«The revision seems to be based on
higher emissions from deforestation,» says Vieweg.
Take some countries with
high emissions from deforestation.
Not exact matches
Experts estimate that
emissions from the degradation of mangroves can be as
high as 10 % of total
emissions from deforestation globally, even though mangroves account for only 0.7 % of tropical forest area *.
Brazil and Indonesia have
high levels of
deforestation and are responsible for much of the current carbon
emissions from the land.
Two countries, Indonesia and Brazil, account for more than half of all
deforestation and thus have the
highest potential for avoiding
emissions from clearing forests.
Whether it's heat - trapping methane
emissions on a Connecticut dairy farm or protecting Brazilian rainforests
from slash and burn
deforestation, we ensure our projects meet the
highest global standards.
Using carbon finance, this project aims to move large populations away
from traditional practices resulting in unacceptably
high GHG
emissions, indoor air pollution and
deforestation with its significant environmental impact.
Emissions from tropical forest degradation are higher than emissions from outright deforestation in many countries, found a study published in Carbon Balance and Ma
Emissions from tropical forest degradation are
higher than
emissions from outright deforestation in many countries, found a study published in Carbon Balance and Ma
emissions from outright
deforestation in many countries, found a study published in Carbon Balance and Management.
If you included
emissions from deforestation into national greenhouse gas
emissions (which isn't always done, but probably should...) Indonesia is the world's third -
highest emitter — India is if you don't take into account
deforestation emissions.
Indonesia, whose rapid clearing of rainforests accounts for about one - quarter of all carbon
emissions from deforestation globally, has said that it will pledge to cut its
emissions by 40 %
from 2005 levels by 2030, if it receives international support: Currently
deforestation is the source of 80 % of Indonesia's carbon
emissions, and when these
emissions are included in the nation's total (they aren't always, on some charts of
highest emitting nations) it is in the top ten emitters — right up there with the US, China, and other industrial nations.
It's only when
deforestation and other land use changes made a net shift of carbon in the short term carbon cycle
from plants back into the atmosphere, that humans began to make a net positive return of CO2 into the atmosphere (although
deforestation is essentially reversible in principle), and it's very true to point out that industrial scale animal husbandry with its
high cost in fossil - fuel - derived energy does mean that what might otherwise be a relatively closed system of cycling CO2
from the atmosphere through plants and then animals and back to the atmosphere, does become net positive with respect to CO2
emissions.
(01/30/2012) Greenhouse gas
emissions from palm oil - based biodiesel are the
highest among major biofuels when the effects of
deforestation and peatlands degradation are considered, according to calculations by the European Commission.
Center for American ProgressWith other smaller changes in global
emissions projections — including a decrease due to the recent economic downturn and reduced
emissions from deforestation and loss of peat lands — the
high - end abatement path so far
from the Copenhagen Accord commitments leaves us only 5 gigatons short of the 44 gigaton goal by 2020 — two - thirds of the reductions needed to achieve climate safety (Figure 3).