Showing results for: crop yield optimization News
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Mobile app for rain forecasts raising farmers’ yields
A mobile phone-based innovation that can predict rain is helping farmers in six Sub-Saharan Africa countries sow, fertilise and harvest crops at the optimum time. The innovation is being used in Cote d'Ivoire, Ghana, Mali, Niger, Nigeria and Senegal to improve crop yields and optimise food production throughinformation and communication technology (ICT) weather forecasting model that produces ...
By SciDev.Net
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John Deere Introduces the All-New 2510L Liquid Fertilizer Applicator
John Deere is adding the new 2510L Liquid Fertilizer Applicator to its nutrient application product line. This new applicator is designed for more precise liquid fertilizer placement into the soil. "Precision nutrient application technology has grown in importance as our customers continue to address environmental concerns while improving fertilizer use efficiency for the plant," says Travis ...
By John Deere
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UF/IFAS method detects 83% of immature citrus; helping cut costs
GAINESVILLE, Fla. — University of Florida Institute of Food and Agricultural Sciences researchers have found a new way to detect immature citrus 83 percent of the time, which lets growers know where to apply fertilizer and water and perhaps save on labor costs for the $10.9 billion a year Florida industry. By detecting green, immature citrus more accurately and efficiently, growers can ...
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Improve crop yield by removing manure solids
Manure has long been used as a crop fertilizer, but the challenge of finding an efficient use of the nutrients found in manure is ever present. The ratio of nitrogen to phosphorus in manure is low in relation to the nutrient needs of most crops. Therefore, crops tend to be overloaded with manure to meet the nitrogen requirement of agricultural crops, but the excess phosphorus from the process can ...
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Achieve Farming Success with SMART Fertilizer Management
Hod Hasharon, Israel, December 4, 2016: Now more than ever, using fertilizers responsibly is vital for growers to maximize crop yields, boost profits, save costs, and preserve the natural environment. SMART Fertilizer Management aims to help farmers and crop advisers achieve all their objectives efficiently and responsibly, with the latest in digital crop technology. This groundbreaking software ...
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Loss of wild pollinators could substantially reduce soybean yields
Pollination by wild insects and honey bees improves soybean yield by 18%, new research has indicated. This equates to an extra 331.6 kg of seeds per hectare, boosting the value of the global crop by €12.74 billion. Encouraging insect pollination could therefore reduce the destruction of natural ecosystems to make way for soybean cultivation, the researchers say. The soybean is one of the ...
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Nitrogen Fertilizers And Environmental Problems
Nitrogen fertilizers enable farmers to achieve the high yields that drive modern agriculture. The use of nitrogen fertilizer will continue to increase substantially as global population and food requirements grow. International Fertilizer Industry Association (IFA) forecasts suggest that under current conditions nitrogen fertilizer applications will total nearly 100 million tons per year by ...
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Can simple measures of labile soil organic matter predict corn performance?
Organic matter is important for soil health and crop productivity. While an indicator of soil quality, a lot of organic matter is in extremely stable forms, and the nutrients in such forms are difficult for plants to use. The active, labile fraction, however, is a modest but important part of the organic matter. “The labile fraction is small – usually less than 20 or even 10 percent, ...
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Agricultural ammonia emissions could be reduced without affecting crop yield
Ammonia released by nitrogen fertilisers in Spanish agriculture could be reduced by up to 82% with only a very minimal impact on crop yield, finds new research. This could be achieved by combining optimised management of manure with the use of non-urea synthetic fertilisers. Agriculture accounted for almost 94% of total European atmospheric emissions of ammonia in 2011. The main sources of these ...
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Report highlights conflict in agricultural research
Efforts to increase food production are clashing with efforts to reduce agriculture's greenhouse gas emissions says a group of international scientists. Agricultural research to improve food security often depends on technology to increase yields and crop intensification -- resulting in greenhouse gas emissions that damage the environment and help increase climate change, an independent ...
By SciDev.Net
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IFA to Highlight the Essential Role of Fertilizers for Sustainable Agricultural Systems at COP25
As the world examines how agriculture is impacted by and also in turn impacts climate change, IFA will be leading an industry delegation to Madrid to underscore the vital role of fertilizers in producing around 50% of the world's food supply, and meeting the challenge of a 60% increase in productivity to feed a population of 9.8 billion people by 2050 on existing arable land, as well as the need ...
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Nitrogen Use Efficient Rice Demonstrates an Average Yield Increase of 30 Percent in Four Years of Field Trials
Four years of field trials with a leading line of Nitrogen Use Efficient (NUE) rice have demonstrated an average 30 percent yield increase over conventional controls. These results were reported jointly today by Arcadia Biosciences, Inc., an agricultural technology company, the International Center for Tropical Agriculture (CIAT) and the African Agricultural Technology Foundation (AATF). CIAT has ...
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GWT Series Natural Zeolite Media Agricultural Applications
Zeolite based fertilizers are known to be "smart fertilizers" due to the high cation exchange capacity (CEC) and porous crystalline structure. Zeolite is the only negatively-charged mineral in existence in the world, for these purposes it has therefore has significant uses across a wide range of applications and in particular in Agriculture applications. Zeolite has a known ability to act as a ...
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Fertilizer Use to Surpass 200 Million Tonnes in 2018
Global fertilizer use is likely to rise above 200.5 million tonnes in 2018, 25 percent higher than recorded in 2008. World fertilizer consumption will grow by 1.8 percent a year through 2018, according to FAO's new report "World fertilizer trends and outlook to 2018." At the same time "the global capacity of fertilizer products, intermediates and raw materials will increase further," the report ...
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