Effects of different matrix ratios and anvil combinations on cucumber growth and development

doi:10.6048/j.issn.1001-4330.2024.11.004

Xinjiang Agricultural Sciences ›› 2024, Vol. 61 ›› Issue (11): 2635-2647.DOI: 10.6048/j.issn.1001-4330.2024.11.004

• Germplasm Resources·Molecular Genetics·Physiology and Biochemistry·Microbes • Previous Articles Next Articles

Effects of different matrix ratios and anvil combinations on cucumber growth and development

MA Yuejun¹^,²(), TAN Zhanming¹(), CHENG Yunxia¹, WU Hui³, ZHANG Qiaoqiao¹, DU Jiageng¹, WANG Qi¹, CUI Hewei¹, MA Xing⁴

1. College of Horticulture and Forestry/Key Laboratory of South Xinjiang Agropastoral Facility Agricultureal Corps of XPCC/,Tarim University, Aral Xinjiang 843300, China
2. Xinjiang Chuang Jin Guangfeng da seed industry co., ltd,Yili Xinjiang 835000,China
3. College of Horticulture, Xinjiang Agricultural University, Urumqi 830052, China
4. Aksu naida agriculture technology co., ltd,Aksu Xinjiang 843000,China

Received:2024-04-19 Online:2024-11-20 Published:2025-01-08
Correspondence author: TAN Zhanming
Supported by:
XPCC Financial Science and Technology Program Project(2023AB071);XPCC Agriculture Key Core Technology Research Project(NYHXGG2023AA304);Third Division Tumushuk City Science and Technology Program Project(KY2022GG05);Xinjiang Vegetable Research System(XJARS-07)

不同基质配比及砧穗组合对黄瓜生长发育的影响

马钥珺¹^,²(), 谭占明¹(), 程云霞¹, 吴慧³, 张乔乔¹, 杜佳庚¹, 王琦¹, 崔贺伟¹, 马兴⁴

1.塔里木大学园艺与林学学院/南疆设施农业兵团重点实验室,新疆阿拉尔 843300
2.新疆创锦广丰达种业有限公司,新疆伊犁 835000
3.新疆农业大学园艺学院,乌鲁木齐 830052
4.阿克苏耐达农业科技有限公司,新疆阿克苏 843000

通讯作者: 谭占明
作者简介:马钥珺(1999-),女,新疆巩留人,本科,研究方向为设施蔬菜高效栽培及抗逆性生理,(E-mail)2461503540@qq.com
基金资助:
新疆生产建设兵团财政科技计划项目(2023AB071);新疆生产建设兵团农业关键核心技术攻关项目(NYHXGG2023AA304);新疆生产建设兵团第三师图木舒克市科技计划项目(KY2022GG05);新疆蔬菜产业技术体系(XJARS-07)

Abstract

Abstract:

【Objective】 To screen out the appropriate cucumber rootstock grafting combination and matrix ratio.【Methods】 Fuyang F1-35, Xiasheng F1 and Jufeng No.8 cucumbers were used as scions, Hanetsu, Jinzun and Jinxiu Taimu Japan pumpkins as rootstocks, self-grafted cucumbers as controls, and coarse sand and liquorice residue as substrate materials for soil-less cultivation.Physiological indicators such as plant height, stem thickness and leaf area, assimilative indicators such as above-ground and below-ground dry and fresh weight, and quality indicators such as hardness, adhesion and cohesion were measured.Correlation analysis and principal component analysis were used to study the effects of different substrate ratios and rootstock combinations on the growth and quality of cucumber.【Results】 A total of seven principal components were extracted and the combined scores of the 20 trait principal component factors were calculated by weighting the eigenvalues of the principal components.The C₄₁ treatment had the highest combined score of 3.412 and the C₂ treatment had the lowest combined score of 1.592.【Conclusion】 The substrate ratio (50% coarse sand, 50% liquorice residue) and rootstock combination (scion Xiasheng F1, rootstock Jinzun) of the C₄₁ treatment effectively promote the growth and development of cucumber and improved fruit quality.

Key words: cucumber; substrate ratios; rootstock combinations; correlation; principal component

摘要：

【目的】筛选出适宜的黄瓜砧木嫁接组合及基质配比。【方法】以富阳F1-35、夏盛F1、巨丰八号黄瓜为接穗,寒越、金尊、日本金秀台木南瓜为砧木,自嫁接黄瓜为对照,粗沙和甘草渣为无土栽培基质原料。测定株高、茎粗和叶面积等生理指标,地上地下部干鲜重等同化物指标,硬度、粘附性和内聚性等品质指标。采用相关性和主成分分析方法,结合权重研究不同的基质配比及砧穗组合对黄瓜生长发育及品质的影响。【结果】共提取7个主成分,通过主成分的特征值加权计算20个性状主成分因子的综合得分,其中C₄₁处理的综合得分最高,为3.412,C₂处理的综合得分最低,为1.592。【结论】C₄₁处理的基质配比(粗沙50%,甘草渣50%)及砧穗组合(接穗夏盛F1,砧木金尊)有效促进黄瓜的生长发育并提高果实品质。

关键词: 黄瓜, 基质配比, 砧穗组合, 相关性, 主成分

CLC Number:

S642.2

MA Yuejun, TAN Zhanming, CHENG Yunxia, WU Hui, ZHANG Qiaoqiao, DU Jiageng, WANG Qi, CUI Hewei, MA Xing. Effects of different matrix ratios and anvil combinations on cucumber growth and development[J]. Xinjiang Agricultural Sciences, 2024, 61(11): 2635-2647.

马钥珺, 谭占明, 程云霞, 吴慧, 张乔乔, 杜佳庚, 王琦, 崔贺伟, 马兴. 不同基质配比及砧穗组合对黄瓜生长发育的影响[J]. 新疆农业科学, 2024, 61(11): 2635-2647.

