Tag Archives: soil erosion

Clean Seed Capital selected by Canada’s Largest Agricultural Show’s New Innovations Committee


February 28, 2013


February 28th, 2013 – Vancouver, British Columbia – Clean Seed Capital Group Ltd. (“Clean Seed” or the “Company”) (TSX-V: CSX) is pleased to announce that Canada’s Farm Progress Show, New Innovations Review Committee distinguishes Clean Seed Capital’s No-Till technology as innovative and approves its application to showcase its technology from June 19 – 21, 2013.

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Canada’s Farm Progress Show is widely recognized as Canada’s dry land farm technology show. Canada’s Farm Progress Show is an event that has matured into the industry’s leading agriculture showcase. It promotes the latest in agricultural equipment, technology, services, and farming practices. The Farm Progress Show has earned a strong reputation by continually providing attendees with the opportunity to see the latest and the best innovations in agriculture production.

“We are delighted that our application was accepted by the New Innovations review board and consequently awarded significant space to showcase our proprietary no-till technology at the country’s largest agriculture show. We submitted three (3) proprietary innovations for review and were accepted on all 3. This welcomed endorsement by the review committee substantiates the unique and innovative nature of our technology and we look forward to unveiling our complete portfolio at this esteemed event that attracts more than 45,000 people from over 50 countries”, stated Graeme Lempriere.

 About Clean Seed Capital Group

Clean Seed has developed an advanced no-till precision planting system comprised of individually patented technologies. These technologies include all-cast opener assembly systems, in-ground openers, proprietary seed and fertilizer metering and electronic control systems that combat soil erosion, reduce seed and fertilizer use and nurture the subsurface biodiversity vital to producing healthy and sustainable crops.

For further information please contact Mark Tommasi or Ward Jensen at  604-566-9895  and visit our website at www.cleanseedcapital.com.

On Behalf of the Board,

Clean Seed Capital Group

Graeme Lempriere

Chief Executive Officer, President and Director

Global Agriculture and Food Security Program Announces New Round of Grants to Fight Hunger and Poverty


May 24, 2012

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WASHINGTON May 24, 2012 – Partners in the Global Agriculture and Food Security Program (GAFSP), a fund that supports country-led efforts to fight hunger and poverty, today announced that six countries will receive grants totaling $177 million. The grants – to Burundi, the Gambia, Kyrgyz Republic, Malawi, Senegal, and Tanzania – will help each country increase food security, raise rural incomes, and reduce poverty.

International food prices remain volatile and high with the 2011 annual index 24 percent higher than its average in 2010. Prices of certain foods remain dangerously high in many countries, leaving millions of people at risk of malnutrition and hunger, many of them children. In developing countries that face more volatile international markets, it is essential to increase the productivity and resiliency of food production.

“The Global Agriculture and Food Security Program has quickly proven to be one of the most innovative and effective development programs the global community has created,” said Lael Brainard, Under Secretary of the United States Treasury for International Affairs. “GAFSP will raise the incomes of 7.5 million smallholder farmers and their families. These new grants will meet the high global demand for agricultural resources to achieve food security. Continued financial support from the development community is critical to maintaining momentum in the fight to achieve sustainable, lasting solutions to hunger and poverty.”

Launched in April 2010, GAFSP represents a global effort to aid vulnerable populations afflicted by hunger and poverty. It takes up where emergency and recovery assistance leaves off, targeting transformative and lasting change in agriculture and food security within poor countries through financial support to existing aid effectiveness processes.

In Togo, where the agriculture sector contributes 40 percent to GDP, GAFSP support is helping the country to implement their national agriculture plan and has funded seeds, fertilizer, and training for farmers. It has helped farmers to organize better, improved the production of maize and cassava, and increased donor coordination. In Rwanda, one of GAFSP’s first beneficiary countries, the funding is being used to reduce erosion and bolster productivity in hillside agriculture with tremendous results: potato yields are seven times higher than before and cereal yields have quadrupled.

Australia, which was selected as the new chair of the GAFSP Steering Committee, will work to improve the responsiveness of the fund, encourage quality proposals, and attract more donors.

“The program has already achieved significant results and we anticipate a substantial increase in national food security. For instance, in Cambodia GAFSP will help farmers to diversify their crops which will increase incomes, allowing families to feed themselves while obtaining goods and services to improve their nutrition and welfare,” AusAID First Assistant Director General, James Gilling said. “Channeling funding through GAFSP means we can reduce costs and ensure that aid efforts are coordinated, not duplicated.”

The Steering Committee allocated new funds to the following country proposals:

  • In Burundi, GAFSP funds      totaling $30 million will improve water management and irrigation in the      drought-prone regions of Imbo and Mosso, with investments in      infrastructure and agricultural intensification through improved      technologies, productive assets, and the establishment of farmer field      schools.
  • In The Gambia, $28 million in      GAFSP funds will target three highly food-insecure regions via an      integrated area development program that includes land and water      management, horticultural gardens, aquaculture farming, and small ruminant      and poultry farming.
  • In the Kyrgyz Republic, GAFSP has      allocated $16.5 million to support a project that focuses on the      rehabilitation of irrigation and drainage systems, building the capacity      of water user associations, providing agricultural extension services, and      a nutritional component.
  • Malawi will receive $39.6      million to promote irrigated rice and horticulture production as well as      crop diversification and value chain development for selected commodities.
  • In Senegal, $40 million in      GAFSP funds will promote livestock and crop production in three      high-potential, drought-prone zones, including investments focused on:      provision of water management systems, rural roads, vaccination centers,      and financing for model ruminant and poultry operations.
  • Tanzania will receive      $22.9 million to support the rehabilitation of 18,500 hectares of      irrigation schemes designed and managed by local government authorities,      as well as subsidy on rice input packages in the project zones under an      input voucher scheme.

