NOVELTY - A method of accelerating decomposition of non-living plant matter on a ground surface, involves applying a genetically engineered saprotroph containing suspension (10) to the non-living plant matter. The suspension has a pH of 3-8, dependent upon a given saprotroph for maximizing rate of decomposition. The suspension contains nutrients. The method involves applying by spraying the suspension over non-living plant matter.    USE - For accelerating decomposition of non-living plant matter on a ground surface; for removing several leaves on a ground surface, and for removing removing stubble on a ground surface after cultivation of a crop (claimed) such as corn, soybeans, cotton, and sugar canes; for cleaning up an area having non-living plant dispersed on ground; and for preparing land for next crop.    ADVANTAGE - The method is more efficient method of non-living plant matter removal. The method obviates much of the effort, possibility for injury, cost, and pollution. The genetic engineering of the organisms can help enhance their effectiveness for decomposition of non-living plant. Once the non-living matter is decomposed, it is turned into a nutrient rich humus that fertilizes the ground surface. The method conveniently, easily, and efficiently removes non-living plant matte from a ground surface.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for removing several leaves on a ground surface, and for removing removing stubble on a ground surface after cultivation of a crop, involving providing a genetically engineered saprotroph containing suspension having a pH and nutrient level such that the physiologic activity of the saprotroph is optimized so that the saprotroph can decompose leaves at a rate faster than that of natural decomposition, applying the suspension over the leaves by a conventional spraying instrument, allowing the suspension to dry, allowing the decomposition to form humus, and allowing the humus to fertilize the ground surface.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic view of the individual applying a saprophyte containing suspension by spraying it in a liquid form to cover leaves on the ground.    Suspension (10)    Canister (12)    Leaves. (20)