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Impact Investor and Advocate Discusses Sustainable Farming and the Mitigation of Climate Change

Philippe van den Bossche, an impact investor and advocate, discusses how sustainable farming practices can mitigate climate change. New York, NY (PRWEB) July 24, 2013 On July 24, impact investor and advocate of sustainable agriculture, Philippe van den Bossche, discusses how sustainable farming can lessen climate change . According to a July 17, 2013 article published on TreeHugger.com, entitled, “More research shows sustainable agriculture can mitigate climate change,” one third of greenhouse gasses being produced by humans in the past ten years can be attributed to poor crop cultivation, animal production and deforestation. However, new research is showing that improving crop yields – growing more food in a set amount of space – could reduce the emissions we release into the atmosphere by “12 percent per calorie.” The study, published in the journal Environmental Research Letters, found that “sustainable farming approaches can accomplish both goals of reducing emissions and providing more food.” Hugo Valin, an IIASA researcher who led the study, elaborates: “The most efficient way to ensure sustainable intensification on the crop side is to rely on practices and technologies that are not more fertilizer-demanding, such as new varieties, improved rotations, integrated crop-livestock practices, and precision farming.” United Nations Special Rapporteur, Olivier De Schutter, recently told the UN Rights Council about the impact that “small-scale” sustainable agriculture can have on food production and the possibility of alleviating poverty in certain developing nations. “To feed 9 billion people in 2050, we urgently need to adopt the most efficient farming techniques available. Today’s scientific evidence demonstrates that agro ecological methods outperform the use of chemical fertilizers in boosting food production where the hungry live especially in unfavorable environments.” Philippe van den Bossche, an impact investor and advocate for sustainable agriculture, comments on the recent findings: “Today’s conventional farming practices saturate farmlands with toxic pesticides and fertilizers, strip soil of nutrients and contribute to desertification. Utilizing sustainable, organic agriculture is one way to get our environment back into a healthy state.” Philippe van den Bossche is an impact entrepreneur, impact investor and Chairman/ Owner of Advancing Eco Agriculture (AEA), a leading organic agricultural consulting and manufacturing company located in Middlefield, Ohio. AEA provides consulting services and specialty nutritional materials to farms throughout the United States and Canada. Mr. van den Bossche is an advocate for organic farming and agriculture. ##### Continue reading

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Bamboo Charcoal Technology Introduced In Ghana

Page last updated at Thursday, July 25, 2013    bambooThe International Network for Bamboo and Rattan (INBAR), is promoting bamboo charcoal technologies in Ghana, which have the potential to jump-start the country’s bio-energy sector and generate and sustain the charcoal business. It will also slow down deforestation and fight climate change. Mr Michael Kwaku, Country Director of INBAR Ghana, said in a statement issued in Accra on Wednesday and copied to Ghana News Agency that China-Africa collaboration focuses on bamboo to provide cleaner, safer, green energy source. It will also create and sustain jobs in the wood-fuel sector. The statement said the Forestry Research Institute is partnering Bamboo and Rattan Development Programme at the Ministry of Lands and Natural Resources Africa and communities in the Western Region and INBAR to implement the project. The European Union and China are working to substitute bamboo charcoal and firewood for forest wood on, which 65 per cent of the rural population depends for its fuel needs. Initial successes with bamboo charcoal briquette in Ghana and Ethiopia, which have put bamboo biomass at the centre of renewable energy policies, are spurring interest in countries across the continent. This is prompting calls for greater investment in bamboo-based charcoal production as a green biofuel that can fight deforestation and mitigate climate change. “Bamboo, the perfect biomass grass, grows naturally across Africa and presents a viable, cleaner and sustainable alternative to wood fuel. “Without such an alternative, wood charcoal will remain the primary household energy source for decades to come—with disastrous consequences,” the statement said. It said In Ghana, the reason behind the cutting down of trees is usually for charcoal, pasture for livestock, farms, urban or industrial purposes. The number of trees illegally cut down yearly is way beyond the number of culprits arrested, which indicates that most of them culprits go scot free. This in the long run, causes depletion of land and harms green plants and animals. The statement said burning wood has a significant impact on the climate. Scientists predict that the burning of wood fuel by African households, will release the equivalent of 6.7 billion tonnes of greenhouse gasses into the atmosphere by 2050. Ten tonnes of raw wood produces one tonne of wood charcoal, making wood fuel collection an important driver of deforestation in Ghana. About 15 billion people have few alternative fuel sources. The INBAR project is the first to transfer bamboo charcoal and briquette technologies from China to Ghana to produce sustainable ‘green biofuels’ using locally available bamboo resources. “Ensuring food security in a changing climate is one of the major challenges of our era. It is well known that the destruction of Ghana’s forests has negative repercussions on livelihoods and sustainable agriculture as it feeds into a cycle of climate change, drought and poverty,”  Ms Gloria Asare Adu, Executive Director Global Bamboo Product Limited. “Feeding people in decades to come will require ingenuity and innovation to produce more food on less land in more sustainable ways,” the statement said. Scientists believe that deforestation across the northern regions within the forest transitional zones, has contributed to changes in the weather forecast. Years of tree-clearing for charcoal in some part of the north, particularly in the Upper East and Upper East Regions, have eliminated fragile forests that stood as the last line of defence against the conversion of sparsely forested dry lands and pastures into useless desert, according to researchers from the Consultative Group on International Agricultural Research. The International Energy Agency  predicts that if business continues as usual, by 2030 biomass energy in sub-Saharan Africa including Ghana will still account for about three-quarters of total residential energy, underscoring the urgency of coming up with a sustainable alternative biomass to replace wood. Sub-Saharan Africa has more than 2.75 million hectares of bamboo forest, equivalent to roughly four per cent of the continent’s total forest cover. “Rural communities need access to sustainable approaches that will keep trees in the ground and the environment safe,” Professor Karanja M. Njoroge, Executive Director, Green Belt Movement has said. He said: “Bamboo grows naturally across Africa’s diverse landscapes, but unlike trees, it regrows after harvest and lends itself very well for energy plantations on degraded lands. We should put it to good use to provide clean energy for Ghana.” China is a global leader in the production and use of bamboo charcoal. The sector is worth an estimated $1 billion a year and employs more than 60,000 people in more than 1,000 businesses. Chinese partners, including the Nanjing Forestry University and WENZHAO Bamboo Charcoal Co., are helping to adapt equipment like brick kilns, grinders and briquette machines, and hand tools, for bamboo charcoal and briquette production using local materials. Building on this momentum, the INBAR initiative is now transferring China’s advanced bamboo charcoal technologies to sub-Saharan Africa. In addition to charcoal, bamboo offers many new opportunities for income generation.  It can be processed into a vast range of wood products, from floorboards to furniture and from charcoal to edible shoots. The world bamboo export was estimated at $1.6 billion in 2009, a decline of about $ 659 million from $ 2.2 billion in 2008. INBAR is an inter-governmental organisation dedicated to reducing poverty, conserving the environment and creating fairer trade using bamboo and rattan. INBAR was established in 1997 and represents a growing number of member countries all over the world.  The headquarters is in China with regional offices in Ghana, Ethiopia, India and Ecuador. The organisation connects a global network of governmental, non-governmental, corporate and community partners in more than 50 countries. Source: GNA – See more at: http://www.ghanabusi…h.U1aa23vC.dpuf Continue reading