The successful country proposals were selected through a competitive process by the fund’s Steering Committee, which is composed of an equal number of voting members from donor and recipient countries, as well as three representatives from civil society organizations and other stakeholders in a non-voting capacity. The selections were based on recommendations from an independent review conducted by global agriculture experts. Successful country proposals demonstrated a high level of need, a supportive policy environment, and a comprehensive plan for agricultural development.

This is the fourth round of countries to receive funding to support country-driven investment in agriculture and food security through GAFSP. The countries awarded GASFP funding in previous rounds are: Bangladesh, Cambodia, Ethiopia, Haiti, Liberia, Mongolia, Nepal, Niger, Rwanda, Sierra Leone, Tajikistan, and Togo. These investments will help transform the lives of 7.5 million people in rural areas.

“GAFSP funding came at the right time and has allowed us to improve the level of initial funds mobilized for the implementation of the National Agricultural Investment and Food Security Program (PNIASA) which Togo has adopted. It has helped us to stimulate the agricultural sector, which is essential to reviving the national economy”, said Mr. Kossi Messan Ewovor, the Togolese Minister of Agriculture, Livestock and Fisheries. “The positive results we are already seeing on the ground encourage us to work further for a more active participation of farmers in the program so that it can directly impact on their income. This will have a real impact on agricultural production, economic growth and, ultimately, will allow us to reduce poverty and increase food security.”

To date a total of $1.1 billion has been pledged to GAFSP by Australia, the Bill & Melinda Gates Foundation, Canada, Ireland, the Netherlands, South Korea, Spain, and the United States, with funds going to countries that have strategic, innovative and credible plans already in place to improve agricultural productivity and food security. The G8 has recently set a goal of raising $1.2 billion in further contributions to GAFSP over 3 years.

Contacts:

In Washington: Amy Stilwell, (202) 458-4906, astilwell@worldbank.org;

Kimberly Parent, (202) 458-5623, kparent@worldbank.org

For more information, please visit: www.gafspfund.org

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UN calls for science-led ‘ever-green’ agricultural revolution.


February 2, 2012

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1 February 2012 | By Alistair Driver

THE UN has called on international Governments to create a 21st Century ‘ever-green revolution’ for agriculture that would aim to double production, while protecting the earth’s resources.

In a new report on global sustainable development, the UN highlights the importance of international investment in agricultural science, including biotechnology, to achieve these goals.

“Governments and international organizations should work to create a new green revolution — an “ever-green revolution” — for the twenty-first century that aims to at least double productivity while drastically reducing resource use and avoiding further loss of biodiversity, topsoil loss and water depletion and contamination,” the report’ ‘Resilient People, Resilient Planet: A Future Worth Choosing’, recommends.

It says this should be achieved partly through the ‘scaling-up of investment in agricultural research and development, to ensure that cutting-edge research is rapidly moved from laboratory to field’.

“The new agricultural revolution should focus on sustainable intensification (practices with low external inputs, emissions and wastes) and on crop diversification and resilience to climate change,” the report says.

It adds that ‘new green biotechnologies’ could play a ‘valuable role in enabling farmers to adapt to climate change, improve resistance to pests, restore soil fertility and contribute to the diversification of the rural economy’.

The report says the task should be co-ordinated by the UN’s Food and Agriculture Organisation (FAO).

With three-quarters of the world’s poor living in rural areas and 2.5 billion rural inhabitants involved in agriculture, it says an ‘immediate push on sustainable agriculture would yield enormous social, economic and environmental dividends’.

But the report, compiled by a 22-member panel of sustainable development experts, including former heads of state and ministers, warns that current efforts to achieve sustainable development lack political will and are neither fast enough nor deep enough.

The report is published ahead of the UN Conference on Sustainable Development (Rio+20) in Brazil in June.

Crop Protection Association (CPA) chief executive Dominic Dyer urged EU leaders to respond to the report by recognising the ‘critical role of plant science innovation in boosting crop yields, preventing harvest losses and enabling more efficient use of key resources such as land, energy and water’.

“The EU-27 is one of the world’s major food producing economies, yet current policies on issues such as CAP reform, research investment and access to agricultural innovation do not reflect the pressing global need to produce more food.

“Even by 2030, less than 20 years away, this latest UN report estimates that the world will need 50 per cent more food, 45 per cent more energy and 30 per cent more water. However much we strive to reduce waste, improve distribution or change consumption patterns, there is no escaping the urgent need to boost agricultural productivity – especially in regions expected to be less vulnerable to the production-limiting effects of climate change, such as northern Europe.

“European agriculture can be a key player in the new political economy called for by the UN’s high-level panel – but only if EU leaders wake up to the urgent need to embrace developments in agricultural science and innovation,” said Mr Dyer.

