In the experiment presented here, it was observed that there was a rise in pH [Figure 4] during phase II from 3.5 to 7.5, indicating a decline in the microbial activity ensuring the formation of matured compost. With frequent turning of the waste excess moisture evaporated faster and this prevented leachate formation in most phases of the potted experiment. However during rainy season (high humidity) measures need to be taken to control leachate formation. A minimum slope should be provided to assist surface runoff and thereby to promote reasonable surface drainage. The natural slope in the experimental site helped the surface runoff caused by some unexpected rains during the experimental run. This is very crucial as undrained water can increase moisture content thereby promoting leachate formation and in most cases this can adversely affect the plant growth. Moreover, the substrate needs to be fully decomposed and there is a time required for this and only after this planting is normally done. In a landscaped landfill this period taken for the substrate to decompose fully can be utilized positively for abating/mitigating environmental impacts caused by excess leachate, odour or the stability of the substrate if any. At the end of phase II, the refuse in each pit is in the form of stable compost. As per the concept of landscaped landfill, the plant uses the fertilizer potential of the compost for its growth.