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Assessment of Sustainable Production on Paddy Field Treated with Green Manure Crops Using Sustainability Index
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 Title & Authors
Assessment of Sustainable Production on Paddy Field Treated with Green Manure Crops Using Sustainability Index
Kim, Kwang Seop; Kim, Sook-Jin; Park, Ki Do; Lee, Choon-Woo; Ryu, Jin-Hee; Choi, Jong-Seo; Jeon, Weon-Tai; Kang, Hang-Won; Kim, Min-Tae;
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Assessment of sustainable production on a cropland can help to determine the most proper management practices. In this study, we evaluated the sustainable production on paddy field treated with green manure crops using sustainability index which based on nutrient index, microbiological index, and crop index related to nutrient-supplying capacity. Especially choosing appropriate indicators from a minimum data set (MDS) were used the principal components analysis (SI-2) as well as expert opinion (SI-1) usually used in sustainability index. Six treatments including the two tillage treatments and two green manure crops were investigated as follows; (i) moldrotary + rotary tillage without green manure crop (Con), with (ii) hairy vetch (Con-HV), and (iii) hairy vetch + green barely (Con-HV+GB), (iv) rotary tillage without green manure crop (Rot), with (ii) hairy vetch (Rot-HV), and (iii) hairy vetch + green barly (Rot-HV+GB). Con-HV and Rot-HV in SI-1 were maintained sustainability while Rot-HV and Rot-HV+GB in SI-2. Especially, treatments (Con and Rot) without green manure crops were more unsustainable than with green manure crops because of the low value of microbiological and crop index than with green manure crops. Meanwhile, sustainability indices and grain yield had the high correlation values ($R^2
Sustainability index;Green manure crop;Soil quality;Paddy;Tillage;
 Cited by
Evaluation on Soil Characterization in Paddy Treated with Different Green Manure Crops and Tillage Method by Ordination Technique,;;;;;;

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Evaluation on Soil Characterization in Paddy Treated with Different Green Manure Crops and Tillage Method by Ordination Technique, Korean Journal of Soil Science and Fertilizer, 2015, 48, 4, 285  crossref(new windwow)
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