Call for an immediate moratorium
on EU incentives for agrofuels, EU imports of agrofuels and EU agroenergy
monocultures
The undersigned call for an
immediate moratorium on EU incentives for agrofuels and agroenergy from
large-scale monocultures including tree plantations and a moratorium on EU
imports of such agrofuels. This
includes the immediate suspension of all targets, incentives such as tax breaks
and subsidies which benefit agrofuels from large-scale monocultures, including
financing through carbon trading mechanisms, international development aid or
loans from international finance organisations such as the World Bank. This call also responds to the growing
number of calls from the global south against agrofuel monocultures[1],
which EU targets are helping to promote.
Background:
Agrofuels are liquid fuels from biomass, which consists of crops and
trees grown specifically for that purpose on a large scale. Agrofuels are currently produced from crops such as
maize, oil palm, soya, sugar cane, sugar beet, oilseed rape, canola, jatropha,
rice and wheat. Agrofuels are designed to replace petroleum, mainly in road vehicles and
trains. Biodiesel and ethanol are the
main types of fuel produced. Agrofuels do not include biofuels derived from waste,
such as biogas from manure or landfill, or waste vegetable oil, or
from algae.
Agrofuels are being
promoted by governments and international institutions as a means of reducing
greenhouse gas emissions from transport, and improving 'energy security', i.e.
of helping to ensure regular supplies, stabilise the price of oil and mitigate
the impacts of volatile oil prices and possible peak oil. Public support for
agrofuels is further justified on the basis of their claimed positive impacts
on rural development and jobs in producer countries, promises of 'second
generation' agrofuels whose production will not compete with the production of
food, and assumptions about the availability of large amounts of 'degraded' or
unused land.
Agrofuels are also being
strongly promoted by industry. New corporate partnerships are being formed
between agrobusinesses, biotech companies, oil companies and car manufacturers.
Billions of dollars are being invested in the agrofuel sector in a development
often likened to a 'green goldrush', in which countries are turning land over
to agrofuel crops and developing infrastructure for processing and transporting
them.
Impacts of agrofuels from large-scale
monocultures:
Agrofuels are generally
grown as monocultures (including plantations), often covering thousands of
hectares. In order to compete in the market, they require government support
such as subsidies and tax breaks. Support for agrofuels has to date failed to
acknowledge the negative social, environmental and macro-economic impacts
associated with this kind of farming.
Forecasts by different UN agencies predict that in
future most agrofuels will be produced in the global South and exported to
industrialized countries. Although presented as an opportunity for Southern
economies, evidence suggests that monoculture crops for agrofuel such as oil
palm, soya, sugar cane and maize lead to further erosion of food sovereignty
and food security[2],
threaten local
livelihoods[3],
biodiversity[4],water
supplies[5]
and increase soil erosion and desertification[6].
Agrofuels are currently
being developed within the intensive, mechanised, agro-industrial paradigm,
using massive monocultures and inputs of fertiliser and pesticide. There is
strong evidence that such agrofuel production will not mitigate climate change
but instead may accelerate global warming, as rainforests, peatlands and other
ecosystems that are essential carbon stores are being destroyed to make way for
plantations. There is also controversy about how much greenhouse gas is
generated by the agrofuel production process and whether agrofuels provide any
real savings once issues such as fertiliser use (and thus increased nitrous
oxide emissions[7]), refining,
transport etc, are taken into the equation.
GM agrofuels:
Many of the crops currently
being used for agrofuels have been genetically engineered (soya, maize, rape).
A decade of utilization has revealed that the current range of genetically
modified crops have not increased yields or reduced dependence on inputs.
However, proponents of genetic engineering in agriculture are already using the
threat of climate change to argue for wider use of GM crops and the development
of new ones such as GM eucalyptus for agrofuel production. GM crops and trees
pose serious risks to biodiversity, ecosystems and the food chain. GM microbes
and enzymes being developed as part of cellulosic ethanol research (so-called
second generation – see below) could also pose severe risks that have not
been researched or even considered by governments.
Second generation
agrofuels:
It is being suggested that a
"second generation" of agrofuels can be developed that will solve some of the problems posed by current
agrofuels, such as competition between food and fuel production. The aim is to
find ways (including genetic engineering and synthetic biology) of modifying
plants and trees to produce less lignin, engineering the lignin and
cellulose so that
they break down more easily or in different ways, and engineering microbes and
enzymes to break down plant matter. Such
high-risk techniques do not challenge the pattern of destructive monocultures
designed to feed increasing energy consumption patterns. A moratorium on
monoculture agrofuels is needed now, to prevent further damage being done
through the over-hasty promotion of agrofuel crops. In the meantime, the
promises and potential risks associated with second-generation agrofuels should
be fully examined. Whatever the outcome, such fuels will not be available for
approximately ten years and decisive action to address climate change is
required immediately.