Figures/Tables 9

References 27

[1]	张利东, 李愚鹤, 黄洪宇, 等. 保护地油亮型黄瓜新品种津优358号的选育[J]. 中国蔬菜, 2016,(2): 67-69.
	ZHANG Lidong, LI Yuhe, HUANG Hongyu, et al. A new cucumber F1 hybrid—' jinyou No.358'[J]. China Vegetables, 2016,(2): 67-69.
[2]	陶美奇, 周刚, 姚超宇, 等. 砧木种类对嫁接黄瓜生长、品质和产量的影响[J]. 长江蔬菜, 2018,(2): 54-59.
	TAO Meiqi, ZHOU Gang, YAO Chaoyu, et al. Effects of different kinds of rootstock grafting on growth, quality and yield of cucumber[J]. Journal of Changjiang Vegetables, 2018,(2): 54-59.
[3]	赵鹤, 徐进, 王铁臣. 春季塑料大棚高品质黄瓜品种筛选试验[J]. 蔬菜, 2018,(3): 77-82.
	ZHAO He, XU Jin,WANG Tiechen. Screening test of high-quality cucumber varieties in spring plastic greenhouses[J]. Vegetables, 2018,(3): 77-82.
[4]	王静璞. 不同栽培基质对黄瓜产量和品质的影响[J]. 现代园艺, 2020, 43(9): 5-6.
	WANG Jingpu. Effects of different cultivation substrates on the yield and quality of cucumber[J]. Modern Horticulture, 2020, 43(9): 5-6.
[5]	孙平平, 吴玉凤, 张凯鸣, 等. 不同泥炭占比栽培基质理化性质及其对黄瓜产量和品质的影响[J]. 扬州大学学报(农业与生命科学版), 2020, 41(1): 97-104.
	SUN Pingping, WU Yufeng, ZHANG Kaiming, et al. Physicochemical properties of cultivation substrates with different peat proportions and its effects on yield and quality of cucumber[J]. Journal of Yangzhou University (Agricultural and Life Science Edition), 2020, 41(1): 97-104.
[6]	韩庆典, 李宝庆, 谢宝东, 等. 不同栽培基质对设施水果黄瓜生长发育及品质的影响[J]. 江苏农业科学, 2019, 47(13): 140-143.
	HAN Qingdian, Li Baoqing, Xie Baodong, et al. Effects of different culture substrates on growth and quality of cucumber in greenhouse[J]. Jiangsu Agricultural Sciences, 2019, 47(13): 140-143.
[7]	卢玲, 李加水, 刘天英. 番茄沙子炉渣无土栽培技术[J]. 长江蔬菜, 2018,(17): 65-66.
	LU Ling, LI Jiashui, LIU Tianying. Soilless cultivation technology of tomato sand slag[J]. Journal of Changjiang Vegetables, 2018,(17): 65-66.
[8]	姜闯, 张青, 方伟, 等. 3种嫁接方法对黄瓜嫁接苗前期生长的影响[J]. 园艺与种苗, 2011, 31(6): 4-6.
	JIANG Chuang, ZHANG Qing, FANG Wei, et al. Effect of three grafting methods on cucumber grafting seedlings growth[J]. Horticulture & Seed, 2011, 31(6): 4-6.
[9]	吴翠云, 阿依买木, 程奇, 等. 不同嫁接方法对黄瓜成活率及幼苗生长的影响[J]. 塔里木农垦大学学报, 2003, 15(3): 1-3.
	Wu Cuiyun, Ayimaimu, CHENG Qi, et al. How different grafting methods affect the survial rate and seeding growth of cucumber[J]. Journal of Tarim University of Agricultural Reclamation, 2003, 15(3): 1-3.
[10]	陈振德, 王佩圣, 周英. 不同砧木对黄瓜产量、品质及枯萎病抗性的影响[J]. 中国蔬菜, 2010,(10): 51-54.
	CHEN Zhende, WANG Peisheng, ZHOU Ying. Effects of different rootstocks on fruit yield, quality and resistance to Fusarium wilt of cucumber[J]. China Vegetables, 2010,(10): 51-54.
[11]	冯春梅, 莫云彬, 陈海平. 不同砧木嫁接对黄瓜抗病性及主要经济性状的影响[J]. 中国农学通报, 2006, 22(6): 283-284.
	FENG Chunmei, MO Yunbin, CHEN Haiping. Effects of different root stocks on disease resistance and main economic characters in cucumber[J]. Chinese Agricultural Science Bulletin, 2006, 22(6): 283-284. DOI
[12]	Robbins N S, Pharr D M. Leaf area prediction models for cucumber from linear measurements[J]. HortScience, 1987, 22(6): 1264-1266.
[13]	周宇, 杨佳佳, 姚文英, 等. 芜菁种质资源萌发期耐盐性的综合评价[J]. 江苏农业科学, 2018, 46(17): 148-152.
	ZHOU Yu, Yang Jiajia, Yao Wenying, et al. Comprehensive evaluation of salt tolerance of turnip (Brassica rapa L.) during germination stage[J]. Jiangsu Agricultural Sciences, 2018, 46(17): 148-152.
[14]	张倩男. 基于表型性状及SSR、SNP标记的樱桃番茄种质资源遗传多样性分析[D]. 银川: 宁夏大学, 2018.
	ZHANG Qiannan. Genetic Diversity Analysis of Cherry Tomato Germplasm Resources Based on Morphological、SSR and SNP Markers[D]. Yinchuan: Ningxia University, 2018.
[15]	郑金凤, 米少艳, 婧姣姣, 等. 小麦代换系耐低磷生理性状的主成分分析及综合评价[J]. 中国农业科学, 2013, 46(10): 1984-1993. DOI
	ZHENG Jinfeng, MI Shaoyan, JING Jiaojiao, et al. Principal component analysis and comprehensive evaluation on physiological traits of tolerance to low phosphorus stress in wheat substitution[J]. Scientia Agricultura Sinica, 2013, 46(10): 1984-1993. DOI
[16]	于崧, 郭潇潇, 梁海芸, 等. 不同基因型绿豆萌发期耐盐碱性分析及其鉴定指标的筛选[J]. 植物生理学报, 2017, 53(9): 1629-1639.
	YU Song, GUO Xiaoxiao, LIANG Haiyun, et al. Analysis of saline-alkaline tolerance and screening of identification indicators at the germination stage among different mung bean genotypes[J]. Plant Physiology Journal, 2017, 53(9): 1629-1639.
[17]	费雨兰, 王晶, 沈佳, 等. 不同砧木嫁接对黄瓜长势及果实品质的影响[J]. 江苏农业科学, 2013, 41(12): 147-149.
	FEI Yulan, WANG Jing, SHEN Jia, et al. Effects of grafting of different rootstocks on the growth and fruit quality of cucumber[J]. Jiangsu Agricultural Sciences, 2013, 41(12): 147-149.
[18]	韩晓燕, 林道元, 肖春雷, 等. 嫁接对黄瓜品质及产量的影响[J]. 现代农业科技, 2014,(17): 88-89, 91.
	HAN Xiaoyan, LIN Daoyuan, XIAO Chunlei, et al. Effects of grafting on yield and quality of cucumber[J]. Modern Agricultural Science and Technology, 2014,(17): 88-89, 91.
[19]	周宇. 南疆设施黄瓜黄沙炉渣栽培基质筛选及水肥耦合效应研究[D]. 阿拉尔: 塔里木大学, 2020.
	ZHOU Yu. Study on Selection of Culture Medium of Yellow Sand and Slag and the Coupling Effect of Water and Fertilizer for the Cultivation of Cucumber in South Xinjiang[D]. Aral: Tarim University, 2020.
[20]	刘升学, 于贤昌, 刘伟, 等. 有机基质配方对袋培番茄生长及产量的影响[J]. 西北农业学报, 2009, 18(3): 184-188.
	LIU Shengxue, YU Xianchang, LIU Wei, et al. Effects of organic substrate compositions on growth and yield of tomato cultivated in bag[J]. Acta Agriculturae Boreali-Occidentalis Sinica, 2009, 18(3): 184-188.
[21]	聂书明, 杜中平. 不同基质配方对番茄果实品质及产量的影响[J]. 中国农学通报, 2013, 29(16): 149-152.
	NIE Shuming, DU Zhongping. Effects of different substrate formulas on fruit quality and yield of tomato[J]. Chinese Agricultural Science Bulletin, 2013, 29(16): 149-152. DOI
[22]	刘晓英, 徐文栋, 焦学磊, 等. 不同配比红蓝LED光对黄瓜果实产量和品质的影响[J]. 植物资源与环境学报, 2016, 25(2): 80-84.
	LIU Xiaoying, XU Wendong, JIAO Xuelei, et al. Effect of different proportions of red and blue LED lights on yield and quality of fruit of Cucumis sativus[J]. Journal of Plant Resources and Environment, 2016, 25(2): 80-84.
[23]	宋晓晓, 邹志荣, 曹凯, 等. 不同有机基质对生菜产量和品质的影响[J]. 西北农林科技大学学报(自然科学版), 2013, 41(6): 153-160.
	SONG Xiaoxiao, ZOU Zhirong, CAO Kai, et al. Effects of different organic substrates on the yield and quality of lettuce[J]. Journal of Northwest A & F University (Natural Science Edition), 2013, 41(6): 153-160.
[24]	杨雪松, 赵海静. 不同基质对黄瓜长势、产量及果实品质的影响[J]. 蔬菜, 2021,(11): 11-15.
	YANG Xuesong, ZHAO Haijing. Effects of different substrates on growth, yield and fruit quality of cucumber[J]. Vegetables, 2021,(11): 11-15.
[25]	朱进, 别之龙, 徐容, 等. 不同砧木嫁接对黄瓜生长、产量和品质的影响[J]. 华中农业大学学报, 2006, 25(6): 668-671.
	ZHU Jin, BIE Zhilong, XU Rong, et al. Effects of different rootstocks on the growth, yield and quality of cucumber fruits[J]. Journal of Huazhong Agricultural University, 2006, 25(6): 668-671.
[26]	王全智. 嫁接对黄瓜生长、品质和生理特性的影响[D]. 南京: 南京农业大学, 2013.
	WANG Quanzhi. Effects of Grafting on the Growth, Quality and Physiological Properties of Cucumber[D]. Nanjing: Nanjing Agricultural University, 2013.
[27]	谭占明, 轩正英, 张娟, 等. 不同砧木嫁接对黄瓜产量和品质的影响[J]. 分子植物育种, 2021, 19(2): 679-686.
	TAN Zhanming, XUAN Zhengying, ZHANG Juan, et al. Effects of different rootstocks on the yield and quality of cucumber[J]. Molecular Plant Breeding, 2021, 19(2): 679-686.

