• Journal of Animal Science and Technology
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• v.53 no.5
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• pp.469-474
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• 2011

This study was conducted to investigate the effects of application of composted cattle manure (CCM) on the productivity of the whole crop rice (WCR) and Italian ryegrass (IRG) on both Sancheong and Asan area from 2005 to 2008. Application levels of CCM such as chemical fertilizer (CF), CCM 150% and CCM 200% were tested in paddy field. Amount of CCM was adjusted equal to total nitrogen value relative to its value of CF. Mean dry matter yield (DMY) of WCR and IRG increased in order; CCM 200% > CF > CCM 150% in Asan and there was no significant difference between CCM 200% and CF. In Sancheong, DMYs of WCR and IRG significantly decreased (p<0.05) in order CF > CCM 200% > CCM 150%. The plant length and number of tiller of WCR were not different among treatments, however the percentage of ripeness of WCR was higher (p<0.05) in CF compared to CCM 150% and CCM 200%. Also, there were no differences in NDF and ADF contents, however CP content was higher (p<0.05) in CF treatment compared to CCM 150% and CCM 200%. Based on the results of this experiment, IRG-WCR double cropping system with application of CCM may be effective in producing the forage resources of 18~20 tons every year with eco-friendly way.

• Korean Journal of Soil Science and Fertilizer
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• v.43 no.5
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• pp.644-649
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• 2010

The main objective of this research was to evaluate physicochemical properties of commercially available fertilizer manufactured with different sources (swine, cattle, poultry, and mixed manure) in Korea. Results of this research showed that average content of organics was ranged 39.11-40.78% depending on different sources with the highest value in swine manure. Average water contents in fertilizer was ordered swine > cattle > mixed > poultry, and ranged 37.00-42.16%. Total of 8 heavy metals (As, Cd, Hg, Pb, Cr, Cu, Ni, and Zn) were investigated and no significant difference was observed for average concentration of heavy metals depending on different sources except Zn and Cu. For both heavy metals, fertilizer manufactured with swine manure showed higher concentration (346.34 mg/kg for Zn and 117.00 mg $kg^{-1}$ for Cu) than other fertilizers mainly due to feed contents. More long term monitoring would be necessary to make best management practice for commercially available fertilizer in Korea.

• Korean Journal of Soil Science and Fertilizer
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• v.40 no.3
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• pp.181-188
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• 2007

Objective of this research was to identify by-product composting impacts on paddy soil properties and rice yield. Research was conducted in Iksan (soil was identified as a Jeonbug series) located in Honam plain area from 2001 to 2004. Composts, such as cow manure sawdust compost(CMSC), Chicken manure sawdust compost(ChMSC) and Pig manure sawdust compost(PMSC) were treated in the reseach plots for every, 2, and 3 year term. Some physical properties, such as, soil hardness, and bulk density tended to decrease with application of compost and decreased in order of CMSC, ChMSC, and PMSC, while surface soil depth and porosity were increased in order of CMSC, PMSC, and ChMSC. Some chemical soil properties, such as organic matter, available phosphorus, available silicate, and exchangeable cations were increased with application of compost and every year application plots. Nitrogen uptake was higher in order of CMSC, ChMSC, SF, and PMSC. Nitrogen use efficiency was higher in order of CMSC, ChMSC, SF, and PMSC. Rice yields was increased in all application plot of CMSC, in every other year application plot ChMSC and PMSC compared with SF($5.07Mg\;ha^{-1}$). Also average rice yield on years were increased in all application plot of CMSC and in every other year application plot ChMSC, while decreased in all application plot of PMSC compared with SF($5.27Mg\;ha^{-1}$). Head rice ratio and perfect grain ratio on hulled rice was high in all application plot of PMSC and in every year, in every other year app lication plot of ChMSC while its lowered percentage of 10~13 caused by application of CMSC compared with SF.

• Journal of the Korea Organic Resources Recycling Association
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• v.23 no.4
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• pp.63-73
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• 2015

This study was carried out to evaluate the change of heating value of cow manure by applying pre-treatment process. Three types of treatment precess; Composting, Dry anaerobic digestion and Physical compression were applied as a pre-treatment method. Composting and anaerobic digestion of cow manure were cause of caloric value reduction of the cow manure. The heating value of cured compost was 5% lower than that of initial composting material. The heating value of dry anaerobic digestion residue was 25.7% lower than that of fresh cow manure. By physical compression of cow manure, heating value and VS/TS ratio (Volatile solids/Total solids ratio) of compressed cow manure were higher than that of fresh cow manure. On the other hand, heating value and VS/TS ratio of leachate generated by compression process were lower than those of fresh cow manure.

