Granting of Several Types of Cash Fertilizer and Distribution of Apical Approaches to Growth

The objectives of this study are for the type of manure that is most appropriate for the improvement of fertility and the generation of the period of nutrients and the best time of pruning for the growth and yield of chili. This research is a Factorial experiment, with Basic. Design of Randomized Block Design (RBD) with 2 factors that tried and done in glass house lasted from July to November 2017. In the first factor type of manure from level 4: K 0 = no fertilizer, K 1 = cow manure, K2 = chicken manure laying hens, K 3 = rabbit manure. The dose of each fertilizer 20 tons ha-1. The second factor with 3 levels: P 0 = without trimming, P 1 = pruned apical shoots age 8 days after planting, P2 = pruning apical shoots age 16 days after planting. From the experiment will be obtained 12 treatment combinations and will be repeated 3 times. The interaction between several types of manure and apical trimming (K x P) was markedly significant (P <0.05) to the variable wet weight of leaves and leaf dry weight. The interaction is very important (P <0.01) against the maximum leaf number variables, wet root weight, root dry weight, and fresh fruit weight. Fresh weight of fruit obtained on interaction with manure by pruning apical part 16 days after planting (K3P2) of 47.67 g and when compared to the combination of no fertilizer and without pruning (K0P0) of 37.80 which can be increased 26, 11%

Identification of Development Phases and Changes Shoots Flowering Orange Siam Plants

Citrus is a tropical fruit that is preferred by the majority of the Indonesian people. But availability does not comply with this requirement due to the increase of population, income generation, public awareness of the importance of nutrition in addition to the development of agro-industries This is because one of them is the presence of buds induced and not induced in which to manipulate flowering citrus crop is still relatively difficult, because information limited to flowering as the flowering phase and an endogenous substance which causes the flowers induced or not induced. This study uses the citrus crop was ten years old, aims to identify phases-phase of the development of flowers and learn the changes in endogenous substances suspected to affect flowering buds flowering shoots induced or not induced. The results showed that the flowering buds induced marked by enlargement and swelling at the base of prospective new shoots, while the buds are not induced longitudinal prospective new shoots grow straight, and do not experience enlargement and swelling at the base Citrus plants flower development consists of four phases

Granting of Several Types of Cash Fertilizer and Distribution of Apical Approaches to Growth: Results of Flour Plants (Capsicum Frutescens L.)

The objectives of this study are for the type of manure that is most appropriate for the improvement of fertility and the generation of the period of nutrients and the best time of pruning for the growth and yield of Chili. This research is a Factorial experiment, with Basic. Design of Randomized Block Design (RBD) with 2 factors that tried and done in glass house lasted from July to November 2017. In the first factor type of manure from level 4: K 0 = no fertilizer, K 1 = cow manure, K2 = chicken manure laying hens, K 3 = rabbit manure. The dose of each fertilizer 20 tons ha-1. The second factor with 3 levels: P 0 = without trimming, P 1 = pruned apical shoots age 8 days after planting, P2 = pruning apical shoots age 16 days after planting. From the experiment will be obtained 12 treatment combinations and will be repeated 3 times. The interaction between several types of manure and apical trimming (K x P) was markedly significant (P <0.05) to the variable wet weight of leaves and leaf dry weight. The interaction is very important (P <0.01) against the maximum leaf number variables, wet root weight, root dry weight, and fresh fruit weight. Fresh weight of fruit obtained on interaction with manure by pruning apical part 16 days after planting (K3P2) of 47.67 g and when compared to the combination of no fertilizer and without pruning (K0P0) of 37.80 which can be increased 26, 11%