Published Paper Details:

Sugarcane (Saccharum officinarum) is a member of Poaceae/ Gramineae family, is a perennial grass, which grows well in plenty of sunlight, high temperatures, good drainage, fertile soils and requires large quantities of water (1500 mm of rain per year/ grown with irrigation). The experiment was conducted on the farm located at Khandepargaon, V-P High-tech Research farm, Dist. Beed. The experiment design was a randomized block design [RBD] with seven treatments and four replicates i.e. leafy tree's dry manures like Azardiracta indica dry manure (Azi.DM.); Gliricidia dry manure (Gs.DM.); Non-leguminous weeds plants dry manure like Achyranthes aspera dry manure (A.DM.); Parthenium hystorophorus dry manure (P.DM.); Neem seed cake (N.C.); compared with chemical fertilizers like Nitrogen+Phosphorus+Potassium (NPK); along with Control (CON); Results shows the highest yield of Sugarcane fresh vegetation was in the plot treated with A.aspera dry powder organic manure followed by on Neem cake manure then on A.indica dry powder organic manure followed by the treatment of G.sepium dry powder organic manure and the lowest yield of Sugarcane fresh vegetation kg/ha on Control followed by on P.hysterophorus dry powder organic manure then on the treatment of chemical fertilizers NPK. The C:N ratio of Sugarcane crop yield cultivated on organic manure was highest in the plot treated with P.hysterophorus dry powder organic manure then on A.aspera dry powder organic manure followed by Neem seed cake treatment then in the plot treated with A.indica dry powder organic manure, the minimum C:N ratio was observed on the treatment Control then followed by G.sepium dry powder organic manure then on the treatment of chemical fertilizers NPK [3]. Excessive and imbalanced use of chemical fertilizers has adversely affected the soil, causing decreasing the structure and water holding capacity, reduction in organic carbon and microbial flora of soil results as increasing acidity and alkalinity and harding of soil, to solve this organic manure plays an important role, they are complementary to the chemical fertilizers and many times they have the capacity to replace them [5].