NOVELTY - Fertilizer comprises: a crushed stone powder at a ratio of 10-50 wt.%; a microbe at a ratio of 1-20 wt.%; a yellow residual soil powder at a ratio of 10-50 wt.%; dried livestock manure at a ratio of 10-20 wt.%; and a bulking agent at a ratio of 10-30 wt.%.    USE - The fertilizer is useful for supporting the growth and quality of crops and improving soil (claimed). Test details are described but no results given.    ADVANTAGE - The fertilizer: is manufactured by using a wasted crushed stone powder, thus reusing the waste and further preventing the waste of land, economic cost and environmental pollution due to the landfill of the wasted crushed stone powder, as well as reducing pneumoconiosis due to a scatter of the crushed stone powder near a working place; is utilized as environment-friendly crop nutritional supplement by supplying potassium, nitrogen and phosphorus required for growing crops with potassium contained in the crushed stone powder and nitrogen and phosphorus contained in livestock manure, and as an environment-friendly soil improvement agent; and utilizes crushed stone powder which is alkaline thus preventing soil from being acidified and the acidified soil may be neutralized.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for manufacturing the fertilizer by using the crushed stone powder, comprising: preparing the crushed stone powder having a content of moisture of 5-50% and at ratio of 10 wt-50 wt %; obtaining fermentation substance by cultivating and fermenting a primary mixture at 20-38 degrees C during 7-90 days, where the primary mixture is obtained by mixing the crushed stone powder with the microbe at a ratio of 1-20 wt %; obtaining a secondary mixture by mixing the fermentation substance with a yellow residual soil powder at a ratio of 10-50 wt.%; obtaining a third mixture by mixing the secondary mixture with dried livestock manure at a ratio of 10-20 wt.%; obtaining a fourth mixture by mixing the third mixture with a bulking agent at a ratio of 10-30 wt.%; and manufacturing particles by pressing the fourth mixture at a pressure of 50-500 kg/cm2.