The long-term solution must be to promote truly sustainable agriculture both in small-holdings, which continue to produce the majority of Africa’s food, and large-scale commercial farms.


November 27, 2011

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By John Kufuor
Nothing better illustrates the crucial role that science must play in farming in Africa than the contrasts in agricultural productivity between our continent and the world as a whole. For while food productivity has increased globally by 140 per cent in recent decades, the figures for sub-Saharan Africa over the same period show a fall.

This is not because of any lack of effort by Africa’s farmers. Agriculture remains for far too many an exhausting dawn to dusk occupation for very little reward. Indeed, it is because farming across much of the continent has changed little in generations that the role of science is so important.

For what these dismal figures underline is how Africa’s agriculture has been cut off from the scientific advances which have transformed yields in many other parts of the globe. The breakthroughs on crop varieties, fertilisers and pesticides, coupled with new agricultural techniques which are now taken for granted elsewhere, have remained out of the reach of African farmers.

So, too, has the investment to put them into action. We can see the impact of this neglect across our continent. One in three people in sub-Saharan Africa are chronically hungry, the highest proportion in the world. Many more suffer from consistently poor diets.

Malnutrition is a catastrophic brake on progress, damaging every aspect of life. Malnutrition throughout pregnancy and childhood stunts development, increasing vulnerability to disease and reducing capacity to learn at school.

All of this feeds into the wider economy and society with increased health care costs, poorer productivity and economic growth. And if this was not bad enough, climate change is making these challenges worse. Africa’s citizens may have done little historically to add to the carbon emissions in our atmosphere but that does not mean our continent will escape its impact. In fact, productive land and water supplies are already being reduced.

But our experience in Ghana shows just how harnessing science can help transform agricultural productivity. By giving farmers access to the latest scientific knowledge and crucially, providing them with the support to make full use of it, the results can be truly remarkable.

Cocoa production, a vital cash crop for Ghana, has been virtually tripled in a decade. There have been dramatic increases too, in cereals, and staples such as plantains, yams and cassava. Within a decade, Ghana went from a position where we failed to produce enough food to feed our own people to producing a healthy surplus for export.

As we have seen in many other parts of the world, the transformation in agriculture is a powerful driver for wider progress. Ghana became the first African country to meet its Millennium Development Goal of halving poverty seven years ahead of schedule.

While this dramatic improvement in Ghana’s agriculture is perhaps the most sustained example of national success, the achievements are by no means unique. Across Africa, where a strong partnership is being forged between science, farmers and national governments, we are seeing similar impressive results.

The task now is to strengthen and expand these partnerships, a central aim of the Pan-African Chemistry Network which is meeting in Ghana this week. I pay tribute to the Royal Society of Chemistry and Syngenta for its role in supporting this vital academic collaboration.

For there is a great deal more to do. Despite progress, farm yields in Africa still lag badly behind the global average. We need to bring together research institutes from across the continent and beyond to develop new crop strains which can flourish in African conditions.

With rains becoming more irregular, this must focus in particular on crop varieties which can thrive on less water. We need as well to develop new farming techniques which make the most of every drop of water there is. One of the major reasons why farming yields in Africa are behind those in many other parts of the world is that only a small proportion of land under cultivation is irrigated.

This offers real potential for increasing harvests. But as climate change continues and pressure on scarce resources increases, we have to find ways too, of growing more with less water. Water-related issues are compounded by a multitude of other challenges.

Transportation of foodstuffs from rural producers to cities is severely hindered by poor roads, driving prices ever higher. A lack of storage facilities means that produce often begins to rot before it can be sent to market. The inability to process foodstuffs locally forces developing nations to export their produce cheaply and purchase final products at higher costs.

The long-term solution must be to promote truly sustainable agriculture both in small-holdings, which continue to produce the majority of Africa’s food, and large-scale commercial farms. We need a combination of both working together if we are to meet the continent’s food needs now and in the future.

As this week’s conference in Accra demonstrates, we are seeing a determined effort by the scientific community to collaborate to find solutions to Africa’s agricultural problems. If we get all this right, and both national governments and donors provide the investment needed, the future for farming on our continent is bright.

John Kufuor, who was President of Ghana from 2001 to 2009, is the 2011 World Food Prize Laureate. The Pan-Africa Chemistry Network’s Forum on Agricultural Sustainability was held in Accra, Ghana, 21-23 November.

ECO-Farming: It goes back to the root of it all, but could be the future of farming


September 14, 2011

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U.S. net farm income is expected to increase by 31% this year to a near-record $103.6 billion on higher prices for grain, livestock and other major commodities, the USDA said in an updated forecast.

Projected income is up from $97.3 billion in a February forecast and would be the second-highest inflation-adjusted figure since 1973, according to the USDA.

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The income surge is driven partly by sharply higher revenue from corn, cotton, hay, soybeans and wheat, the USDA said. Crop receipts will rise by an estimated $33.6 billion in 2011, according to the agency.

Grain and livestock prices rallied this year amid crop shortfalls that tightened global grain stockpiles and expanding demand from growing markets such as China. Corn, cattle and hog prices reached record highs in recent months, based on Chicago futures, and soybeans and wheat are also up from previous years.

Strong commodity prices are also boosting farmland values, fueling gains in producers’ net worth and pushing their debt-to-equity ratios near historic lows.

