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“Carbon Farming” Makes Waves at Stalled Bonn Talks

By Stephen Leahy Civil society organisations warn that if agriculture becomes part of a carbon market, it will spur more land grabbing in Africa. Credit: Patrick Burnett/IPS UXBRIDGE, Canada, Jun 12 2013 (IPS) – U.N. climate talks have largely stalled with the suspension of one of three negotiating tracks at a key mid-year session in Bonn, Germany. Meanwhile, civil society organisations claim the controversial issue of “carbon farming” has been pushed back onto the agenda after African nations objected to the use of their lands to absorb carbon emissions. “There is a profound danger to agriculture here, with real potential for more land grabbing and expansion of monocultures in order to harvest credits.” — Helena Paul of EcoNexus At the Bonn Climate Change Conference this week, Russia insisted on new procedural rules. That blocked all activity in one track of negotiations called the “Subsidiary Body for Implementation” (SBI). The SBI is a technical body that was supposed to discuss finance to help developing countries cope with climate change, as well as proposals for “loss and damage” to compensate countries for damages. The SBI talks were suspended Wednesday. “This development is unfortunate,” said Christiana Figueres, executive secretary of the U.N. Framework Convention on Climate Change (UNFCCC). Figueres also said the two-week Bonn conference, which ends Friday, had made considerable progress in the two other tracks. A complex new global climate treaty is scheduled to be completed by the end of 2015 with the goal of keeping global warming to less than two degrees C. “Governments need to look up from their legal and procedural tricks and focus on the planetary emergency that is hitting Africa first and hardest,” said Mithika Mwenda of the Pan African Climate Justice Alliance (PACJA), an African-wide climate movement with over 300 organisations in 45 countries. And where there is “progress” at the climate talks it is in the wrong direction, according to civil society. “We’ve seen many governments in Bonn call for a review of the current failed carbon markets to see what went wrong, why they haven’t actually reduced emissions and why they haven’t raised finance on a significant scale,” said Kate Dooley, a consultant on market mechanisms to the Third World Network. “If we don’t learn these lessons we’ll be doomed to repeat these environmentally and financially risky schemes, at the cost of real action to reduce emissions,” Dooley said in a statement. In Bonn, two key African negotiators appear to be pushing the World Bank agenda rather than their national interests, civil society organisations claim. Those negotiators are also working for organisations receiving World Bank funding. One appears to want African nations’ mitigation actions to be based on agriculture, they said. The World Bank and the U.N. Food and Agriculture Organisation and other organisations favour what they call “climate smart” agriculture. This is defined as forms of farming that are sustainable, increase productivity and with a focus on soaking up carbon from the atmosphere. African environment ministers from 54 nations recently stated they were not obligated to use their lands to mitigate carbon emissions since Africa is not responsible for climate change. They also instructed African negotiators at the Bonn climate talks to focus on helping African agriculture adapt to a changing climate. “Are these people serving two masters?” asked Mariam Mayet of the Africa Centre for Biosafety, which works to protect farmers’ rights and biodiversity across the continent. “What is the World Bank’s level of influence over these individuals, and is there a risk that this is impacting on their actions and the outcome here?” Mayet told IPS. In December 2011, more than 100 African and international civil society organisations sent a joint letter to African ministers asking for “no soil carbon markets in Africa”. Globally, agriculture is a major source of global warming gases like carbon and methane – directly accounting for 15 percent to 30 percent of global emissions. Changes in agricultural practices such as reducing or eliminating plowing and fertiliser use can greatly reduce emissions. Agriculture can also be used to absorb or trap carbon in the soil. When a plant grows, it takes CO2 out the atmosphere and releases oxygen. The more of a crop – maize, soy or vegetable – that remains after harvest, the more carbon is returned to the soil. Civil society organisations warn that if agriculture becomes part of a carbon market, it will spur more land grabbing in Africa, with woodlands being used mainly for carbon sequestration instead of food production. “There is a profound danger to agriculture here, with real potential for more land grabbing and expansion of monocultures in order to harvest credits,” Helena Paul of EcoNexus, an environmental NGO, previously told IPS. Soils are extraordinarily variable and different climatic regimes affect how they function, said Ólafur Arnalds, a soil scientist at the Agricultural University of Iceland. While soils are a key part of the planet’s carbon cycle, we don’t know enough about soil carbon, Arnalds told IPS at a recent Soil Carbon Sequestration conference in Iceland. That complexity does not suit carbon markets well and drives up costs of accounting and verification. However, Arnalds does believe that soils and agriculture have an important role in climate change and farmers should be compensated for their efforts. Continue reading

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Soil Carbon Makes Biomass Calculations Even More Complicated

