South America; supports perhaps a third of terrestrial biodiversity; and is home to the bulk of the world's remaining indigenous people still living in traditional ways.
=== > Finally, as this accompanying chart of the empirical evidence indicates, while the per cent change in cumulative CO2
emissions dropped in a quasi-continuous
pattern since 1979, the RSS annual
global temperatures anomalies instead follow an opposite increasing trend.
CO2
emission has nothing to do with
global mean temperature as its
patterns before and after mid 20th century, before and after wide spread use of fossil fuel, are nearly identical.
The energy system is both a source of
emissions that lead to
global warming and it can also be directly affected by climate change: through changes in our energy consumption
patterns, potential shutdowns of offshore oil and gas production, changing ice and snow conditions in the oil production regions of Alaska, changing sea ice conditions in the Arctic Ocean and the implications for shipping routes, and impacts of sea - level rise on coasts, where so much of our energy facility infrastructure is located.
Global emission growth
patterns are already changing — reflecting the more widespread use of energy - efficient technologies and less carbon - intensive energy sources.
Individual decisions about how to direct capital to various energy projects — related to the collection, conversion, transport and consumption of energy resources — combine to shape
global patterns of energy use and related
emissions for decades to come.
It is projected that — with current policy settings —
global energy demand and associated supply
patterns based on fossil fuels — the main drivers of GHG
emissions — will continue to grow.
Its main message — largely missing from news reports and blogs alike — is that carbon
emissions interact with a wide range of other factors, from volcanic activity to El Niño weather
patterns, in determining the trajectory of
global temperatures.
Because the
global mean temperature
pattern before and after mid-20th century, before and after huge increase in human
emission of CO2, are identical as shown in the following graph.
While most people have likely never heard of the AMOC, it plays a critical role in both
global climate
patterns and sea level rise along the Eastern Seaboard of the US - and it is being changed for the worse due to our carbon dioxide
emissions.
Times of India: The Queen of the Hills, as Shimla was fondly called by the British, has been shortlisted for a
global project to lower greenhouse gas
emissions on the
pattern of European cities, a municipal official said.
Instead of reevaluating the way in which every one of us lives our lives (in terms of material consumption, housing
patterns, transportation
patterns, dietary norms) to build societies which are radically lower in carbon
emissions than they are currently, just spend a lot on money trying to tinker with
global ecosystems to correct for
global problems which were caused by us in the first place.
An alternative approach uses simple climate model projections of
global warming under stabilisation to scale AOGCM
patterns of climate change assuming unmitigated
emissions, and then uses the resulting scenarios to assess regional impacts (e.g., Bakkenes et al., 2006).