crop condition News
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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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BioConsortia moves multiple products into registration phase
BioConsortia, a developer of microbial solutions for plant trait enhancement and yield improvement, has moved multiple new products into the registration phase. BioConsortia has a R&D platform for the discovery of beneficial microbes and a development model to produce agricultural products with superior efficacy and higher consistency in three areas of research: Biopesticides: a pipeline ...
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Comparing N2O emissions from organic and mineral fertilisers
A recent study compares the effects of organic, 'natural' fertilisers, such as compost, with mineral, synthetic fertilisers, such as urea, on N2O emissions from Mediterranean soil. It suggests that there is little difference between the fertilisers, but that pig slurry offers the best overall balance in terms of emissions and crop yield. Nitrous oxide (N2O) is a powerful greenhouse gas (GHG). ...
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Effects of chemical fertiliser and animal manure on soil health compared
Fertilising crops with cattle manure can lead to better soil quality than when synthetic fertiliser is used, recent research indicates. The use of cattle manure in the study led to greater soil fertility by encouraging higher microbial activity, and the researchers suggest that it could potentially improve soil’s ability to cope with periods of difficult growing conditions. The complex ...
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Management of rice paddy fields affects greenhouse gas emissions
How rice paddy fields are managed significantly influences the release of greenhouse gases (GHGs), a recent study concludes. Permanently flooded soils release more methane than soils that are flooded and then dried between production periods, for example. In general, the researchers recommend growing other crops in dried soil between production cycles, as well as limiting nitrogen fertilisers, to ...
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