12 Jun 2013, 15:20 Robin Webster Managing forests so that wood can be burnt for energy could release large amount of carbon from the soil and increase greenhouse gas emissions, according to a new study. The government plans to ramp up the amount of power the country gets from bioenergy . In theory, generating electricity from plants, trees and crops can be carbon negative . But there’s a complicated argument going on about whether using wood to generate electricity might lead to more, or less, greenhouse gas emissions. Now, a new study from Dartmouth College has added to the controversy. It shows that harvesting forests more intensively disturbs the carbon in the soil – releasing more carbon dioxide into the atmosphere. What is soil carbon? Forests are carbon stores. About a third of the world’s global soil carbon is stored in forest soil, and around half of that is in soil derived from minerals or rocks . Disturbing the soil could mean that the carbon is released into the air as carbon dioxide. But collecting measurements on mineral soil carbon is a labour-intensive process – which means there isn’t much data out there. As a result, many carbon monitoring systems assume that mineral soil carbon is not affected by the way a forest is managed. Assessing what happens to mineral soil carbon According to the new paper, published in the journal ofGlobal Change Biology-Bioenergy, this isn’t right. Reviewing a number of recent studies in North America, it says that harvesting and then replanting forests may lead to “significant and long-term carbon losses in the mineral soil”. In one case, a forest that was clear-cut and then replanted in Nova Scotia still showed a 50 per cent loss in mineral soil carbon 30 years later. Another study recorded a “significant” decline in mineral soil carbon eight years after a hardwood forest in the United States was cut down. Co-author Professor Andrew Friedland tells Eurekalert : “Our paper suggests the carbon in the mineral soil may change more rapidly, and result in increases in atmospheric carbon dioxide, as a result of disturbances such as logging … [it] suggests that increased reliance on wood may have the unintended effect of increasing the transfer of carbon from the mineral soil to the atmosphere. So the intended goal of reducing carbon in the atmosphere may not be met.” Some caveats There are some caveats. First, this is a complicated area. The studies reviewed don’t all agree about how much soil carbon is lost when a forest is cut down. The paper also concentrates on what happens when forests are chopped down and regrown – it doesn’t look in detail at what different sorts of forest management could mean. The biomass industry argues whole trees won’t be used as a source of bioenergy anyway. Instead, it says it will use by-products from forestry like sawdust, bark and smaller trees known as thinnings. The study doesn’t address what extracting these other products from the forest could mean for mineral soil carbon. But Friedland tells Carbon Brief: “…we can say that there are suggestions that each of these different forest removal approaches will have different implications for the amount of carbon that gets mineralised, or released, from the soil to the atmosphere”. What does it mean? The authors conclude: “This debate [on how to manage forests, and the use of wood for bioenergy] must include mineral soil carbon.” Including even a “moderate forest soil carbon loss” can have a significant impact on calculating whether burning wood to make bioenergy will lead to a reduction in greenhouse gas emissions, they conclude.   The paper is clearly not the last word on the bioenergy debate – but it brings a new issue into what is already a pretty involved argument. In the future, a significant amount of wood burnt in UK power stations could come from North America – so how those forests are managed will matter. Continue reading

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Site Potentials for Biomass Power Plants in Poland (Analyst Version)

DUBLIN, June 13, 2013 /PRNewswire/ — Research and Markets ( http://www.researcha…site_potentials ) has announced the addition of the “Site Potentials for Biomass Power Plants in Poland (Analyst Version)” report to their offering. (Logo: http://photos.prnews…20130307/600769 ) The Polish market for renewable energies has reached a turning point. The new Polish Act on Renewable Energy Sources entails new opportunities for developing biomass power plant projects including locations of the wood or furniture industry. At present, mono-incinerators at such locations produce less than five per cent of the Polish electricity from biomass. Most potentially favourable locations have not yet been developed. Instead, almost 80 per cent of the biomass electricity and more than a third of the renewable energies in Poland are generated through co-incinerating biomass in coal power plants. The new Polish Act on Renewable Energy Sources is scheduled to come into effect in the second half of 2013. According to this law, the support of co-incinerators should decrease significantly in the future. By contrast, smaller biomass power plants, mono-incinerators and electricity generation by using combined hear and power (CHP) technology should receive stronger support. At the same time, the goals in terms of developing and boosting renewable energies are once again increasing. In light of this development, experts have jointly analysed the market for electricity generation from solid biomass in detail. The report focuses on the identification of industrial locations that produce large amounts of biomass. The analyst version of the report Site Potentials for Biomass Power Plants in Poland includes: – A detailed analysis of the current and future legislation for promoting renewable energies and electricity generation from solid biomass in Poland. – An evaluation of the biomass streams that are currently being used as fuel in biomass power plants, including their amounts and sources. Key Topics Covered: Preface for the analyst version Preface Management Summary Part 1: Legislation and market 1 Country data 2 The electricity market in Poland 3 Renewable energy and CHP legislation 4 Current market Part 2: Solid biomass streams 5 Forest wood residues 6 Wood processing industry 7 Agricultural biomass 8 Recycling wood and landscape residues 9 Export / import Glossary Table of figures For more information visit http://www.researcha…site_potentials Research and Markets Laura Wood, Senior Manager. press@researchandmarkets.com U.S. Fax: +1-646-607-1907 Fax (outside U.S.): +353-1-481-1716 Sector: Environmental SOURCE Research and Markets Continue reading

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