2014•Unpublished venueRequires access

Study on the Effects of Fertilizer Reduction with Efficiency Increase by Appling Strongreen on Rice

WU Jia-qian

Open publisher page 1 citations

Abstract

In view of the phenomenon of excessive fertilizer application with low efficacy in rice production, we conducted a trial of appling rice with Strongreen, which is a biomass micromolecule organic carbon fertilizer and can improving rhizosphere biodiversity, in reducing chemical fertilizer amounts and increasing fertilizers efficiency. The results showed that applying Strongreen and no reduced conventional fertilizer can increase rice yield by 7.8%, and applying Strongreen and reduced conventional fertilizer can obtain equiva-lent rice yield compared with the conventional fertilization, but it can avoid the waste of chemical fertilizer and slow down the agricul-tural nonpoint source pollution. Applying Strongreen in both cases can improve rice root activity and increase chlorophyll content and effective panicles.

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What this paper is about

In view of the phenomenon of excessive fertilizer application with low efficacy in rice production, we conducted a trial of appling rice with Strongreen, which is a biomass micromolecule organic carbon fertilizer and can improving rhizosphere biodiversity, in reducing chemical fertilizer amounts and increasing fertilizers efficiency. The results showed that applying Strongreen and no reduced conventional fertilizer can increase rice yield by 7.8%, and applying Strongreen and reduced conventional fertilizer can obtain equiva-lent rice yield compared with the conventional fertilization, but it can avoid the waste of chemical fertilizer and slow down the agricul-tural nonpoint source pollution. Applying Strongreen in both cases can improve rice root activity and increase chlorophyll content and effective panicles.

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Available abstract

In view of the phenomenon of excessive fertilizer application with low efficacy in rice production, we conducted a trial of appling rice with Strongreen, which is a biomass micromolecule organic carbon fertilizer and can improving rhizosphere biodiversity, in reducing chemical fertilizer amounts and increasing fertilizers efficiency. The results showed that applying Strongreen and no reduced conventional fertilizer can increase rice yield by 7.8%, and applying Strongreen and reduced conventional fertilizer can obtain equiva-lent rice yield compared with the conventional fertilization, but it can avoid the waste of chemical fertilizer and slow down the agricul-tural nonpoint source pollution. Applying Strongreen in both cases can improve rice root activity and increase chlorophyll content and effective panicles.

Key concepts: Fertilizer, Agronomy, Panicle, Environmental science, Rhizosphere, Biomass (ecology), Organic fertilizer, Yield (engineering)

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