The U.S. farm sector’s net worth is projected to rise 7.7% this year, according to the USDA, while farm business real estate values will rise an estimated 7.1%. The projected debt-to-equity ratio for 2011, at 11.6%, would match the current record low set in 2007.

Median total farm household income is expected to increase 1.9% in 2011, to $55,405, the USDA said. That’s slower than the 4.1% increase in 2010, but higher than the five-year average of 1.2%.

Grain and livestock prices remain near highs reached earlier in the year, and many analysts expect the corn market to continue rallying after extreme heat damaged crops in the Midwest over the summer.

In trading August 30, corn futures for December delivery rose 5 ¼ cents to $7.75 ¼ a bushel. That’s the highest settlement for a December corn contract since July 2008. Corn futures have more than doubled from about $3.54 in mid-2010.

No-till farming could help solve global problems of food insecurity and climate change


September 1, 2011

The world’s soils have the potential to store about 3000 megatonnes of carbon per year by the end of the 21st century, according to a new study. It suggests that restoring carbon to cropland and peat soils through practices such as afforestation and No-till farming could help solve global problems of food insecurity and climate change.

Most countries suffering from food shortages are in the developing world where farming typically consists of small landholders using intensive practices. As a result the soils have low levels of organic carbon, making them prone to soil erosion, low levels of nutrients, poor water retention and less biodiversity. Poor soil quality means that crop yields are more dependent on rainfall and temperature and more affected by pest infestations.

The loss of soil organic carbon (SOC) can be remedied using recommended management practices (RMPs), such as afforestation, conversion of degraded and marginal cropland to pasture, no-till farming, use of compost/manure and crop rotations. Using figures on carbon sequestration gained by different practices, the study estimated that, depending on soils and climate, the potential of these RMPs for the next 50 to 100 years is in the range of 100-1000 kg of carbon per hectare per year. On a global scale, this could translate to as much as 3000 megatonnes a year. Not only would this improve the state of soils and food security but, according to previous research1, it could also reduce atmospheric CO2 by 50 parts per million by 2100.

The study investigated the potential impact of this restoration of soil SOC on crop yield. By pulling together information on the relationship between SOC in the root zone and crop yield in various parts of the world, the study concluded that SOC tended to contribute more to productivity in soils that were coarse, poor quality, received low rates of chemical fertilisers and were rain fed rather than irrigated. Depending on climate and other variables, it estimated the proposed increase in SOC could increase cereal and grain legume production in developing countries by 32 million tonnes per year, and roots and tuber production by 9 million tonnes per year.

Finally, the study offered a rough estimate of the cost effectiveness of paying farmers to improve the sequestration of carbon in soil. If farmers were compensated at a rate equivalent to the cost of carbon capture and storage, roughly $367 per tonne of carbon2, then even at the modest rate of carbon sequestration of 250 kg per hectare per year this would equate to $90 per hectare per year. Rewarding farmers even at $25/ha/yr ($10/acre/yr) could provide an incentive for adopting RMPs by small land holders and resource-poor farmers. As such the study suggests that paying farmers and managers to use RMPs to sequester carbon, either through schemes such as the Clean Development Mechanism or by paying for ecosystem services, is an important strategy to improve both regional and global food security. It suggested the concept of ‘farming carbon’ where credits gained by sequestering soil carbon could be sold and traded using transparent and fair prices based on the valuation of ecosystem services.

  1. See:      Hansen. J. et al. (2008) Target      atmospheric CO2: where should humanity aim? Open Atmospheric Science Journal.      2:217-231.
  2. See:      McKinsey & Co. (2009) Pathways to low-carbon economy. Version 2 of the      global greenhouse gas abatement cost curve. P190.

Source: Lal, R. (2010) Beyond Copenhagen: mitigating climate change and achieving food security through soil carbon sequestration. Food Security. 2:169-177.

Sustainable Agriculture is Investing, Gold is Speculating.


August 29, 2011

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By Jonathan Yates

Other than involving the earth, there is not much that companies involved in sustainable agriculture such as Adecoagro (NASDAQ: AGRO), Tractor Supplies Company (NASDAQ:TSCO), the farming exchange traded fund (NYSE: DBA) and CVR Partners (NYSE: UAN) have in common with gold (NYSE: GLD) as assets. Sustainable agriculture, as defined by Benjamin Graham, the father of the value school of stock picking and inspiration for Warren Buffett, is investing. Gold, by contrast, is pure speculation.

Investors, according to Graham, seek to profit from the conditions of the company. There is a gain to be made in the intrinsic value of the assets as opposed to the lower price being offered by the financial markets, at that time. Speculators hope to profit from an inefficiency in the financial markets, not in the pricing of the assets of the company.

From this, gold is always in a bubble as it has no underlying economic value. Over 90% of gold is used for hoarding as an asset. Sustainable agriculture, while it can be overpriced, always has investor value as it not only feeds others but replenishes itself. Once gold is mined, it is gone: it is thus an inert metal in every sense. Sustainable agriculture is long term, gold is short term.

What has clearly been proven over time is that long term investments are, by far, the most rewarding. About 95% of day traders lose money, according to studies. Short term gains are transitory, while long term gains, by the very nature of the investment, endure. There is nothing more enduring than sustainable agriculture, by its very definition.