Scope of the
moratorium:
The moratorium called for
by the signatories will apply only to agrofuels from large-scale monocultures
(and GM biofuels) and their trade.
It does not include biofuels from waste, such as waste vegetable oil or
biogas from manure or sewage, or biomass grown and harvested sustainably by and
for the benefit of local communities, rather than on large-scale monocultures.
A moratorium on large-scale agrofuels and their trade could favour the
development of truly sustainable bioenergy strategies to the benefit of local
communities - as opposed to the financial benefit of the export-oriented
industries.
Certification is no solution at
present:
Since public support and
targets for agrofuels are being justified for their supposed environmental
benefits, a number of different initiatives have been started up to develop
'sustainability certification schemes'. The undersigned organisations regard
certification schemes, whether voluntary or mandatory, to be
incapable of effectively
addressing serious and potentially irreversible damage from agrofuel
production, the main reasons being:
As one certification
initiative from the Netherlands, the Cramer Report,[8]
says: "Some of the impacts of
biomass production are difficult to assess on the individual company level, and
only become apparent on the regional, national and sometimes even on the
supranational level. This is true in particular for the impacts caused by
indirect changes in land use and is especially important in the themes
Greenhouse gas emissions, Biodiversity and Competition between food and other
biomass uses. In determining the sustainability of biomass it is crucial to
take these macro-impacts into consideration". At present, there are no concrete proposals for macro-level
policy, in addition to certification schemes, that would deal effectively with
these macro-impacts.
Why does a moratorium need to be
implemented with immediate effect?
Despite an increasing
number of civil society statements and evidence-based reports expressing
concern about the unintended but foreseeable negative impacts of agrofuels and
calls to halt their expansion, the agrofuel rush is accelerating. The decision of the high-consumption
countries, notably the EU and the US, to introduce significant incentives for
agrofuels, such as mandatory targets, publicly funded subsidies and tax breaks,
is triggering speculation and investment in plantations and enticing countries
in the global South to commit substantial portions of land to agrofuel
crop-production.
In the past 18 months,
billions of dollars have been invested in agrofuel plantations and refineries
and associated infrastructure. In
Indonesia, $17.4 billion dollars of investment were pledged in the first
quarter of 2007, whilst the government plans to convert some 20 million
hectares of land to biofuel plantations. 9-10 million hectares of rainforest
are acutely threatened in West Papua alone. In Latin America, the Inter-American Development Bank has
announced plans to invest $3 billion in private sector agrofuel projects. Governments in a growing number of
countries, including Brazil, Argentina, Paraguay, Ecuador and Colombia, are
implementing national strategies to boost agrofuel production that involve
financial incentives and investment in and licensing of refineries and
infrastructure projects, including new roads, ports and pipelines. Those
infrastructure developments will open up old-growth forests and other natural
ecosystems to destruction, whilst accelerating the displacement of local
communities by expanding plantations.
The impacts of this massive, rapidly growing investment in agrofuel
expansion will be irreversible and irreparable.
Agrofuels pose a particular
threat to tropical forest and wetland ecosystems, as events in Indonesia
already indicate. Such forests play a vital role in stabilising climate and
creating rainfall. There is evidence that the Amazon rainforest may be
approaching a point where deforestation will have reduced the vegetation so
much that it can no longer maintain its rainfall cycle, thus threatening much
or all of the ecosystem with potentially rapid die-back and desertification[9].
Further destruction of rainforests and peatlands for agrofuels could push the
planetary system into accelerated warming, sea level rise and ecological change
sooner than fossil fuel emissions alone. If the current rush for agrofuels is
allowed to continue while certification and the necessary macro-level policies
are developed, the damage such schemes and policies are meant to prevent will
already have been done by the time they are in place. The risks of a 'wait and
see' approach are far too high. The EU should apply the precautionary principle
to its approach to biofuels and implement a moratorium.
