The Effect of Vermicompost Tea Compost, Compost Soil and Dry Leaves on the Growth of Calendula Persica

Pages: 1-4
Setareh Sheykhiani and Hamid Reza Miri (Department of Agronomy and Plant Breeding, Arsanjan Branch, Islamic Azad University, Arsanjan, Iran)

The effect of compost tea vermicompost, compost, peat and drought stresses on growth of Calendula persica, a factorial experiment in a completely randomized design with two operating composting and drought in three replications. Drought stress level (100% of field capacity as a witness, 50% FC and 75% FC) and composting (including compost tea, vermicompost and compost leaf composts) in three 15, 30 and 45 percent mixed with soil to was. After preparing the seed bed stands, based on experimental treatments compost (compost tea, vermicompost and compost leaf composts) in three 15, 30 and 45 percent and then mixed with the soil in the pots was poured into the same size and seed planting and after emergence and plant establishment, treatments were applied to drought stress. Analysis of variance and mean comparison showed the highest number of leaves under drought stress was 100% and compost 45% with an average 17.66. Most of leaf compost with an average of 100% and 45% respectively 20.16 stressed. The greatest amount of weight with an average of 21.66 in drought stress was 100% and 45% compost. The highest amount of root weight with an average of 8.01 under drought stress was 100% and 45% compost. The highest number of goals with an average of 11 under drought stress were 100% and 45% compost. The highest number of shoot with an average of 10% and 75% under drought stress 100 and compost 45% and 30% respectively. Most of the origins with an average of 3.33 under drought stress were 100% and 45% compost. So it can be concluded that vermicompost fertilizer compared with other fertilizers and growth characteristics of plants and flowers to increase dramatically.