The superior returns of sustainable agriculture are being registered. Ceres Partners, which oversees 61 farms, has returned 16% since January 2008, when it started. Over the same period, the Standard & Poor’s 500 Index has fallen by more than 1%. Year to date, the exchange traded fund for the S&P 500, the QLD is down about 8% while the exchange traded fund for agriculture, the DBA, is up almost 5%.

In addition, much of the increase in gold has emanated from the weak dollar policies of the Federal Reserve. The rise in values for sustainable agriculture assets has to do with fundamental economic demand. According to a recent article in The Washington Post, “Betting the farm-and winning,” sustainable agriculture investments are up as, “The growth in demand for food – spurred by the rising middle classes in China, India and other emerging markets – shows no signs of abating.’

This greater demand is sending food prices higher in the US. Corn is up 75% higher than it was a year ago. One of the major factors behind this increase is imports of corn by China, which could reach 10 million tonnes. That is 5 times more than expected by the United States Department of Agriculture. It will continue for the future, no doubt. As Jim Rogers, the billionaire investor, noted in a recent interview with the BBC, “”The only areas of the world economy I see that are going to be dynamic are natural resources; farming is going to be one of the best professions of the next 10 or 20 or 30 years.”

Earlier this year, another legendary billionaire investor adhered to this outlook as George Soros sold his gold position. Soros, one of the greatest financiers in history and a former partner of Rogers’, through one of his hedge funds, bought 23.4% of Adecoagro, a South American farmland concern with other agricultural interests, at the time he was selling gold. In addition to its potential due to rising middle classes around the world demanding richer diets, sustainable agriculture is also showing better balance sheets, too. In the United States, the farm-debt-to-asset-ratio, which peaked in 1985 at 23%, is expected to be around 10% for 2011. While housing prices have fallen, the average value of an acre of farmland in the US has climbed steadily from $737 in 1980 to $2350 in 2011.

The output from each acre has increased significantly too and will continue to indefinitely as sustainable farming, unlike gold, does not deplete, but resupplies the earth. This proves the long term value of sustainable agriculture investing in the Warren Buffett model where “buy and hold means forever.’ What gold lacks in economic value, which is everything, sustainable agriculture has with a much brighter future than the inert yellow metal.

Australian carbon soil trial enters next stage and includes No-Till Farming.


July 19, 2011

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A soil carbon trading pilot scheme in central western New South Wales is moving into its next stage.

About 300 farmers in Canowindra, Manildra and Cudal are eligible to participate in the scheme, which is the first government funded trial in Australia.

The State Government is funding the five year trial, which will be run by the Lachlan Catchment Management Authority (CMA).

Lachlan CMA project manager Alan McGugfficke says about 100 farmers attended workshops over the past month and those that are interested will now have site inspections to determine their suitability for the trial.

He says the project is looking at three specific carbon capturing farm activities to fund.

“Changes of farming systems from conventional farming systems through to no till farming systems,” he said.

“In pastures we’re looking at areas that are going from annual-based pastures into perennial-based pastures.

“The other one is going from either of those systems into a woodland type situation.

“So that would be planting trees.”

He says interested farmers can now move on to the next stage in the process.