A moratorium will immediately
reduce the demand for crops and trees used as agrofuel feedstocks, thus
reversing current increases in commodity prices and putting the brakes on the
expansion of monoculture plantations for agrofuels which is threatening
ecosystems, food security, communities and the global climate. It will provide time to look at the
consequences of large-scale agrofuel production in order to make a sound and
comprehensive assessment of their socio-economic and environmental
implications. This will include assessing the foreseeable impacts of proposed
agrofuel targets and ensuring that proposed policies and safeguards are capable
of being implemented and preventing the serious negative impacts that are
already being experienced. It is essential that civil society, and in
particularly those most directly affected by the production of agrofuel crops
are given a fair chance to assess the impacts of the current promotion of
agrofuels. A moratorium on incentives for large-scale agrofuel crop production
and a halt to EU agrofuel imports will provide the space required for this
discussion.
Signatories call for effective measures
to tackle climate change:
Agrofuels have not been shown to mitigate global warming; they actually threaten to accelerate it. The undersigned support urgent cuts in greenhouse gas emissions, based on climate science assessments, which involve a drastic overall reduction in energy use in industrialised countries, strict energy efficiency standards, and support for truly renewable forms of energy, such as sustainable wind and solar energy, as well as the protection of ecosystems and carbon stores.
[1] For example: Official
Declaration of Chake Ńuhá on the Agro-fuels and Environmental Services Traps,
Asunción, Paraguay, 24 April 2007; We want Food Sovereignty Not
Biofuels, signed by Alert Against the Green Desert Network, Latin American
Network against Monoculture Tree Plantations, Network for a GM free Latin
America, OilWatch South America and World Rainforest Movement,
January 2007. http://www.wrm.org.uy/subjects/biofuels/EU_declaration.html
Statement
from SawitWatch - http://tech.groups.yahoo.com/group/biofuelwatch/message/245
[2] "How biofuels could starve the poor", C Ford Runge
and Benjamin Senauer, Foreign Affairs, May/June 2007,
http://www.foreignaffairs.org/20070501faessay86305-p20/c-ford-runge-benjamin-senauer/how-biofuels-could-starve-the-poor.html
and
Food and Agriculture Organisation, "Food Outlook (Global Market Analysis)" No.
1, June 2007,
http://www.fao.org/docrep/010/ah864e/ah864e00.htm
[3] "Oil Palm and Other Commercial Tree Plantations,
Monocropping: Impacts on Indigenous Peoples' Land Tenure and Resource
Management
Systems and Livelihoods", Victoria Tauli-Corpuz and Parshuram Tamang, report to
the United Nations Permanent Forum on Indigenous Issues, May 2007, http://www.un.org/esa/socdev/unpfii/documents/6session_crp6.doc
and "El fujo del aceite de Palma
Colombia-Belgica/Europa acercamiento desde una perspectiva de derechos
humanos", HRVE and CBC, November
2006, http://www.hrev.org/hrev/media/archivos/flujoPalma/informe_es.pdf
[4] "Agrofuels - Towards a Reality Check in 9 Key
Areas", Chapter 4, Report prepared by eleven organisations for SBSTTA 12,
July 2007. http://www.econexus.info/pdf/agrofuels_reality_check.pdf
or: http://www.biofuelwatch.org.uk/docs/agrofuels_reality_check.pdf
[5] Water for Food, Water for Life: A Comprehensive
Assessment of Water Management", International Water Management Institute,
2007, see: http://www.iwmi.cgiar.org/Press/coverage/pdf/Biofuel%20crops%20could%20drain%20developing%20world%20dry%20-%20SciDevNet.pdf
[6] "Peak Soil: Why Cellulosic ethanol and other Biofuels
are not Sustainable and a Threat to America's National Security", Alice
Friedman, Energy Pulse, May 2007, http://www.energypulse.net/centers/topics/article_list_topic.cfm?wt_id=46
0, No. 23, 2199, doi:10.1029/2003GL018600, 2003, http://www.ag[7]
"Biofuels Threaten to Accelerate Global Warming", Report by
Biofuelwatch, April 2007, http://www.biofuelwatch.org.uk/docs/biofuels-accelerate-climate-change.pdf
[8] "Testing Framework for Sustainable Biomass", Final
Report from the Project Group "Sustainable Production of Biomass", 2007, http://www.lowcvp.org.uk/assets/reports/070427-Cramer-FinalReport_EN.pdf
[9] "Climatic variability and vegetation vulnerability in
Amazonia", L. R. Hutyra et al, Geophysical Research Letters, Vol. 32, L24712,
doi:10.1029/2005GL024981, 2005, http://eebweb.arizona.edu/faculty/saleska/docs/Hutyra05_Var.Vuln_GRL.pdf
, and also "A new climate-vegetation equilibrium state for Tropical South
America", Marcos Daisuke Oyama and Carlos Alfonso Nobre, Geophysical Research
Letters, Vol. 3u.org/pubs/crossref/2003/2003GL018600.shtml