品种名称 Symbol name	嫁接用途 Grafting uses	来源 Source
富阳F1-35 Fuyang F1-35	接穗	山东寿光市洪亮种子有限公司
巨丰八号 Jufeng 8	接穗	山东省寿光市春光种业有限公司
夏盛F1 Xiasheng F1	接穗	山东寿光市洪亮种子有限公司
金尊 Jinzun	砧木	山东省寿光市华诺科技种业有限公司
金秀 Jinxiu	砧木	山东省寿光市华诺科技种业有限公司
寒越 Hanyue	砧木	北京亘青种子有限公司

品种名称 Symbol name	嫁接用途 Grafting uses	来源 Source
富阳F1-35 Fuyang F1-35	接穗	山东寿光市洪亮种子有限公司
巨丰八号 Jufeng 8	接穗	山东省寿光市春光种业有限公司
夏盛F1 Xiasheng F1	接穗	山东寿光市洪亮种子有限公司
金尊 Jinzun	砧木	山东省寿光市华诺科技种业有限公司
金秀 Jinxiu	砧木	山东省寿光市华诺科技种业有限公司
寒越 Hanyue	砧木	北京亘青种子有限公司

处理 Treat- ments	基质配比 Matrix ratio	接穗 Scion	砧木 Stock
C₁	CK(粗沙∶甘草渣=100∶0)	富阳F1-35	金尊
C₂	CK(粗沙∶甘草渣=100∶0)	富阳F1-35	金秀台木
C₃	CK(粗沙∶甘草渣=100∶0)	富阳F1-35	寒越
C₄	CK(粗沙∶甘草渣=100∶0)	富阳F1-35
C₅	CK(粗沙∶甘草渣=100∶0)	夏盛F1	金尊
C₆	CK(粗沙∶甘草渣=100∶0)	夏盛F1	金秀台木
C₇	CK(粗沙∶甘草渣=100∶0)	夏盛F1	寒越
C₈	CK(粗沙∶甘草渣=100∶0)	夏盛F1
C₉	CK(粗沙∶甘草渣=100∶0)	巨丰八号	金尊
C₁₀	CK(粗沙∶甘草渣=100∶0)	巨丰八号	金秀台木
C₁₁	CK(粗沙∶甘草渣=100∶0)	巨丰八号	寒越
C₁₂	CK(粗沙∶甘草渣=100∶0)	巨丰八号
C₁₃	T₁(粗沙∶甘草渣=83∶17)	富阳F1-35	金尊
C₁₄	T₁(粗沙∶甘草渣=83∶17)	富阳F1-35	金秀台木
C₁₅	T₁(粗沙∶甘草渣=83∶17)	富阳F1-35	寒越
C₁₆	T₁(粗沙∶甘草渣=83∶17)	富阳F1-35
C₁₇	T₁(粗沙∶甘草渣=83∶17)	夏盛F1	金尊
C₁₈	T₁(粗沙∶甘草渣=83∶17)	夏盛F1	金秀台木
C₁₉	T₁(粗沙∶甘草渣=83∶17)	夏盛F1	寒越
C₂₀	T₁(粗沙∶甘草渣=83∶17)	夏盛F1
C₂₁	T₁(粗沙∶甘草渣=83∶17)	巨丰八号	金尊
C₂₂	T₁(粗沙∶甘草渣=83∶17)	巨丰八号	金秀台木
C₂₃	T₁(粗沙∶甘草渣=83∶17)	巨丰八号	寒越
C₂₄	T₁(粗沙∶甘草渣=83∶17)	巨丰八号
C₂₅	T₂(粗沙∶甘草渣=75∶25)	富阳F1-35	金尊
C₂₆	T₂(粗沙∶甘草渣=75∶25)	富阳F1-35	金秀台木
C₂₇	T₂(粗沙∶甘草渣=75∶25)	富阳F1-35	寒越
C₂₈	T₂(粗沙∶甘草渣=75∶25)	富阳F1-35
C₂₉	T₂(粗沙∶甘草渣=75∶25)	夏盛F1	金尊
C₃₀	T₂(粗沙∶甘草渣=75∶25)	夏盛F1	金秀台木
C₃₁	T₂(粗沙∶甘草渣=75∶25)	夏盛F1	寒越
C₃₂	T₂(粗沙∶甘草渣=75∶25)	夏盛F1
C₃₃	T₂(粗沙∶甘草渣=75∶25)	巨丰八号	金尊
C₃₄	T₂(粗沙∶甘草渣=75∶25)	巨丰八号	金秀台木
C₃₅	T₂(粗沙∶甘草渣=75∶25)	巨丰八号	寒越
C₃₆	T₂(粗沙∶甘草渣=75∶25)	巨丰八号
C₃₇	T₃(粗沙∶甘草渣=50∶50)	富阳F1-35	金尊
C₃₈	T₃(粗沙∶甘草渣=50∶50)	富阳F1-35	金秀台木
C₃₉	T₃(粗沙∶甘草渣=50∶50)	富阳F1-35	寒越
C₄₀	T₃(粗沙∶甘草渣=50∶50)	富阳F1-35
C₄₁	T₃(粗沙∶甘草渣=50∶50)	夏盛F1	金尊
C₄₂	T₃(粗沙∶甘草渣=50∶50)	夏盛F1	金秀台木
C₄₃	T₃(粗沙∶甘草渣=50∶50)	夏盛F1	寒越
C₄₄	T₃(粗沙∶甘草渣=50∶50)	夏盛F1
C₄₅	T₃(粗沙∶甘草渣=50∶50)	巨丰八号	金尊
C₄₆	T₃(粗沙∶甘草渣=50∶50)	巨丰八号	金秀台木
C₄₇	T₃(粗沙∶甘草渣=50∶50)	巨丰八号	寒越
C₄₈	T₃(粗沙∶甘草渣=50∶50)	巨丰八号