• Proceedings of the Korean Society of Organic Agriculture Conference
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• 2009.12a
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• pp.133-139
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• 2009

1) 공시유기질비료의 전질소는 유기발효돈분(2.68 %) > 계분부산물퇴비(1.97 %) > 유기발효계분, 돈분부산물퇴비(1.92 %) > 유기퇴적우분(1.12 %) > 유기 생 우분(1.04 %) 순이었다. 또한 유기물 함량은 유기 생 우분(81.73 %) > 유기퇴적우분(75.52 %) > 계분부산물(68.25 %) > 유기발효돈분(63.37 %) > 돈분부산물(45.27 %) > 유기발효계분(32.05 %) 순이었다. 2) 수수$\times$수단그라스 교잡종의 건물수량은 1차에서는 유기발효계분(11.60 ton/ha)이 가장 많았으나 계분부산물퇴비(10.13 ton/ha), 돈분부산물퇴비(9.07 ton/ha)와의 유의차는 없었고, 2차 역시 유기발효계분(8.00 ton/ha)이 가장 많았으나 계분부산물퇴비(6.27 ton/ha), 돈분부산물퇴비(6.13 ton/ha)와의 유의차는 없었다(p<0.05). 3) CP 수량은 1차에서는 유기발효계분(0.69 ton/ha)이 가장 많았으나 돈분부산물퇴비(0.56 ton/ha), 계분부산물퇴비(0.55 ton/ha), 유기 생 우분(0.55 ton/ha)과의 유의차는 없었고, 2차에서는 유의차가 없었다(p<0.05). 4) TDN 수량은 1차에서는 유기발효계분(6.51 ton/ha)이 가장 많았으나 계분부산물 퇴비(5.80 ton/ha), 돈분부산물퇴비(5.08 ton/ha)와의 유의차는 없었고, 2차 역시 유기발효계분(4.80 ton/ha)이 가장 많이 나왔으나, 계분부산물퇴비(3.70 ton/ha)와 유의차는 없었다(p<0.05). 5) 상대사료가치(RFV)는 1차에서는 계분부산물퇴비 시비구가 80.66으로 유의하게 높았으나, 2차에서는 유기퇴적우분을 제외한 5개 시비구의 유의차는 없었다(p<0.05). 6) K는 유기발효계분(0.11 head/ha/yr)이 가장 높았으나 계분부산물퇴비(0.10 head/ha/yr), 돈분부산물퇴비(0.09 head/ha/yr)와 유의차는 없었고, $K_{CP}$ 역시 유기발효계분(7.23 head/ha/yr)이 가장 높게 나왔으나 돈분부산물퇴비(6.41 head/ha/yr), 유기 생 우분(6.15 head/ha/yr), 계분부산물퇴비(5.97 head/ha/yr)와의 유의차는 없었다(p<0.05). 또한 KTDN은 유기발효계분(8.90 head/ha/yr)이 가장 높게 나왔으나 계분부산물퇴비(7.49 head/ha/yr)와 유의차는 없었다(p<0.05). 7) 이상의 결과로 보았을 때, 유기발효계분이 수단그라스의 생산성, 사료가치 및 가축사육능력에서 가장 우수할 것으로 판단된다.

• Journal of the Korea Organic Resources Recycling Association
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• v.25 no.3
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• pp.35-43
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• 2017

This study was conducted to evaluate effects of Kimchi factory waste (KFW) as bulking agent on physicochemical properties of cow manure (CM) composting and of its application on lettuce growth. Treatments were designed as follows; CM compost [65 % CM + 35 % sawdust (SD); control], KFW 5 % (65 % CM + 30 % SD + 5 % KFW), KFW 10 % (65 % CM + 25 % SD + 10 % KFW) and KFW 15 % (65 % CM + 20 % SD + 15 % KFW). After composting for 25 days, temperature of KFW treatments was lower than that of control. As compared with control, water content of KFW 15 % treatment was low about $5^{\circ}C$, and content of organic matter (O.M.) and nitrogen (N) was higher. pH and O.M./N ratio of KFW treatments or control were unaffected. In comparison with germination index (G.I.), G.I.s of KFW treatments were more than 70 on 25 days and G.I. of control on 35 days. As applied with KFW composts in lettuce, dry weight of KFW 10 % and KFW 15 % were increased by 84 % and 67 %, respectively, than that of control. These results indicated that Kimchi factory waste was possible to use as the compost law materials in livestock manure composting and to replace some sawdust as bulking agent.

