Complete a lab report using the scientific method

Complete a using the scientific method - Lab Report Example is case, the understanding the microvariability degree of the soil in an area, together with factors that lead to variability is extremely vital for experimental and practical agriculture (Kang, 2008). In order to gain knowledge on soil microvariability, this paper explores the variation degree in some soil and the maize yield. In this paper, we hypothesize that there would be more yield in an arable land than in nonarable land. The null hypothesis of the study will be that there would be a higher maize yield in arable land than in non arable land. The impact of mineral nitrogen fertilizer was observed on the yield of maize crop. This yield was measured in milligrams of dry mass harvested in 100 acres for a period of a year. The process was done for both arable and non arable land in the sites close to Germany, and Malle. The maize yield was observed from 1990 to 1988. The climate variation on both types of land were also recorded. From the results, it is evidenced that in a percentage nitrogen concentration of 0.12, there was more maize yield in nonarable land than in arable land. This shows that there were differences in the management practices involved in the arable, and in nonarable land (Moss, 2007). It can also be agued out that the amelioration, and fertilizer addition in the different soils were responsible for the different yield of maize (Murphy, 2006). In this respect, the study rejects the null hypothesis thus adopting the alternative hypothesis of the experiment. In this respect, the alternative hypothesis includes; a lower yield in an arable land than in nonarable