处理 Treat- ments	基质配比 Matrix ratio	接穗 Scion	砧木 Stock
C₁	CK(粗沙∶甘草渣=100∶0)	富阳F1-35	金尊
C₂	CK(粗沙∶甘草渣=100∶0)	富阳F1-35	金秀台木
C₃	CK(粗沙∶甘草渣=100∶0)	富阳F1-35	寒越
C₄	CK(粗沙∶甘草渣=100∶0)	富阳F1-35
C₅	CK(粗沙∶甘草渣=100∶0)	夏盛F1	金尊
C₆	CK(粗沙∶甘草渣=100∶0)	夏盛F1	金秀台木
C₇	CK(粗沙∶甘草渣=100∶0)	夏盛F1	寒越
C₈	CK(粗沙∶甘草渣=100∶0)	夏盛F1
C₉	CK(粗沙∶甘草渣=100∶0)	巨丰八号	金尊
C₁₀	CK(粗沙∶甘草渣=100∶0)	巨丰八号	金秀台木
C₁₁	CK(粗沙∶甘草渣=100∶0)	巨丰八号	寒越
C₁₂	CK(粗沙∶甘草渣=100∶0)	巨丰八号
C₁₃	T₁(粗沙∶甘草渣=83∶17)	富阳F1-35	金尊
C₁₄	T₁(粗沙∶甘草渣=83∶17)	富阳F1-35	金秀台木
C₁₅	T₁(粗沙∶甘草渣=83∶17)	富阳F1-35	寒越
C₁₆	T₁(粗沙∶甘草渣=83∶17)	富阳F1-35
C₁₇	T₁(粗沙∶甘草渣=83∶17)	夏盛F1	金尊
C₁₈	T₁(粗沙∶甘草渣=83∶17)	夏盛F1	金秀台木
C₁₉	T₁(粗沙∶甘草渣=83∶17)	夏盛F1	寒越
C₂₀	T₁(粗沙∶甘草渣=83∶17)	夏盛F1
C₂₁	T₁(粗沙∶甘草渣=83∶17)	巨丰八号	金尊
C₂₂	T₁(粗沙∶甘草渣=83∶17)	巨丰八号	金秀台木
C₂₃	T₁(粗沙∶甘草渣=83∶17)	巨丰八号	寒越
C₂₄	T₁(粗沙∶甘草渣=83∶17)	巨丰八号
C₂₅	T₂(粗沙∶甘草渣=75∶25)	富阳F1-35	金尊
C₂₆	T₂(粗沙∶甘草渣=75∶25)	富阳F1-35	金秀台木
C₂₇	T₂(粗沙∶甘草渣=75∶25)	富阳F1-35	寒越
C₂₈	T₂(粗沙∶甘草渣=75∶25)	富阳F1-35
C₂₉	T₂(粗沙∶甘草渣=75∶25)	夏盛F1	金尊
C₃₀	T₂(粗沙∶甘草渣=75∶25)	夏盛F1	金秀台木
C₃₁	T₂(粗沙∶甘草渣=75∶25)	夏盛F1	寒越
C₃₂	T₂(粗沙∶甘草渣=75∶25)	夏盛F1
C₃₃	T₂(粗沙∶甘草渣=75∶25)	巨丰八号	金尊
C₃₄	T₂(粗沙∶甘草渣=75∶25)	巨丰八号	金秀台木
C₃₅	T₂(粗沙∶甘草渣=75∶25)	巨丰八号	寒越
C₃₆	T₂(粗沙∶甘草渣=75∶25)	巨丰八号
C₃₇	T₃(粗沙∶甘草渣=50∶50)	富阳F1-35	金尊
C₃₈	T₃(粗沙∶甘草渣=50∶50)	富阳F1-35	金秀台木
C₃₉	T₃(粗沙∶甘草渣=50∶50)	富阳F1-35	寒越
C₄₀	T₃(粗沙∶甘草渣=50∶50)	富阳F1-35
C₄₁	T₃(粗沙∶甘草渣=50∶50)	夏盛F1	金尊
C₄₂	T₃(粗沙∶甘草渣=50∶50)	夏盛F1	金秀台木
C₄₃	T₃(粗沙∶甘草渣=50∶50)	夏盛F1	寒越
C₄₄	T₃(粗沙∶甘草渣=50∶50)	夏盛F1
C₄₅	T₃(粗沙∶甘草渣=50∶50)	巨丰八号	金尊
C₄₆	T₃(粗沙∶甘草渣=50∶50)	巨丰八号	金秀台木
C₄₇	T₃(粗沙∶甘草渣=50∶50)	巨丰八号	寒越
C₄₈	T₃(粗沙∶甘草渣=50∶50)	巨丰八号

