RESPON PERTUMBUHAN DAN HASIL TANAMAN TOMAT CHERRY [(Lycopersicum esculentum Mill, var. Cerasiforme Alef)] ASAL STEK TUNAS PADA BERBAGAI MEDIA TANAM SERTA PEMBERIAN PUPUK CAIR BIO-SLURRY

Cherry tomato (Solanum lycopersicum Mill. Var. Cerasiforme Alef) is a type of tomato that has a round or oval fruit shape. The main obstacle to low production is the national cherry tomato cultivation technology limitations and the lack of information technology such as the use of seeds, nutrients, growing media, fertilizer, pruning branches and fruit thinning. Therefore it is necessary to attempt to overcome these obstacles. The purpose of this research is to study response to the growth and yield of cherry tomato (Lycopersicum esculentum Mill, var. cerasiforme alef) from bud cuttings on a variety of growing media and fertilizer, bio-slurry liquid. Implementation of the research started in January to April 2019 to be exact in the Garden Education Agronomy FPP UMM. This study uses factorial randomized block design with two factors and repeated 3 times. The first factor concentrated liquid fertilizer bio-slurry (K), namely: K0, K200, K300, and K400, the second factor planting medium (M), which consists of M1: soil and sawdust, M2: soil and husk, M3: land and waste baglog mushrooms. and sawdust, M2: soil and husk, M3: soil and waste baglog mushrooms. Variable observations include increase plant height, increase the diameter of the trunk, in the number of leaves, age flowering, harvesting age, the amount of interest, the number of fruit per plant, number of total fruit, heavy fruit crop, fruit weight total root length of the longest, fresh weight of plants, heavy dried plants. Result the research shows the interaction of the variables showed in the number of leaves on the observation of the observation age hsp 28, hsp 35 and hsp 42, as well as the observation variable root length, plant fresh weight and dry weight of plants. Treatment of concentrated liquid fertilizer bio-slurry (K) highly significant where better treatment is 400 ml per plant (K3). The treatment of a variety of planting medium (M) responded very real where better treatment is planting media soil and husk (M2)