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WASDE: U.S. Soybean Production Projected Up 97 Million Due To Higher Yield Forecast

Sep 11, 2014
By USDA WASDE

U.S. oilseed production for 2014/15 is projected at 116.2 million tons, up 2.5 million from last month. Higher soybean production is only partly offset by reductions for peanuts and cottonseed. Soybean production is projected at a record 3,913 million bushels, up 97 million due to a higher yield forecast. Soybean exports are raised 25 million bushels to 1,700 million mainly due to increased supplies. Soybean crush is raised 15 million bushels to a record 1,770 million mostly on increased soybean meal exports, which are raised on record high new-crop export sales. Domestic use of soybean meal is raised in line with a small increase for 2013/14. Soybean ending stocks are projected at 475 million bushels which would be the highest since 2006/07. Changes for 2013/14 include higher soybean exports and crush and reduced ending stocks. Exports are increased 5 million bushels to a record 1,645 million based on reported trade through July and indications from August export inspections. Crush is increased 5 million
bushels to 1,730 million. Ending stocks are projected at 130 million bushels, down 10 million from last month. Other changes for 2013/14 include increased soybean meal imports and domestic disappearance, lower soybean meal exports, and increased soybean oil exports. Soybean and product prices are all projected lower for 2014/15. The U.S. season-average soybean price is projected at $9.00 to $11.00 per bushel, down 35 cents on both ends of the range. Soybean meal prices are projected at $330 to $370 per short ton, down $10.00 on both ends of the range. Soybean oil prices are projected at 34 to 38 cents per pound, down 1 cent on both ends of the range. Global oilseed production for 2014/15 is projected at a record 528.0 million tons, up 6.2 million from last month. Soybeans account for most of the change. In addition to the United States, projected soybean production is increased for Brazil and Argentina where relative prices favor soybeans over corn. Brazil
soybean production is raised 3 million tons to 94 million and Argentina is raised 1 million tons to 55 million. Rapeseed production is raised for the EU reflecting exceptional weather across much of the northern producing areas. Mostly offsetting gains for the EU, rapeseed production for Canada is reduced to reflect lower yields reported by Statistics Canada. Other changes include higher sunflowerseed production for the EU, lower sunflowerseed production for Argentina and Bolivia, lower peanut production for China and India, higher India cottonseed production, and increased palm oil production for Malaysia.

Global oilseed trade for 2014/15 is raised 1.8 million tons to 134.0 million mainly reflecting soybean exports for the United States and Brazil. Soybean imports are raised 1 million tons for China to 74 million and for several other countries including the EU, Japan, and Vietnam. Global oilseed crush is projected higher on increased supplies and lower prices. Global oilseed stocks are projected higher mainly on higher soybean stocks in Argentina, Brazil, the United States, and China.
 

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The FCDC and AgSmart Bring Plant Breeding to a Wider Audience

Video: The FCDC and AgSmart Bring Plant Breeding to a Wider Audience

In the vast prairies of Alberta, Olds College’s Field Crop Development Centre (FCDC) stands as a beacon of innovation and research in the agricultural world. The institution has become a key player in advancing agricultural technologies and practices. The FCDC’s commitment to applied research has driven them to seek effective means of disseminating their findings and creating a positive impact on the farming community.

One such avenue that aligns with their mission is AgSmart, an event dedicated to showcasing cutting-edge agricultural technologies. The coming together of the FCDC’s annual Field Day and Ag Smart has proved to be a natural fit, fostering a synergy that benefits both parties and propels the agriculture industry forward. The FCDC Field Day took part in conjunction with AgSmart for the first time this week on Aug. 1-2 in Olds, Alta. FCDC Program Director Kofi Agblor and Olds College VP of Development Todd Ormann sat down for an interview with Marc Zienkiewicz to discuss the significance of the two events taking part together and what the future holds.

The Intersection of Research and Technology The essence of the FCDC lies in its dedication to plant breeding and new seed varieties, particularly barley and triticale. While conducting research is essential, it becomes meaningful when its benefits are shared with the wider community. This is where AgSmart steps in, providing a key venue for the FCDC to showcase their research. This union between research and technology creates a holistic and enriching experience for farmers, ranchers, and industry professionals, the pair said.

Seeds as Technology For the FCDC, the partnership with AgSmart goes beyond mere event collaboration. It is about creating an environment that bridges the gap between seeds and smart technology, Ormann said. The college believes that for technology to truly revolutionize agriculture, it must begin with a strong foundation — high-quality seeds. As the saying goes, “it all starts with a seed.” To demonstrate this critical aspect, the collaboration aims to showcase the seed value chain as an integral part of the smartphone.

The Birth of a Powerful Alliance The idea of joining forces emerged when staff realized the potential synergy between AgSmart and the FCDC Field Day. With just a few days separating the two events, a proposal was put forward to merge them. The marketing and communications teams from both sides worked seamlessly to ensure the essence of both events remained intact, creating a powerful alliance that leverages the strengths of each, Agblor said.

Driving Advancements in Breeding For Agblor, the partnership with AgSmart has tremendous potential to drive advancements in breeding and other technology. With technologies like drones and imaging becoming integral to phenotyping, breeding is no longer confined to vast fields to assess thousands of plants manually. Instead, it benefits from the data-rich insights brought about by smart technologies. These advancements make breeding more efficient, precise, and instrumental in shaping the future of agriculture.

Overcoming Challenges Together While the partnership between Olds College and Ag Smart has been a resounding success, there are challenges on the horizon. Securing stable funding for long-term breeding initiatives is crucial to sustain progress. The college is committed to navigating these challenges and investing in agriculture’s future sustainably, Agblor said.