处理 Treat- ments	株高 Plant height (cm)	茎粗 Stem diameter (mm)	叶面积 Leaf area (cm²)	氮平衡指数 Nitrogen balance index	叶绿素指数 Chlorophyl	类黄酮指数 Flavonoid	花青素指数 Anthocyanidin
C₁	185.73±0.50^f	7.65±0.01^a	356.68±0.08^b	87.43±0.35^a	39.37±0.23^cd	0.43±0.01^xy	0.20±0.012^bcdef
C₂	175.87±0.60^g	7.54±0.01^c	356.23±0.88^b	64.30±0.36^r	31.60±0.62^vw	0.48±0.01^mnop	0.21±0.01^bcd
C₃	163.40±0.20^k	7.15±0.01ⁿ	263.07±0.91^t	63.90±0.10^st	31.47±0.35^vw	0.45±0.01^uvw	0.20±0.01^bcdef
C₄	138.83±0.06^u	6.71±0.01^t	253.27±0.37^x	63.23±0.12^vw	32.27±0.12^uv	0.49±0.01^klmno	0.20±0.01^bcdef
C₅	175.40±0.10^gh	7.30±0.01ⁱ	348.09±0.02^e	72.30±0.20^k	34.63±0.31^lmnop	0.50±0.01^hijkl	0.19±0.01^def
C₆	167.47±0.25^j	7.21±0.01^k	322.46±0.12^j	66.30±0.10^p	34.77±0.61^klmno	0.47±0.01^pqrs	0.21±0.02^ab
C₇	167.77±0.12^j	7.20±0.01^k	314.01±0.66^l	81.50±0.35^c	39.90±0.72^bc	0.49±0.01^lmno	0.19±0.01^cdef
C₈	137.00±0.46^v	6.54±0.01^v	243.78±0.53^y	83.40±0.44^b	36.83±0.12^f	0.41±0.01^y	0.18±0.01^f
C₉	143.3±0.10^s	6.86±0.01^s	260.27±0.09^v	63.70±0.10^tu	32.87±0.46^tu	0.43±0.01^x	0.20±0.01^bcdef
C₁₀	148.2±0.10^q	7.06±0.01^o	262.26±0.32^tu	64.43±0.45^qr	36.10±0.10^fgh	0.48±0.01^nopq	0.20±0.01^bcdef
C₁₁	163.53±0.15^k	7.17±0.01^l	268.34±0.06^s	72.60±0.35^k	34.13±0.06^opqr	0.41±0.01^y	0.21±0.01^bcd
C₁₂	134.23±0.06^xy	6.34±0.00^x	253.06±0.03^x	63.53±0.15^uv	33.80±0.17^pqrs	0.45±0.01^vw	0.20±0.01^bcdef
C₁₃	146.50±0.10^r	7.25±0.01^j	283.51±0.48^q	83.57±0.06^b	37.97±0.51^e	0.45±0.01^uvw	0.19±0.01^cdef
C₁₄	148.67±0.81^q	7.24±0.01^j	276.76±0.11^r	66.73±0.06^o	35.73±0.75^hij	0.51±0.01^efgh	0.20±0.01^bcdef
C₁₅	215.20±0.66^b	7.61±0.01^b	358.81±0.36^a	74.63±0.15^hij	34.77±0.76^klmno	0.51±0.01^efgh	0.19±0.01^ef
C₁₆	134.87±0.64^wx	6.56±0.01^u	257.45±0.22^w	72.37±0.25^k	35.37±0.49^hijkl	0.51±0.01^fghi	0.19±0.01^cdef
C₁₇	167.20±0.62^j	7.47±0.01^d	303.82±0.92ⁿ	83.37±0.06^b	40.50±0.30^ab	0.45±0.01^tuv	0.20±0.01^bcdef
C₁₈	174.87±0.96^hi	7.65±0.01^a	314.10±0.05^l	77.23±0.12^e	38.63±0.29^de	0.56±0.01^a	0.19±0.01^def
C₁₉	156.83±0.75ⁿ	7.35±0.01^fg	298.17±0.36^o	87.73±0.06^a	40.80±0.44^a	0.47±0.01^qrst	0.21±0.01^abc
C₂₀	136.77±0.90^v	6.89±0.01^q	253.80±0.11^x	81.67±0.15^c	39.23±0.32^cd	0.53±0.01^cde	0.19±0.01^cdef
C₂₁	139.83±0.80^t	7.03±0.01^p	268.46±0.15^s	77.30±0.10^e	34.43±0.38^mnopq	0.44±0.01^vwx	0.19±0.01^cdef
C₂₂	156.03±0.93ⁿ	7.34±0.01^g	288.21±0.79^p	60.00±0.17^x	35.10±0.00^jklmn	0.53±0.02^bcd	0.20±0.02^bcde
C₂₃	209.03±0.49^d	7.54±0.01^c	341.50±0.70^f	59.63±0.12^y	33.63±0.38^qrst	0.53±0.01^bcd	0.20±0.01^bcdef
C₂₄	134.40±0.10^xy	6.34±0.01^x	257.34±0.52^w	59.90±0.10^xy	34.57±0.55^lmnop	0.53±0.01^bc	0.20±0.01^bcdef
C₂₅	160.73±0.59^l	7.16±0.01^m	318.82±0.39^k	77.23±0.06^e	35.93±0.40^ghij	0.51±0.01^fghi	0.20±0.01^bcdef
C₂₆	186.63±0.49^e	7.32±0.01^h	341.53±0.33^f	75.20±0.10^fg	35.73±0.25^hij	0.51±0.01^fghi	0.20±0.01^bcdef
C₂₇	152.00±0.78^p	6.87±0.01^q	303.69±0.32ⁿ	74.37±0.35^j	38.47±0.35^e	0.44±0.01^wx	0.19±0.01^ef
C₂₈	135.60±0.26^w	6.71±0.01^t	268.67±0.26^s	74.90±0.26^gh	36.73±0.06^fg	0.49±0.01^lmno	0.20±0.01^bcdef
C₂₉	186.70±0.52^e	7.32±0.01^h	348.61±0.13^e	78.50±0.10^d	34.80±0.10^klmno	0.49±0.01^klmno	0.21±0.01^abc
C₃₀	210.83±0.59^c	7.47±0.01^d	355.40±0.28^c	64.17±0.15^rs	32.27±0.06^uv	0.51±0.01^ghij	0.21±0.01^ab
C₃₁	174.53±0.15ⁱ	7.31±0.01^hi	329.50±0.16^h	75.33±0.06^f	31.27±0.25^w	0.45±0.01^tuv	0.20±0.01^bcdef
C₃₂	134.00±0.61^y	6.33±0.01^x	243.44±0.08^yz	68.03±0.15^m	32.00±0.30^vw	0.49±0.01^jklmn	0.21±0.01^bcd
C₃₃	164.00±0.90^k	7.20±0.01^k	328.12±0.48ⁱ	74.80±0.10^hi	35.40±0.10^hijkl	0.51±0.01^fghi	0.19±0.01^def
C₃₄	158.77±0.12^m	7.14±0.01ⁿ	318.31±0.91^k	67.37±0.06ⁿ	32.97±0.85^tu	0.54±0.01^b	0.19±0.01^def
C₃₅	186.87±0.06^e	7.34±0.01^g	350.60±0.66^d	75.23±0.15^f	35.23±0.61^ijklm	0.46±0.01^stu	0.22±0.01^a
C₃₆	134.33±0.15^xy	6.51±0.01^w	262.25±0.20^tu	68.17±0.12^lm	33.83±0.76^pqrs	0.51±0.01^fghi	0.19±0.01^cdef
C₃₇	185.73±0.15^f	7.39±0.01^e	348.69±0.37^e	87.63±0.2^1a	34.37±0.32^nopq	0.50±0.01^ijklm	0.19±0.01^def
C₃₈	185.73±0.06^f	7.47±0.01^d	350.88±0.96^d	78.47±0.2^1d	32.07±0.35^vw	0.47±0.01^qrst	0.21±0.01^ab
C₃₉	174.73±0.12^hi	7.39±0.01^e	341.85±0.39^f	87.63±0.06^a	35.73±0.95^hij	0.47±0.01^qrst	0.19±0.01^def
C₄₀	154.57±0.21^o	6.87±0.01^r	261.71±0.02^u	81.43±0.12^c	33.33±0.32^rst	0.47±0.01^qrst	0.20±0.01^bcde
C₄₁	159.17±0.06^m	7.20±0.01^k	332.34±0.52^g	77.20±0.10^e	31.73±0.29^vw	0.51±0.01^ghij	0.20±0.01^bcdef
C₄₂	154.20±0.10^o	6.88±0.01^q	276.92±0.48^r	68.40±0.10^l	33.40±0.10^rst	0.53±0.01^cde	0.20±0.01^bcdef
C₄₃	222.53±0.46^a	7.47±0.01^d	358.39±0.98^a	63.07±0.06^w	36.17±0.29^fgh	0.52±0.01^defg	0.19±0.01^def
C₄₄	138.10±0.00^u	6.56±0.01^u	243.30±0.09^yz	66.60±0.20^op	34.23±0.16^opq	0.52±0.01^cdef	0.20±0.01^bcdef
C₄₅	158.73±0.06^m	7.06±0.01^o	310.04±0.85^m	74.53±0.12^ij	36.00±0.78^ghi	0.48±0.01^opqr	0.20±0.01^bcdef
C₄₆	156.40±0.40ⁿ	7.04±0.01^p	298.48±0.47^o	64.67±0.12^q	33.23±0.15^st	0.52±0.01^cdef	0.21±0.01^bcd
C₄₇	164.13±0.15^k	7.35±0.01^f	332.55±0.49^g	63.33±0.21^vw	35.57±0.06^hijk	0.46±0.01^rst	0.19±0.01^def
C₄₈	143.70±0.17^s	6.71±0.01^t	242.70±0.15^z	64.17±0.06^rs	34.00±0.80^opqrs	0.50±0.01^ghijk	0.20±0.01^bcde

