SOIL FERTILIZATION OF PADDY RICE amp; PRODUCTION METHODS

摘要

The present invention relates to a non-soil improvement and sustainable eco sudojak only composite soil conditioner and a manufacturing method for high-quality organic rice production in organic farming for self-sufficiency in rice production in the national stocks; WTO / DDA rice and negotiating sales markets and increased imports of rice duty imports inevitable after and the need for environmentally friendly organic high-quality rice production increased increased preference for gopum good rice consumers do not use chemical fertilizers and pesticides to prepare this a major challenge to the government food policy.; So far, non-soil for high quality rice production methods used gaekto work, compost and silicate fertilizer and duck, wangwooreong this, but produces a soil restoration and high-quality rice milk vetch farming cumbersome and the non-soil to shortages and the aging of the rural workforce for a lot of costs, mainly dirt dying of continuous use of chemical fertilizers and pesticides, and farming is a reality that the vicious cycle of the pest in sudojak and lodging to the severe generated a lot of pesticide use in rice is repeated.; The present invention sudojak only composite soil conditioner without the use of chemical fertilizers and agricultural chemicals in a single basal contain even an organic silicate, Goto, limestone, trace elements, fertilizers samyoso and soil microbial components necessary for improving the rice growth of paddy soil it is possible to reduce labor and production costs by producing high-quality soil and rice.; The present invention sudojak only composite soil conditioner sustainable use environment-friendly farming creating a high-quality rice production base as an eco-friendly organic materials recycling model development and water environment preservation and waste resources of sudojak to enhance the international competitiveness of our rice industry and food features that contribute to the government's policy research challenges of coping with global food supply and demand situation of the mineralized trend.