Page 2 - 07利用畜牧沼液配製高品質有機液肥及作物之肥培應用
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Studies on the Utilization of Fermented Livestock Liquid and

                              Appropriate Fertilization for Three Crops


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                                        1*
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                           Yong-Hong Lin     Yao-Tsung Chang    Yi-Lang Wei      Tai-Yuan Chen
                                                     Chih-Hang Chang 2


                   1  Department of Plant Industry,  National Pingtung  University of Science and Technology,

                    Pingtung, Taiwan.

                   2 Kaohsiung District Agricultural Research and Extension Station, Pingtung, Taiwan.

                   3 Department of Environmental Science and Engineering,  National  Pingtung University of


                    Science and Technology, Pingtung, Taiwan.



                   * Correspondence: Yong-Hong Lin

                     E-mail: yonghong@mail.npust.edu.tw     TEL:+886-8-7703202





                                                  Abstract

                           The livestock liquid commonly contains humic acid, amino acid and minerals,


                    hence, it can be used for the fertilization of crops. This studies were conducted to use

                    livestock fermented liquid to produce liquid fertilizers and irrigated on two kind of

                    crops  (tomato and waxapple). The experiment were designed as common  liquid


                    fertilizer and diluted by groundwater (CF), fermented livestock liquid fertilizer and

                    diluted by groundwater (LF), fermented livestock liquid and diluted by groundwater

                    (LL), fermented  livestock liquid fertilizer and diluted by effluent (LFE),  and the


                    treatment of no liquid fertilizer (CK). The results showed that the most excellent of

                    fruit weight, width and length were by the treatment of LF, and the sugar degree was


                    by the treatment of LFE. Hence, the treatment of LF was more excellent than CF.

                    The analysis of  microbiology  in  LF, WF and LL showed that the microbiological


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