Effects of different matrix ratios and anvil combinations on cucumber growth and development

不同基质配比及砧穗组合对黄瓜生长发育的影响

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References 27

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Metrics

处理 Treatments	地上部鲜重 Aboveground fresh weight(g)	地下部鲜重 Undergrounf fresh weight(g)	地上部干重 Aboveground dry weight(g)	地下部干重 Dry weight of underground(g)	根冠比 Root shoot ratio
C₁	169.50±0.17^a	22.66±0.33^a	20.58±0.42^c	3.52±0.16^b	6.44±0.20^ef
C₂	114.99±0.64^r	13.86±0.14ⁱ	12.22±0.10^q	3.33±0.08^d	4.16±0.09^tu
C₃	116.01±0.70^pq	13.70±0.08^ij	11.10±0.07^s	2.78±0.10^g	4.93±0.15^lmn
C₄	107.32±0.79^tu	10.92±0.21^pq	11.08±0.01^s	1.78±0.06^op	6.15±0.08^gh
C₅	165.64±0.30^c	15.65±0.55^g	17.19±0.17^g	4.33±0.10^a	3.62±0.13^v
C₆	127.21±0.53^m	17.22±0.06^e	13.90±0.06^m	2.75±0.05^g	6.26±0.10^fg
C₇	116.42±0.39^p	11.68±0.32^mno	12.42±0.26^opq	2.09±0.078^l	5.58±0.20^ij
C₈	103.17±0.81^w	4.81±0.20^x	10.21±0.03^uv	1.76±0.02^opq	2.73±0.14^x
C₉	132.01±0.86^k	5.71±0.15^w	14.35±0.23^l	2.82±0.04^g	2.02±0.06^z
C₁₀	127.02±0.59^m	14.87±0.04^h	14.49±0.42^l	2.44±0.03^ij	6.10±0.07^gh
C₁₁	146.81±0.70^h	12.24±0.07^kl	12.39±0.25^opq	2.45±0.03^ij	4.99±0.05^lm
C₁₂	101.66±0.99^x	10.57±0.32^q	10.39±0.18^tuv	1.76±0.02^opq	6.01±0.22^h
C₁₃	164.61±0.45^d	12.05±0.05^lm	16.60±0.24^h	2.36±0.01^jk	5.11±0.03^l
C₁₄	164.73±0.11^d	22.77±0.17^a	12.65±0.40^op	2.75±0.09^g	8.28±0.21^bc
C₁₅	144.02±0.62ⁱ	10.54±0.35^q	12.69±0.29^o	2.55±0.10^hi	4.14±0.07^tu
C₁₆	108.17±0.96^st	9.84±0.04^r	10.04±0.03^v	1.22±0.01^r	8.07±0.04^c
C₁₇	163.77±0.23^e	13.40±0.33^j	19.00±0.08^e	2.77±0.07^g	4.83±0.03^mno
C₁₈	166.16±0.16^c	22.79±0.18^a	18.08±0.17^f	2.81±0.06^g	8.11±0.11^c
C₁₉	167.41±0.33^b	19.85±0.59^b	21.79±0.22^b	2.35±0.06^jk	8.44±0.35^ab
C₂₀	104.77±0.23^v	16.53±0.12^f	16.00±0.08^ij	2.51±0.02^hi	6.59±0.03^e
C₂₁	115.50±0.26^qr	9.29±0.06^s	11.78±0.13^r	2.62±0.02^h	3.54±0.03^v
C₂₂	128.18±0.21^l	13.58±0.44^ij	13.83±0.20^m	2.86±0.03^g	4.75±0.20^mnop
C₂₃	121.37±0.44^o	7.43±0.13^u	15.44±0.17^k	2.38±0.03^jk	3.12±0.09^w
C₂₄	105.38±0.63^v	7.14±0.10^u	12.36±0.12^opq	1.64±0.04^q	4.35±0.15^rst
C₂₅	165.35±0.17^cd	17.71±0.35^d	18.79±0.09^e	2.06±0.02^lm	8.61±0.27^a
C₂₆	169.64±0.29^a	15.04±0.10^h	17.32±0.29^g	3.30±0.03^de	4.56±0.06^pqr
C₂₇	156.21±0.25^f	8.38±0.25^t	16.39±0.31^h	1.97±0.05^mn	4.25±0.05^stu
C₂₈	101.74±0.71^x	4.26±0.14^y	10.70±0.24^t	1.76±0.02^opq	2.42±0.06^y
C₂₉	146.97±0.75^h	12.19±0.27^kl	19.60±0.36^d	4.28±0.05^a	2.85±0.08^x
C₃₀	156.63±0.23^f	17.33±0.06^e	16.35±0.21^hi	3.18±0.08^f	5.46±0.14^jk
C₃₁	122.56±0.45ⁿ	11.53±0.08^o	17.19±0.07^g	2.43±0.02^ij	4.75±0.05^mnop
C₃₂	106.99±0.84^u	4.39±0.05^y	10.47±0.02^tu	1.08±0.01^st	4.08±0.06^u
C₃₃	115.27±0.32^qr	8.68±0.04^t	10.29±0.05^uv	1.85±0.04^no	4.69±0.12^nop
C₃₄	127.11±0.74^m	19.19±0.07^c	15.90±0.204^j	3.39±0.06^cd	5.66±0.09^ij
C₃₅	150.93±0.18^g	13.51±0.39^ij	15.300±0.25^k	3.31±0.21^de	4.09±0.16^u
C₃₆	105.27±0.32^v	10.68±0.04^q	12.29±0.05^pq	2.55±0.04^hi	4.18±0.08^tu
C₃₇	165.63±0.27^c	13.48±0.37^ij	13.06±0.11ⁿ	3.20±0.09^ef	4.21±0.02^stu
C₃₈	127.52±0.19^lm	11.96±0.02^lmn	14.31±0.14^l	1.66±0.04^pq	7.19±0.16^d
C₃₉	163.02±0.89^e	11.08±0.08^p	19.64±0.25^d	3.51±0.04^bc	3.16±0.01^w
C₄₀	107.52±0.19^stu	12.46±0.02^k	15.31±0.14^k	2.16±0.04^l	5.76±0.10ⁱ
C₄₁	139.10±0.31^j	9.97±0.05^r	16.58±0.32^h	1.87±0.06^no	5.34±0.19^k
C₄₂	131.50±0.41^k	15.76±0.11^g	17.09±0.47^g	3.32±0.09^de	4.75±0.12^mnop
C₄₃	167.31±0.41^b	15.46±0.19^g	24.15±0.07^a	3.50±0.13^bc	4.42±0.14^qrs
C₄₄	103.63±0.24^w	4.97±0.10^x	10.76±0.25^st	1.04±0.04^t	4.77±0.10^mnop
C₄₅	114.75±0.16^r	6.69±0.12^v	12.29±0.08^tuv	1.66±0.03^pq	4.04±0.03^u
C₄₆	122.31±0.20ⁿ	11.62±0.05^no	14.18±0.11^pq	2.51±0.10^hi	4.64±0.21^opq
C₄₇	163.04±0.03^e	8.48±0.26^t	13.28±0.11^lm	2.29±0.07^k	3.71±0.09^v
C₄₈	108.34±0.24^s	4.27±0.19^y	13.28±0.11ⁿ	1.17±0.11^rs	3.66±0.17^v

