{"title":"EFEK DEFOLIASI TERHADAP LAJU PERIMBANGAN TANAMAN UBI JALAR","authors":"Edyson Indawan, R. Julianto, Poppy Indri Hastuti","doi":"10.37637/AB.V3I2.609","DOIUrl":null,"url":null,"abstract":"Defoliation of the leaves of sweet potato plants needs to be done to reduce the rate of vegetative growth, because the rate of vegetative growth that is not balanced with generative growth. The section of the sweet potato plant consists mainly of stems and leaves. The purpose of this study is to obtain sweet potato cultivars with criteria of tubers and stover yields through agronomic experiments with different defoliation and cultivars. Factorial Randomized Design by placing Cultivars as the first factor, (C) included: C₁ (Beta-2), C₂ (Kuningan Merah), C₃ (BIS OP-61-OP-22). The second factor of Defoliated (D), namely : D₁ (Defoliation 16 wap), D₂ (Defoliation 12 wap), D₃ (Defoliation 8 wap), with 3 replications. The results showed that: A high RGR value is followed by a large price URLˊ, meaning that the balance of new plant material is related to the ability of plants to carry out photosynthesis. Cultivar value Beta-2 RGR (8-4) = 71 mg.gˉ¹ dayˉ¹, Kuningan Merah URLˊ(8-12) = 65 mg.cmˉ². BIS OP-61-OP-22 cultivars produce large criteria (51.22 tubers/plot) and medium criteria (44.33 tubers/plot). Beta-2 cultivars produce small criteria (45.56 tubers/plot). Ratio F/R from BIS OP-61-OP-22 cultivars (high dual-purpose), cultivars Beta-2 and Kuningan Merah (high root production)","PeriodicalId":132966,"journal":{"name":"Agro Bali: Agricultural Journal","volume":"41 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2020-12-24","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Agro Bali: Agricultural Journal","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.37637/AB.V3I2.609","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
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Abstract
Defoliation of the leaves of sweet potato plants needs to be done to reduce the rate of vegetative growth, because the rate of vegetative growth that is not balanced with generative growth. The section of the sweet potato plant consists mainly of stems and leaves. The purpose of this study is to obtain sweet potato cultivars with criteria of tubers and stover yields through agronomic experiments with different defoliation and cultivars. Factorial Randomized Design by placing Cultivars as the first factor, (C) included: C₁ (Beta-2), C₂ (Kuningan Merah), C₃ (BIS OP-61-OP-22). The second factor of Defoliated (D), namely : D₁ (Defoliation 16 wap), D₂ (Defoliation 12 wap), D₃ (Defoliation 8 wap), with 3 replications. The results showed that: A high RGR value is followed by a large price URLˊ, meaning that the balance of new plant material is related to the ability of plants to carry out photosynthesis. Cultivar value Beta-2 RGR (8-4) = 71 mg.gˉ¹ dayˉ¹, Kuningan Merah URLˊ(8-12) = 65 mg.cmˉ². BIS OP-61-OP-22 cultivars produce large criteria (51.22 tubers/plot) and medium criteria (44.33 tubers/plot). Beta-2 cultivars produce small criteria (45.56 tubers/plot). Ratio F/R from BIS OP-61-OP-22 cultivars (high dual-purpose), cultivars Beta-2 and Kuningan Merah (high root production)
需要对甘薯植株的叶子进行落叶处理,以降低营养生长的速度,因为营养生长的速度与生殖生长不平衡。甘薯植株的部分主要由茎和叶组成。本研究的目的是通过不同落叶和品种的农艺试验,获得具有块茎和秸秆产量标准的甘薯品种。将栽培品种作为第一因素的因子随机设计,(C)包括:C₁(β -2), C₂(Kuningan Merah), C₃(BIS OP-61-OP-22)。Defoliated (D)的第二个因子,即:D₁(Defoliation 16 wap), D₂(Defoliation 12 wap), D₃(Defoliation 8 wap),有3个重复。结果表明:RGR值越高,URL值越高,说明植物新物质的平衡与植物进行光合作用的能力有关。品种价值β -2 RGR (8-4) = 71 mg。g (1) d (1) d (1) d (1) d (1) d (1) d (1) d (1) d (1) d (1) d (1) d (1) d (1) d(2)。BIS OP-61-OP-22品种的大标准(51.22块茎/田)和中标准(44.33块茎/田)。β -2品种的标准小(45.56块茎/块)。BIS OP-61-OP-22(高双用途)、Beta-2和Kuningan Merah(高产根)的比值F/R