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Trees The Answer To Carbon Capture

By Ross Hampton – posted Wednesday, 24 July 2013 When the Government recently announced the switch from carbon tax to carbon trading, it also quietly deferred $200 million which was supposed to help industry develop ‘carbon capture and storage’ technology. There has been little outcry because, by all accounts, innovations in this area are coming at a slow pace. Coincidentally $200 million is exactly the figure which the forest industry has put before government for an alternate ‘carbon capture and storage’ scheme which is not only a sure bet but, ‘shovel ready’. I am talking about trees. Consider this. Trees ‘capture’ carbon as they grow. When they are harvested for products, like furniture and house frames, they continue to ‘store’ the carbon for many decades. Following harvest, the forest regenerates (or plantations are replanted), with the new trees ‘capturing’ even more carbon from the atmosphere for storage in yet more products. It is the most perfectly virtuous of carbon cycles. The scientists at the Intergovernmental Panel on Climate Change (IPCC), who set the international carbon accounting rules, have long been unequivocally in favour of the ‘harvest and regrow’ scenario. In 2007 they pronounced, “In the long term, a sustainable forest management strategy aimed at maintaining or increasing carbon stocks, while producing an annual sustainable yield of timber, fibre, or energy from the forest will generate the largest sustained mitigation benefits.” At home, our scientists have replicated international studies. They have proven that a well-managed, production forest is up to 240 per cent better at storing carbon over the long term than if the same area is locked away. So why haven’t state and federal government programs turbo-charged best practice forestry as a given for a carbon constrained economy?The answer is as simple as it is challenging – trees take time. Trees are a long term investment with long term benefits. However, in Australia, much about climate change programs has been geared to the short term as we have focused on quick wins. The big winners have been the ‘off the shelf’ solutions, which, courtesy taxpayer subsidies, deliver a compelling and fast ‘return on investment’ for company accountants. The most striking example is the exponential growth of wind turbines. Thousands now dot our landscapes and, according to energy forecasts, they will soon be joined by tens of thousands more as we relentlessly track towards our bipartisan ‘20 per cent renewable energy by 2020’ target. Expect to hear and see many more protests as that happens. Industrial scale wind farms have some strident critics who point to their impact on the landscape, health and communities. But there is a very large irony here if you stop to think about it.By attempting to address an uncoated ‘externality’ in carbon emissions we are, with wind installations, arguably creating a raft of other negative externalities. If we turned to trees to help solve our carbon conundrum, the externalities would all be positive. They include erosion and salinity prevention, biodiversity, picnic areas, walking tracks, not to mention jobs and growth for our regions. In Europe these ‘value adds’ are often captured under the umbrella of ‘eco-system services’. Governments are now turning attention to developing the methodologies to appropriately ‘price’ them. It is a belated recognition that trees really do deliver the ‘resource par excellence’ for a more enlightened twenty first century of development. Back home, trees also give Australian policy makers the opportunity to turn the policy dial to these longer term, and net positive, settings. All it takes is an agreement to bring forward payment to the time of planting for the carbon stocks which will accumulate in the trees. In effect the Government would be hedging a future, and growing, market. This is a vital change to counteract the main disincentive to investment in new tree planting – the long wait for a return on high establishment costs. It would be a win-win for government and forest communities. The government would ‘bank’ the carbon credits to sell in carbon markets. The trees, harvested and re-planted in rotation, would sustain the forest industry into the future. Based on modest carbon price estimates, an initial investment of $200 million per year, over the first three years, would eventually become cost neutral, even paying back the ‘seeding’ funds. And that result doesn’t even start to calculate the additional carbon which we would be putting in the bank in terms of the timber products made from trees. Or the massive energy benefits available if we were to use the forest process residues (smaller branches and mill off-cuts) to fire up generators replacing other less environmentally friendly power. At present Australia’s plantations provide a carbon emissions offset of 4 per cent against our national carbon emissions target. This policy would allow this to surge to 10 per cent by 2050. Great for our carbon constrained future economy and great for our forestry communities. Continue reading

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