处理 Treat- ments	硬度 Hardness (N)	粘附性 Adhesiveness (N/mm²⁾	内聚性 Cohesiveness	弹性 Springiness (mm)	胶粘性 Gumminess (N)	咀嚼性 Chewiness (mJ)	维生素 Vitamin (C/μg/mg)	可溶性固形物 Soluble solids (%)
C₁	237.62±0.28^j	0.47±0.07^jklmn	0.14±0.01^cd	7.35±0.01^r	34.22±0.02ⁱ	256.41±0.50^k	12.66±0.14^u	1.83±0.01^cde
C₂	245.19±0.82ⁱ	0.16±0.04^vwx	0.10±0.01^no	7.03±0.00^tu	27.53±0.01^t	185.19±0.92^uv	16.06±0.25^ghi	1.47±0.01^jklmn
C₃	273.60±0.22^a	0.80±0.06^c	0.12±0.01^jkl	8.01±0.01^k	36.01±0.01^f	296.74±0.04^f	15.25±0.34^jklm	2.00±0.10^ab
C₄	271.31±0.31^b	0.69±0.08^d	0.10±0.01^op	7.52±0.01^p	27.52±0.15^t	186.07±0.83^u	16.76±0.22^def	1.17±0.01^r
C₅	207.07±0.56^u	0.17±0.01^vwx	0.11±0.01^klm	7.64±0.01ⁿ	30.31±0.29^o	225.24±0.29^o	17.98±0.17^b	1.40±0.10^lmnop
C₆	204.38±0.01^v	0.67±0.01^de	0.14±0.01^cd	7.43±0.01^q	29.75±0.07^p	215.41±0.40^q	13.20±0.18^rstu	1.87±0.15^bcde
C₇	191.13±0.20^xy	0.61±0.07^defgh	0.15±0.00^bc	8.57±0.01^d	27.56±0.30^t	225.32±0.37^o	16.45±0.52^efg	2.03±0.12^a
C₈	273.71±0.25^a	0.51±0.046^ijklm	0.12±0.01^hij	7.52±0.01^p	35.20±0.01^h	266.02±0.71^j	16.56±0.27^efg	1.90±0.10^abcd
C₉	212.75±0.13^rs	0.87±0.08^abc	0.13±0.01^ghi	7.62±0.01^no	28.23±0.04^s	208.75±0.21^r	13.33±0.23^rst	1.57±0.06^hijk
C₁₀	270.92±0.79^b	0.41±0.09^nop	0.17±0.01^a	8.12±0.01^h	44.28±0.22^a	307.99±0.78^b	16.98±0.26^de	2.03±0.12^a
C₁₁	257.57±0.10^f	0.13±0.01^x	0.14±0.01^def	7.03±0.01^t	35.18±0.15^h	245.51±0.45^l	12.90±0.42^stu	1.90±0.10^abcd
C₁₂	265.86±0.52^d	0.63±0.02^defg	0.11±0.01^mno	6.82±0.01^w	29.37±0.19^q	184.95±0.72^v	14.54±0.153^no	1.43±0.06^klmno
C₁₃	235.31±0.13^l	0.60±0.046^efghi	0.10±0.00^op	7.75±0.01^l	31.51±0.04^k	256.50±0.25^k	17.14±0.2^cd	1.50±0.10^ijklm
C₁₄	232.83±0.19^m	0.15±0.011^vwx	0.14±0.01^def	7.43±0.01^q	31.62±0.01^k	243.50±0.65^m	12.92±0.52^stu	1.63±0.12^fghi
C₁₅	221.39±0.41^p	0.88±0.047^abc	0.08±0.01^q	6.82±0.01^w	26.07±0.03^w	178.49±0.29^y	15.75±0.28^hijk	1.33±0.12^nopq
C₁₆	224.97±0.02ⁿ	0.35±0.011^pqr	0.09±0.01^p	7.02±0.01^u	26.67±0.01^u	216.16±0.63^q	15.60±0.25^ijkl	1.20±0.10^qr
C₁₇	219.34±0.03^q	0.24±0.03^stuv	0.11±0.01^klm	7.53±0.01^p	26.35±0.01^v	180.58±0.33^wx	13.30±0.30^rst	1.67±0.12^fgh
C₁₈	219.01±0.43^q	0.71±0.04^d	0.14±0.00^de	8.17±0.01^g	31.25±0.04^lm	256.44±0.79^k	14.11±0.48^opq	1.87±0.12^bcde
C₁₉	209.83±0.59^t	0.67±0.10^de	0.16±0.01^b	8.34±0.01^f	31.61±0.13^k	270.82±0.96ⁱ	14.40±0.30^nop	1.67±0.06^fgh
C₂₀	191.46±0.23^x	0.19±0.03^uvwx	0.12±0.01^hij	7.73±0.01^lm	31.35±0.01^l	226.58±0.33ⁿ	16.83±0.17^de	1.43±0.12^klmno
C₂₁	245.61±0.33^hi	0.83±0.03^bc	0.14±0.01^def	8.64±0.01^c	33.88±0.10^j	296.82±0.13^f	14.63±0.36^no	1.90±0.10^abcd
C₂₂	246.01±0.69^h	0.31±0.044^qrst	0.14±0.01^cd	8.57±0.01^d	35.86±0.04^fg	306.67±0.67^c	16.62±0.08^defg	1.63±0.12^fghi
C₂₃	245.96±0.34^h	0.17±0.04^vwx	0.15±0.01^b	8.86±0.01^a	37.96±0.02^d	308.09±0.45^b	18.84±0.50^a	1.57±0.06^hijk
C₂₄	265.54±0.38^de	0.27±0.04^rstu	0.14±0.01^def	8.65±0.01^c	30.86±0.04ⁿ	276.67±0.67^h	17.52±0.57^bc	1.20±0.10^qr
C₂₅	224.54±0.29ⁿ	0.91±0.07^ab	0.13±0.00^fgh	8.43±0.02^e	29.36±0.02^q	256.27±0.32^k	12.79±0.13^tu	1.67±0.06^fgh