No till planting gaining in popularity


June 7, 2011

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RICK ELKINS

THE PORTERVILLE RECORDER

A farming practice that not only conserves fuel and costs, but cuts down on dust, is gaining favor with more and more growers in the region.
Conservation tillage, a method of cultivating crops to reduce soil erosion, began about a decade ago in this area and today is being used on thousands of acres.
“It’s caught on and more are doing it,” said local farmer and dairyman Eric Borba. His family is using no-till farming on about 1,200 acres.
In conservation tillage, crops are grown with minimal cultivation of the soil. When the amount of tillage is reduced, the stubble or plant residues remain on top of the soil rather than being plowed or disced into the soil. The new crop is planted into the stubble or small strips of tilled soil. Weeds are controlled with cover crops or herbicides rather than by cultivation.
Sustainable Conservation, a non-profit organization working with the private sector to promote clean air and water projects, is working with UC Davis on efforts to utilize conservation tillage. The practice reduces soil loss through water erosion because more crop residue is left on the soil surface and soil drainage, organic matter and moisture content are improved. Conservation tillage also reduces air pollution (dust and diesel emissions), sequesters carbon (inhibiting global warming), improves water quality and creates wildlife habitat.
Between 2004 and 2008, Central Valley farmers switched to “reduced tillage” practices on nearly 20 percent of land used to grow row crops like corn and wheat silage. John Cardoza, project associate with Sustainable Conservation, said that number continues to grow.
“It’s definitely a trend that’s going strong right now,” he said, noting the high cost of fuel.
As of 2008, Tulare County had more than 63,000 acres under conservation tillage, about the same as Kings County, but more than triple Fresno, Merced or Kern counties.
The tillage practices cut the number of tractor passes needed to prepare fields for planting, which means lower fuel and labor costs for farmers, and less dust and diesel pollution in the air.
In 2008, Central Valley farmers cultivated more than 416,000 acres using reduced tillage practices.
Conservation tillage involves leaving at least 30 percent of crop residue (such as corn stalks) on the surface of the soil and planting a new crop on top. The remaining crop residue protects the soil from erosion and prevents wind from blowing it into the air. Minimum tillage includes practices that reduce the overall number of tractor passes over fields by at least 40 percent. Farmers report reductions in operating costs between 30-40 percent per year.
Reduced tillage practices also produce beneficial organic material which improves the soil’s ability to retain water and improves its quality.
Borba said his family’s farm has been utilizing conservation tillage practices for the past five years. They are using it mostly on wheat and silage grain – first planting the wheat and then coming back and planting silage corn on top of the stubble without discing the field.
“We harvest the wheat, then run the strip tiller with GPS (global positioning). The GPS drives the tractor within one inch of where you want it to go,” said Borba.
Then, the field is irrigated and after it dries enough, the seed is placed where the ground has been tilled, again using GPS.
The Borbas place their rows 30 inches apart and the till is a foot deep.
Under conventional practices, a farmer would harvest, then disc, then rip the soil, pre irrigate, disc two more times, cultivate and plant.
The difference is two tractor runs compared to five.
“We use less fuel and less water,” pointed out Borba, explaining that the stubble left behind helps insulate the soil so it does not dry out as quickly.
There are two keys to the success of conservation tillage farming. One is GPS that allows farmers to be so precise in their planting. The other is using a Roundup resistant crop that allows them to use herbicides to control weeds as the new crop grows.
Borba said they apply Roundup before the first irrigation and may apply it once again before harvest if necessary.
He said they have been using the practice more each year, beginning with a few acres the first year, then about half of their acres the second year. Today, all their wheat and corn is planting using conservation tillage.
As the use of conservation tillage improves, so has yields. Borba said their yields are equal to using conventional farming practices.
“As we learn how to do it better, our yields have not suffered,” he said.
Equipment to farm using conservation tillage was not even around this area a decade ago, but Borba said today the cost involved in acquiring the necessary implements is nothing compared to the savings — especially with diesel around $4 a gallon.
Statewide, reduced tillage practices like conservation tillage and minimum tillage, could cut dust pollution from agriculture by up to 85 percent and diesel pollution in half. That’s good news for the San Joaquin Valley, which according to the American Lung Association ranks in the top 25 most-polluted regions of the U.S. and experiences air quality that hovers at levels dirty enough to endanger lives.
The practice is not limiting to just wheat and corn. Tomato, dry beans, melons and even some cotton farmers have utilized the practice.
Cardoza said Sustainable Conservation, along with Ag Flex and the American Farmland Trust, are offering incentives for farmers to try the practice. A farmer can sign up for the Best Management Practices program that will pay the farmer the difference should his yield drop off using no till farming.

“They can try these practices risk free. If there’s a yield loss, we cover the loss,” he said.
He said his organization also can assist a farmer with the necessary implements and other resources, along with expertise and support.

Bill Gates speaks out about helping small farmers gain access to reliable markets “Innovation in agricultural techniques helps farmers increase productivity while preserving the environment – with approaches like no-till farming, rainwater harvesting, and drip irrigation


May 24, 2011

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Prepared Remarks by Bill Gates, Co-chair and Trustee
Thank you, Representative Granger, for that kind introduction. Everyone here is grateful for your long-standing leadership on global health and development issues, and we look forward to helping you as you continue leading the charge in the future.
And thanks to the Chicago Council on Global Affairs for inviting me here to speak today.
I’d like to start by telling you about Odetta Mukanyiko.
Odetta is a single mother with two children. She lives on the eastern side of Rwanda, farming a half hectare of land, feeding her family with her harvest, and selling the rest to local traders. She’s been working the same tiny plot of land for 20 years, making less than a dollar a day.
Here is a picture of Odetta working on her farm.

There are hundreds of millions of people whose lives are like Odetta’s. Three-quarters of the world’s poorest people – most of them in Africa and South Asia – get their food and income from farming small plots of land. These farming families don’t have quality tools, good seeds, reliable markets, or money to get the most from their farms. So they work hard, but they get no traction, and they usually stay hungry and poor.
But a year ago, Odetta’s life began to change. She was approached by the World Food Program, which as you know, buys huge amounts of food – mostly from large farms – to feed people affected by famine or disaster. Through a program we’ve helped fund called Purchase for Progress, they’ve begun to buy food from small farmers. The aim is to help small farmers gain access to reliable markets – so if they produce more, they can sell the surplus, and become self-sufficient.
They told Odetta and other farming families in her village that if they improved the quality of their maize and bean crops, Purchase for Progress would pay them a good price. So Odetta borrowed some money, expanded her plot, and planted more than she ever had before.

She sold all her crops, as they had promised. And in one year, her income quadrupled. Suddenly, for the first time in her life, Odetta had more money than she needed, so she adopted two small children. Now she has four. She feeds them. She pays school fees for them. She buys health insurance for them. And she can house them all too – because she replaced her two-room hut with a four-room home.
The change in Odetta’s life has just begun. She got another loan and bought more land. She’s hired eight of her neighbors to help her farm. She’s using fertilizer from a Rwandan government program. Her government also gave her a goat – which she will breed so she can sell the offspring.
When Odetta is asked if she’s unique in the community, she says: “No, everyone here has a story like this now….. Farming is wealth.”
Here’s a picture of Odetta with her four children – and the goat.

