PA, RCP8.5 includes
very high methane emissions.
fernandoleanme June 11, 2015 at 3:40 am PA, RCP8.5 includes
very high methane emissions.
Not exact matches
Most insects produce
very little
methane for
high - quality protein.
«Cow guts produce
methane at
very high rates — up to 500 liters a day per cow.
It will also study solid and gaseous samples for other chemical signs of past or present life, such as a
very high abundance ratio of
methane to heavier hydrocarbons (ethane, propane, butane) and chirality (a preference for either left - handed or right - handed organic molecules).
We find (i) measurements at all scales show that official inventories consistently underestimate actual CH4 [
methane] emissions, with the natural gas and oil sectors as important contributors; (ii) many independent experiments suggest that a small number of «super-emitters» could be responsible for a large fraction of leakage; (iii) recent regional atmospheric studies with
very high emissions rates are unlikely to be representative of typical natural gas system leakage rates; and (iv) assessments using 100 - year impact indicators show system - wide leakage is unlikely to be large enough to negate climate benefits of coal - to - natural gas substitution.
The «slow feedback» sensitivity is likely to be
higher (since carbon cycle,
methane and ice sheet feedbacks are
very likely positive), however, estimating that from paleo is tricky since we are moving into a new regime which hasn't ever happened before.
Carbon dioxide levels,
methane levels, are already
very high relative to what we know existed for the last million years.
Related Michael Levi of the Council on Foreign Relations has a paper in press in the Journal of Geophysical Research challenging a widely covered «bombshell» study in that journal estimating
very high rates of emissions of
methane from Colorado gas and oil wells.
This is about as far as one could get from
high levels (relative to most atmospheric concentrations) of
methane over large areas
high in the atmosphere in the Arctic where there is
very little (direct) human activity.
I gather from your remark of the current cheapness of fossil
methane that you're looking at the US prices; here in Europe they're much
higher, and the recent intervention in Ukraine's politics has people
very concerned over Russian gas supplies reaching us next winter.
And there they found
high readings of
methane at the hole's base — in the range of 10 % concentration, which is a
very explosive level for the gas.
Then, depending on market conditions, it will either burn the
methane in a combined - cycle power plant, making electricity at
very high efficiency, or push the
methane into a nearby natural gas pipeline and sell it as the final product.
«Cow guts produce
methane at
very high rates - up to 500 liters a day per cow.
Interest in
high - latitude
methane and carbon cycles is motivated by the existence of
very large stores of carbon (C), in potentially labile reservoirs of soil organic carbon in permafrost (frozen) soils and in
methane - containing ices called
methane hydrate or clathrate, especially offshore in ocean marginal sediments.
High quality agaves are very good feedstock material for biofuel... for the following characteristics: high total sugar density and content; high weight of the fruit and stems; cultivation and harvest cycles of six years; high density of plants per hectare; genetic diversity and high adaptability, low water requirements; CO2 and capture; methane metabolism; soil retention; plant nutrition; products from inulin; and low maintenance during cultivat
High quality agaves are
very good feedstock material for biofuel... for the following characteristics:
high total sugar density and content; high weight of the fruit and stems; cultivation and harvest cycles of six years; high density of plants per hectare; genetic diversity and high adaptability, low water requirements; CO2 and capture; methane metabolism; soil retention; plant nutrition; products from inulin; and low maintenance during cultivat
high total sugar density and content;
high weight of the fruit and stems; cultivation and harvest cycles of six years; high density of plants per hectare; genetic diversity and high adaptability, low water requirements; CO2 and capture; methane metabolism; soil retention; plant nutrition; products from inulin; and low maintenance during cultivat
high weight of the fruit and stems; cultivation and harvest cycles of six years;
high density of plants per hectare; genetic diversity and high adaptability, low water requirements; CO2 and capture; methane metabolism; soil retention; plant nutrition; products from inulin; and low maintenance during cultivat
high density of plants per hectare; genetic diversity and
high adaptability, low water requirements; CO2 and capture; methane metabolism; soil retention; plant nutrition; products from inulin; and low maintenance during cultivat
high adaptability, low water requirements; CO2 and capture;
methane metabolism; soil retention; plant nutrition; products from inulin; and low maintenance during cultivation.