
Ireland’s forestry since (the only for-
estry we can count under Kyoto rules) had been
planted on peat soils – contributing not to car-
bon sequestration but to carbon loss.
How then did the EPA end up claiming car-
bon credits for Irish forestry on peat soils?
Here’s how. COFORD, the research body set up
to serve the Department of Agriculture’s Forest
Service, responded to the EEA’s report by pro-
ducing a document called ‘Dispelling myths:
the true extent of recent peatland afforestation
in Ireland’. That document claimed the
percentage of planting on peat soils in that
period was not % but % - giving %
more of the planting on non-peat soils that
might legitimately be claimed to be storing
carbon. But their figures are based on a mis-
leading definition of peat soils. The EU based
Nitrates Directive defines peat soils as any soil
with more than % organic matter. But the
Forest Service uses a different definition – soils
with peat depth greater than cm, excluding
vast areas of the thinner peat-based soils char-
acteristic of Ireland’s uplands. Next, the esti-
mates of carbon sequestration were compiled
using inflated planting figures. Irish forestry
has been struggling to plant , hectares a
year for the last two years, and yet the
calculations for carbon credits are based on a
planting rate of , hectares per annum up
to , making a further exaggeration of the
claim based on trees that are not being planted.
Then they claim the trees grow better than they
do, and so are capable of taking up more carbon
from the atmosphere than they actually do.
Just as the areas planted on peat soils have
been underestimated, the yield class [YC] – the
measurement of what size a tree will become
and so how much carbon it will absorb – have
been grossly overestimated. A COFORD
report on plantations in the west stated that
“almost one third of the total plantation area
surveyed is only expected to reach a top height
of metres, while a further % may only
reach a top height of metres, before the
risk of windthrow may require it to be clear-
felled”. Data for carbon sequestration is based
on a minimum of metres, the height of a
well grown Sitka spruce plantation at years.
They add an extra years on to the carbon-
absorbing life of tree, suggesting that they will
not be cropped for years when in fact the
average felling age of conifer plantations is less
than years. To top all this off, in what must
be credited as a stroke of genius, COFORD cal-
culates and supplies to the EPA sequestration
figures which are formulated using a model that
does not include the carbon in the soil at all -
a blatant violation of the Intergovernmental
Panel On Climate Change Guidelines.
These Guidelines require reporting of carbon
balances in five areas: – above-ground biomass,
below-ground biomass, deadwood, litter, and
soil.
COFORD’s CARBWARE modelling omits
changes in soil carbon stocks, claiming that
“changes in carbon stocks in the fifth pool - soil
carbon - are the hardest to detect”. This is in
spite of the fact that in another report
COFORD states that % of Irish forestry’s
carbon is in the soil, explaining guilelessly that
“one of the main reasons for the high level of
soil carbon is that many Irish forests have been
established on peat soils, which have very high
levels of carbon to begin with”. Ouch! Clinch’s
and Convery’s clothes finally vanish altogether
when the end use of Ireland’s conifer planta-
tions is considered. Of too poor quality to pro-
duce solid construction grade timber, the trees
are turned into pallets, fenceposts, and chip-
boards. None of these has a long life, and when
they decay they release the stored carbon back
into the atmosphere. Meanwhile, to provide
Ireland with durable hardwood timber ,the
remnants of tropical forests are felled, contrib-
uting to accelerating third--world deforestation
and carbon emissions. How indeed can we ask
underdeveloped countries to account for their
emissions from deforestation while we shame-
lessly ‘game the system’ ourselves?
too much of this