Helping poor farming families is the answer – the best way to fight poverty and hunger and feed a growing population.
Since its start less than three years ago, Purchase for Progress — under the leadership of WFP Executive Director Josette Sheeran — has contracted to buy 170,000 metric tons of food from small farmers like Odetta. So far, P4P has paid out an estimated $37 million, channeled more directly into the pockets of small farmers and traders. But P4P does more than act as a buyer. It helps farming families develop the crops and market access they need to sell to other large buyers on a regular basis.
The program now reaches 100,000 farming families in 20 countries. But we can reach millions. Poor farming families need more income. The world needs more food. Working together with farmers like Odetta, we can boost supply to meet demand – and make historic progress against poverty and hunger.

The Challenge of Agriculture and Food Security

In 2008, as everyone knows, food prices jumped to record levels, causing riots, hunger, instability – and a plunge back into poverty for millions. Early this year, food prices spiked again – even higher than the peak of three years ago.
When a family spends more than half its income on food, and prices rise – they have no choice: they have to sell belongings, pull children from school, and stop spending on health. All of this drags them deeper into poverty. And if millions of desperate people can’t feed their families, instability follows.
Today, there are nearly a billion hungry people in the world. We are projected to add another 2 billion to the world population over the next 40 years. This means that by mid-century, the world will have to feed 3 billion more people than we’re feeding today.
Solving poverty and hunger is both an urgent problem and long-term challenge. But it’s actually a more hopeful story than most people realize.
We already have solutions. We have programs, like P4P and “Feed the Future,” that are helping farmers lift themselves out of poverty. We have the attention and commitment of world leaders. And we have billions of dollars in pledges. Now we’ve just got to keep our promises, keep helping small farmers grow more food – and do it in ways that can meet the needs of this generation and the ones that follow.

The Strategy

Right now, the average farmer in sub-Saharan Africa gets just over a ton of cereal per acre. An Indian farmer gets twice that; a Chinese farmer, five times that; an American farmer; seven times that. Why is there such disparity? Farmers in other regions have tools and techniques and resources that African farmers do not. By offering farming families in Africa and South Asia the same advantages, the least productive farms can come closer to the most productive.

How is the world helping the poorest farmers grow and sell more? The strategy is in innovation – combining the best of what’s worked in the past with new breakthroughs, customized to the needs of small farmers.
Innovation in seeds brings small farmers new high-yield crops that can grow in a drought, survive in a flood, and resist pests and disease.
Innovation in markets offers small farmers access to reliable customers.
Innovation in agricultural techniques helps farmers increase productivity while preserving the environment – with approaches like no-till farming, rainwater harvesting, and drip irrigation.
Innovation in foreign assistance assistance means that donors now support national plans that provide farming families with new seeds, tools, techniques and markets. This approach reduces overlap and keeps developing countries squarely in the lead.
Some of the most exciting innovations are coming in agricultural research.

A few months ago, Melinda and I visited a field research station of the International Rice Research Institute in Bihar, India. We wanted to talk to them about a project we fund called Stress Tolerant Rice for Africa and South Asia, or STRASA. The farmers are working with the breeders to get new high-yield varieties with tolerance for droughts, floods, and saltwater.
The farmers we talked to were all planting a variety called Swarna Sub 1 – which can survive up to 20 days underwater. One farmer told me he planted this new variety next to the old one he used to plant. When the rains flooded his fields for 10 days, the old variety was totally destroyed, while the new rice yielded more than three tons a hectare. That’s twice the yield farmers get from the old rice variety without floods. I asked them if this new crop saves them money in crop insurance, and they said they no longer buy the insurance. Their insurance is now in the flood-tolerant seeds.
This STRASA project has reached 400,000 rice farmers. But that’s just a start. Farmers have started hearing about these seeds, and they all want them. In the next six years, we expect 20 million farmers to plant these new varieties.
This new rice will prevent crop loss, reduce hunger, and boost the income of farming families. But this is not just one program – it comes from a range of investments and supportive government policies: basic academic research, applied crop research, and government systems to approve the seeds and have extension agents spread them. Each piece is essential. Together, they’re hugely successful.
Here’s the main point. What’s going on right now in Africa and South Asia is not a collection of anecdotes about improvements to a few people’s lives. This is the early stage of sweeping change for farming families in the poorest parts of the world. It’s an historic chance to help people and countries move from dependency to self-sufficiency – and fulfill the highest promise of foreign aid. In the past we’ve invested aid in Brazil and India and South Korea, and they are all now dynamic actors in the global economy – some even joining us in giving aid to others. This is our hope for the countries of Africa and South Asia as well.
Foreign assistance can also create a very direct financial return for U.S. citizens. For example, during a 25-year period in the late 1900s, the U.S. invested $134 million in wheat and rice improvement research to help alleviate poverty and hunger in the developing world. The new plant varieties developed from that research not only benefitted millions of poor farmers overseas, they also made their way on to American farms. From that original investment of $134 million, the U.S. economy realized a return of up to $14.7 billion in increased yields, lower production costs, as well as cheaper and better food for American consumers. That’s just the most visible benefit to the U.S. from agricultural research. There’s also the benefit of averting crop disease.

U.S. and Canadian wheat farmers lost 40 percent of their crop in the 1950s to wheat rust. Today, a form of rust called Ug99, first seen in Uganda, has spread up to the Middle East, down to South Africa, and is now threatening India. Our foundation has joined USAID, DFID, and others in funding research against this disease, but more funds are needed. It’s crucial for avoiding disaster, not just from this disease, but also from the ones to come.

