Pengaruh Plant Catalyst dan POC Kotoran Kambing Terhadap Pertumbuhan dan Produksi Bawang Kucai (Allium Chinense G. Don)

Rustam Baraq noor
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Abstract

ABSTRACT This reseach is aim Response  of  Plant Catalyst and Goat Dung Liquid Organic Fertilizer on the Growth and Production of Allium chinense G. Don. In Implementation for four months from Mei  to Augurt 2021. Reseach sites  on  Bung Tomo street Gang Surya Indah RT 23 Sungai Keledang Village, Samarinda Seberang District, Samarinda City. East Kalimantan Province The research design used a randomized completely block design (RCBD) repeate three times. plant catalyst four  level and   growing medium four. The fist  factor is Plant Catalyst 2006 (P) : P0 = without Plant Catalyst 2006 (Control), P1 = 0.5 g Plant Catalyst 2006 per liter of water, P2 = 1 g Plant Catalyst 2006 per liter of water, P3 = 1,5 g Plant Catalyst 2006 per liter of water and  the second factor is the Goat Dung Liquid Organic Fertilizer  (K), namely: Goat Dung Liquid Organic Fertilizer K0 =o ml/water , K1 = 5 ml/ L  water (3:1), K2 = 10 ml / L water, K3 = 15 ml/ L  water The results showed that the application of Plant Catalyst fertilizer (P) had no significant effect on all observation variables, the application of POC goat manure (K) had a significant effect on the observed variables for the number of bulbs and bulb weight of Allium tuberosum  bulbs with K3 treatment (15 ml / liter of water) which gave the results the best. The interaction of the application of Plant Catalyst fertilizer and POC manure had a significant effect on the observed variables on the number of Allium chinense G. Don  bulbs, but had no significant effect on the variables observed for the number of leaves, bulb volume and weight of Allium tuberosum bulbs, P2K1 treatment (1 gram/ltr of water and 5 ml/ltr of water). ) which gives the best results The results showed   of plant Catalyst treatment non signifint and growing media treatment higly signifint.  effect on the number of leaves 28 DAP, 42 DAP, 56 DAP, 70 DAP, number of tubers 70 DAP, root length 70 DAP, and tuber wet weight 70 DAP. The best treatment  is growing medium that is top soil and goad manure (3:1).    Recommendation to  use Goat Dung Liquid Organic Fertilizer 15 ml / liter of water  for the cultivation of Allium chinense G. Don.    Key word :  plant catalyst, Goat Dung Liquid Organic Fertilizer, Allium chinense G. Don.
摘要本研究旨在研究植物催化剂和羊粪液体有机肥对中国葱生长和生产的影响。实施时间为4个月,从5月至2021年8月。研究地点:Bung Tomo street Gang Surya Indah RT 23 Sungai Keledang Village, Samarinda Seberang区,Samarinda市。研究设计采用随机完全区组设计(RCBD),重复三次。植物催化剂四级和生长介质四级。第一个因子是植物催化剂2006 (P), P0 =不含植物催化剂2006(对照),P1 =每升水0.5 g植物催化剂2006,P2 =每升水1 g植物催化剂2006,P3 =每升水1.5 g植物催化剂2006,第二个因子是羊粪液体有机肥(K),即:山羊粪液体有机肥料K0 = o ml /水,K1 = 5毫升/ L水(3:1),K2 = 10毫升/ L水,K3 = 15毫升/ L水的应用结果表明,植物化肥催化剂(P)对所有观测变量没有显著影响,POC山羊肥料(K)的应用对观测变量有显著影响的灯泡和灯泡的重量葱属植物tuberosum灯泡K3治疗(15毫升/升的水),给最好的结果。施用植物催化剂肥和POC肥的交互作用对韭菜鳞茎数的影响显著,但对韭菜鳞茎叶数、鳞茎体积和鳞茎质量的影响不显著,P2K1处理(1 g /ltr水和5 ml/ltr水)的影响不显著。结果表明,植物催化剂处理效果不显著,培养基处理效果显著。对28 DAP、42 DAP、56 DAP、70 DAP、块茎数70 DAP、根长70 DAP和块茎湿重70 DAP的影响。最好的处理是种植介质是表层土和优质肥料(3:1)。韭菜栽培推荐使用羊粪液体有机肥15 ml / l水。关键词:植物催化剂;羊粪液体有机肥;葱
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