• Journal of The Korean Society of Grassland and Forage Science
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• v.27 no.1
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• pp.45-52
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• 2007

This study was conducted from 2003 to 2005 at crop field of National Institute of Subtropical Agriculture, RDA, in Jeju. The treatment consisted of chemical fertilizer 100%(CF 100%, T1), cattle manure 100%(CM 100%, T2), CF 50%+CM 50%(T3), CF 25%+CM 75%(T4), CM 100%(1st yr.)+CF 100%(2nd yr,)+CM(3rd yr)(T5), CM 100%(1st yr.)+CF 100%(2nd yr.)+CF(3rd yr.)(T6). The highest substitution effect of chemical fertilizer for cattle manure indicated that the highest yield(Avg. 11,169 kg/ha) obtained from CM 100%(1 yr.)+CF 100%(2 yr.) treatment. The forage yield of CM 100%(1 yr.)+CF 100%(2 yr.) was 4% more than CM 100% application whereas was 3% less than CF 100% application. Changes of physical and chemical properties of soils for applications of CF 100% and CM 100% was clearly in cattle manure application. Especially, cattle manure application in pasture were superior to chemical fertilizer application with respect to organic matter(OM, %), total nitrogen(T-N, %), and avaliable phosphorous($P_2O_5$, %) contents of soils. In this present study, cattle manure application recorded slightly lower forage yields than CF 100% application but the combined use of cattle manure and chemical fertilizer was attribute to reduction of chemical fertilizer application rate as well as maintaining soil health on long-term basis.

• Journal of Wetlands Research
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• v.11 no.3
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• pp.81-88
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• 2009

The cows manure has been used as fertilizers in farmland because of enough nutrients. However, excess nutrients can be washed off during a storm and affected on nearby waterbodies. In this paper, the runoff characteristics from farmland were studied to determine the watershed runoff rate. As results of estimating, watershed runoff rates with short-term runoff are BOD 0.6%, CODcr 0.3 %, CODMn 0.1 %, T-N 0.8 % and T-P 1.0 % On the other hand, they with long-term runoff are BOD 3.6 %, CODcr 1.0 %, CODMn 0.9 %, T-N 4.9 % and T-P 4.8 %. It is clean that the watershed runoff rates increase according to the rainfall runoff time.

• Journal of The Korean Society of Grassland and Forage Science
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• v.29 no.1
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• pp.37-42
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• 2009

This experiment was conducted to investigate the effect of cattle manure application on macro contents change in pasture. The treatment consisted of T1: 100% chemical fertilizer (CF 100%), T2: 50% CF+50% cattle manure (CM), T3: 25% CF+75% CM, T4: 100% CM 100%, T5: 100% CM(1st year (yr.) +100% CF (2nd yr.)+100% CM (3rd yr.), T6: 100% CM (1st yr.)+100% CF (2nd yr.)+100% CF (3rd yr.). The highest substitution effect of chemical fertilizer with cattle manure indicated by the highest yield of 11,169 kg/ha was obtained from the application of 100% CM (1 yr.) + 100% CF (2 yr.). The forage yield of plots applied with 100% CM (1 yr.) + 100% CF(2 yr.) was only 4% more than the yield of plots applied with 100% CM. It was only 3% less than the yield of plots applied with 100% CF. In this study, cattle manure application recorded slightly lower forage dry matter (DM) yield than 100% CF application but they were statistically comparable on the third year of production. The all treatments have narrow range of P, K, Ca, Mg and Na contents $0.25{\sim}0.32%,\;3.08{\sim}3.71%,\;0.42{\sim}0.55%,\;0.21{\sim}0.38%$ and $0.08{\sim}0.15%$.

• Journal of Ginseng Research
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• v.27 no.1
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• pp.24-31
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• 2003

This experiment were conducted to select cheaper and more favorable compost among several kinds of composts which were produced by companies, farmers etc. instead of Yakto. Yakto was similar to Standard Yakto in the content of inorganic salts, but PL and HJ composts contained more P$_2$O$\_$5/, K$_2$O, CaO and MgO content compared with Standard Yakto and EC in Yakto was also higher than Standard Yakto did, but the phosphorus, magnesium content and EC of Mushroom compost was higher than that of Standard Yakto. On the other hands, Rice straw compost contained higher contents of phosphorus, potassium and magnesium than Yakto did. Germination rate and early growth of lettuce and C/N ratio were tested for checking decomposed degree. The compost of HJ, Mushroom and Rice straw revealed higher C/N ratio, lower germination rate and shorter shoot length than Yakto showed. It was guessed that these composts were not decomposed enough. Emergence and survival rate of ginseng seeds in Yakto were the highest, but its germination in the composts of Mushroom, PL, HJ and Rice straw, in order, was decreased, and its survival rate in the composts of PL, Mushroom, HJ and Rice straw, in order, was decreased. It was concluded that fully decomposed manure should be used and it needs to Investigate perfect decomposed composts of PL and Mushroom instead of Yakto.