Effective Foreign Assistance

The U.S. has a pivotal role to play in helping farming families lift themselves out of poverty and hunger. At the same time, we have a big budget deficit, and foreign assistance is always an easy target. So we need to tell people over and over why this spending is worth it – even in tight economic times.
First of all, we are investing in countries committed to change. In 2003, African heads of state pledged 10 percent of their national budgets to agriculture – with solid plans for achieving 6 percent annual growth. The countries taking the strongest actions are seeing striking benefits – with GDP rising, poverty rates dropping, and rural poverty rates dropping even more.
The African-led change is accelerated by the Alliance for a Green Revolution in Africa and the leadership of Kofi Annan. They’re offering farmers help with better seeds, healthy soils, access to markets, and better policies.
The second reason agricultural investments are worth it is that farming is a business. We’re working to give poor farmers business assistance through new tools and technology and access to markets and capital – and to let them work their way to self-sufficiency with the help of market forces. This approach has nothing to do with the old aid model of donors and recipients. This is about businesses and their investors.

One year ago, I joined Treasury Secretary Tim Geithner and the finance ministers of Spain, Canada, and South Korea to launch the Global Agricultural and Food Security Program.
This is an impressive fund. Before it makes a grant to a country, it looks at the nation’s plan. It studies the country’s track record. It wants to see that the government has smart sustainable policies designed to help farming families. Program leaders will meet next month and allocate more than $150 million to the countries with the strongest proposals.
The third reason agricultural development is a smart investment is that it is strikingly effective. In country after country, these approaches have improved the livelihoods of small farmers while reducing poverty and increasing economic growth. It’s proving the point again and again — helping poor farming families grow more crops and get them to market is the world’s single most powerful lever for reducing poverty and hunger.
Unfortunately, a great model and proven success is no guarantee of federal funding. Many of you know the story of the rise and fall of agricultural development in the 1970s and 80s. We had strong assistance from donor countries and expanding farm productivity in developing countries. We were on the road to success – then we declared victory and turned our attention to other issues. Experts said if we got out of the way, free markets would flourish. But the markets weren’t ready to flourish without assistance. Poor countries and poor farmers can become self-sufficient. But they first need support.
Let’s not lose our focus this time – the world can’t get better if we repeat past mistakes.

Call to action

I came here today to join those calling on the U.S. and other countries to fund agricultural development for poor farming families. I have to confess – I’ve never been a farmer. Until fairly recently, I rarely set foot on a farm. So it would be fair to ask why I’m so committed to supporting small farmers.
About five years ago, when I decided I would devote myself full time to philanthropy, Warren Buffett made his generous gift to our foundation. That gave Melinda and me both more time and money to devote to the work. So we were forced to think: in addition to our efforts in health, what’s the best way in the world to lift up the poorest?
Over the last five years, I’ve visited farming families in South Asia and Africa. I’ve seen their work, heard their stories, and studied the data. I’ve become convinced that supporting their efforts to grow more food and get it to market is one of the best possible ways to invest money – if you want to help the world’s poorest people become self-sufficient. That’s why our foundation invests in each of the programs I’ve named today.
Over the last five years, we have committed $1.7 billion to help farming families. It may sound like a lot – but against the need, it’s not. Ethiopia alone spends more than half of that every year from its own sources and from donors. The scale of the opportunity means no one can do it alone – it demands the full participation of donor countries and national governments.
It’s decision time for the United States. The U.S. has the resources, knowledge, and experience to help poor farmers grow their way to self-sufficiency. This renewed focus on agricultural development has been a truly bipartisan effort with commitment from the President and Congress and leadership from USAID and USDA among others. The President pledged $3.5 billion over three years to “Feed the Future.” Senator Richard Lugar has pressed this cause in the Senate, and U.S. leadership has helped draw $22 billion in commitments at the G8 and G20 summits.
Unfortunately, only about half these pledges have been disbursed or are on track to be disbursed. The budget deal in Congress included $100 million for the Global Agricultural and Food Security Program I just described. That is welcome funding at a difficult time, but it only brings total U.S. funding up to one-third of the commitment the U.S. made at the launch last year. If the U.S. fulfills its commitment, it will encourage other countries to fulfill theirs as well. One of the most promising recent events has been France’s decision to put food security at the top of the agenda for the G20 meeting this November. We need the G20 nations to make good on their commitments to small farmers. But it’s hard for us to urge them forward if we scale back.
Yes, we have to watch the deficit. But a fiscal crisis shouldn’t become a crisis of courage – and it should not force cuts in programs that pay huge returns. When the benefits are this clear, fiscal sanity means you spend the money.
This is smart spending. It can provide US farmers better crops – and better defense against diseases that threaten the world’s food supply. It can bring Africa and South Asia better seeds, new tools, and strong markets, as well as pave the way for economic growth and trade. It can help solve the problem of poverty and hunger. It can help feed 3 billion more people in the next 40 years. It can help move farmers and countries to self-sufficiency.
This cause advances U.S. interests. It also fulfills our ideals. As we support the work of farming families in Africa and South Asia, we’re affirming a vital part of our national character as Americans: our belief that we can and should build a better world. Thank you very much.