Effect of Dynamic Change of Activities of Enzymatic in Sugarcane Field with Different Coating Material

Abstract:

the effect of dynamic change activities of enzymatic in Sugarcane field with different coating material was studied With three kinds of coated compound fertilizer as raw materials. Results show that the soil enzymatic activities of catalase,sucrase and urease increased first and then decreased at different sugarcane growth stage; By comparing the Coated compound fertilizer of coated materials of Idesia polycarpavar.vestita with CK, we realized the quantity of soil catalase increased 0.03mol/L、that of soil sucrase increased 0.91 mg/g、that of soil urease increased 0.05 mg/g and that of the production increased 23.7%. That was beneficial to the improvement of soil enzyme activity of coated compound fertilizer as raw materials oil of Idesia polycarpa var.vestita.

• Periodical: Advanced Materials Research (Volumes 955-959)
• Pages: 96-101
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.955-959.96
• Online since: June 2014
• Authors: Wei Sheng Shi*, Hai Ming Liu, Zheng Peng, Yu Shu He, Fu Jie Zhang
• Keywords: Activities of Enzymatic, Coated Material, Dynamic Change

References

[1] Fan Xiaolin, Liu Fang, Liao Zhaoyuan, eta1．The status and outlook for the study of controlled release fertilizers in China[J]．Plant Nutrition and Fertilizer Science，2009，15(2)：463-473. (in Chinese with English abstract).

[2] William P M． Reacted layer technology for controlled release[J]． Science， 1990(3)：1-8.

[3] Mantens D A，Johanson J B，Frakenberger W T．Production and persistence of soil enzymes with repeated additions of oaganic residues[J]．Soil Sci，1992，153：59—61.

[4] GAO Zheng-qing ，ZHANG Yue-bin，et al． Developmental Progress of Xylitol Production by Canesugar Bagasse[J]．Sugar Crops of China，2009；(3)：54—64．(in Chinese with English abstract).

[5] H.W. Tan， L.Q. Zhou ，R.L. Xie．Study on the Sulfur Nutrition of the Sugarcane and Balance of Sulfur in Soil for Sugarcane Planting Areas[J]．Journal of Environmental Science and Engineering．2010，4(9)：40—43.

[6] XIE Ru-lin，TAN Hong-wei，ZHOU Liu-qang，etal．Effect 0f N Fertilizer and P Fertilizer Amount on Fertilizer Use Efi ciency in Sugarcane Yield[J]．Southwest China Journal of Agricultural Sciences，2012，(25)1：198-121．(in Chinese with English abstract).

[7] RONG Xiao—yang，DING Chun-hua，JIA Ying—ming．Field Test of Controlled-release BB Fertilizer Applied in Sugarcane[J]．Sugarcane and Canesugar．2011(5)：28—30．(in Chinese with English abstract).

[8] SHI Wei-sheng， LIU Ji-lin， LEI qian，etal． A Study on the Contral Effect of Idesia polycarpa var．vestita Dregs on Monochoria vaginalis[J]．Journal of Northwest Forestry Universit．2005，(20)4：119-121．(in Chinese with English abstract).

[9] Burns R G．Soil Enzymes[M]．Chelsea，USA：Lewis Publishers，1994．93—97.

[10] Doran J W．Defining soil quality for a sustainable environment[C]．Madison，Wisconsin: Soil Society of America Special Publication，No．35，1994．3-234.

[11] DU She—ni ，ZHANG Cheng—e ，XU Fu—li，etal．Effect of different fertilization on soil enzymatic activity of tomato in greenhouse[J]．Acta Bot Boreal. occident. Sin，2003，23(8): 1467—147．(in Chinese with English abstract).

[12] M i Guoquan，Yuan Liping，Gong Yuanshi，et a1．Influences of different water and nitrogen supplies on soil biological environment in solar greenhouse[J]．Transactions of the CSAE, 2005，21(7)：124-127．(in Chinese with English abstract).

[13] SUN Rui—lian，ZHAO Bing—qia，ZHU Lu—sheng，et a1．Effects of long—term fertilization on soil its role in adjusting—controlling enzyme activities and soil fertility[J]．Plant Nutrition and Fertilizer Science，2003，9(4)：406—410． (in Chinese with English abstract).