C₂₆	209.45±0.47^t	0.42±0.11^mnop	0.12±0.00^ijk	7.36±0.01^r	26.18±0.01^w	178.41±0.17^y	13.12±0.21^rstu	1.43±0.06^klmno
C₂₇	212.39±0.26^s	0.33±0.01^qrs	0.13±0.00^fgh	8.04±0.01^j	28.26±0.02^s	215.31±0.24^q	14.78±0.21^mn	1.37±0.06^mnop
C₂₈	204.26±0.06^v	0.48±0.08^jklmn	0.12±0.00^ijk	7.74±0.01^lm	31.18±0.01^m	198.41±0.17^t	15.22±0.05^klm	1.17±0.06^r
C₂₉	194.26±0.06^w	0.53±0.04^hijkl	0.13±0.00^fgh	8.17±0.01^g	28.26±0.02^s	223.89±0.36^p	15.81±0.16^hij	1.83±0.06^cde
C₃₀	235.79±0.52^kl	0.14±0.02^wx	0.15±0.00^bc	8.13±0.01^h	35.83±0.01^g	295.34±0.21^g	12.96±0.12^stu	1.97±0.06^abc
C₃₁	190.54±0.16^y	0.67±0.03^de	0.13±0.00^fgh	8.35±0.01^f	26.64±0.01^u	184.85±0.67^v	13.12±0.14^rstu	1.53±0.06^hijkl
C₃₂	194.37±0.06^w	0.64±0.02^def	0.14±0.00^de	7.73±0.01^m	29.45±0.04^q	200.19±0.10^s	16.71±0.10^def	1.27±0.06^pqr
C₃₃	257.92±0.80^f	0.93±0.02^a	0.16±0.01^b	8.44±0.01^e	40.05±0.02^c	306.98±0.76^c	13.96±0.38^pq	1.63±0.06^fghi
C₃₄	207.33±0.25^u	0.70±0.04^d	0.15±0.00^bc	8.83±0.01^b	31.13±0.03^m	305.55±0.33^d	18.67±0.38^a	1.67±0.06^fgh
C₃₅	271.36±0.29^b	0.44±0.02^lmno	0.12±0.01^jkl	6.89±0.01^v	33.95±0.04^j	225.59±1.34^o	12.90±0.33^stu	1.97±0.06^abc
C₃₆	222.33±0.25^o	0.54±0.02^ghij	0.11±0.00l^mn	7.62±0.01^o	35.14±0.03^h	245.55±0.39^l	12.78±0.06^tu	1.30±0.10^opqr
C₃₇	269.91±0.17^c	0.79±0.05^c	0.12±0.00^ijk	8.05±0.03^ij	34.23±0.01ⁱ	296.25±0.67^f	14.54±0.33^no	1.67±0.06^fgh
C₃₈	222.25±0.22^o	0.21±0.01^uvwx	0.10±0.00^op	7.04±0.01^t	26.67±0.01^u	179.72±0.02^x	15.28±0.35^jklm	1.53±0.06^hijkl
C₃₉	213.25±0.18^r	0.68±0.08^de	0.10±0.01^no	6.73±0.01^x	26.34±0.01^v	178.45±0.32^y	13.14±0.15^rstu	1.73±0.06^efg
C₄₀	237.25±0.22^j	0.31±0.01^qrst	0.10±0.00^op	7.35±0.01^r	29.63±0.01^p	180.92±0.51^w	15.39±0.22^jkl	1.30±0.10^opqr
C₄₁	254.13±0.48^g	0.69±0.05^de	0.14±0.00^de	8.85±0.00^a	42.73±0.01^b	310.44±0.42^a	14.31±0.11^nop	1.77±0.06^def
C₄₂	221.86±0.58^op	0.23±0.05^tuvw	0.14±0.00^de	8.00±0.01^k	30.87±0.04ⁿ	245.05±0.54^l	13.41±0.67^rs	1.66±0.10^ghij
C₄₃	265.06±0.86^e	0.58±0.04^fghi	0.12±0.01^jkl	6.71±0.00^y	30.30±0.08^o	185.78±0.58^uv	13.59±0.50^qr	1.57±0.06^hijk
C₄₄	232.80±0.03^m	0.38±0.05^opq	0.13±0.01^efg	7.16±0.01^s	33.87±0.04^j	200.78±0.58^s	16.21±0.33^fgh	1.33±0.06^nopq
C₄₅	269.29±0.51^c	0.90±0.05^ab	0.10±0.01^no	8.01±0.01^k	28.91±0.02^r	223.99±0.29^p	15.16±0.18^lm	1.67±0.06^fgh
C₄₆	236.21±0.38^k	0.44±0.03^mnop	0.16±0.01^b	8.83±0.01^b	36.58±0.16^e	307.41±0.28^bc	17.68±0.34^b	1.83±0.06^cde
C₄₇	270.79±0.45^b	0.45±0.03^klmno	0.12±0.01^hij	7.15±0.01^s	42.74±0.19^b	304.58±0.29^e	16.79±0.11^de	2.00±0.10^ab
C₄₈	254.22±0.01^g	0.54±0.03^ghijk	0.11±0.01^mno	8.06±0.01ⁱ	33.91±0.02^j	243.99±0.76^m	16.45±0.21^efg	1.27±0.06^pqr

成分 Composition	特征值 Eigen alue	方差贡献率 Variance contribution(%)	累积贡献率 Cumulative variance contribution(%)	特征值 Sum total	方差贡献率 Variance contribution(%)	累积贡献率 Cumulative variance contribution(%)
1	5.33	26.648	26.648	5.33	26.648	26.648
2	3.434	17.172	43.82	3.434	17.172	43.820
3	2.077	10.386	54.206	2.077	10.386	54.206
4	1.864	9.320	63.525	1.864	9.320	63.525
5	1.547	7.737	71.262	1.547	7.737	71.262
6	1.176	5.880	77.141	1.176	5.880	77.141
7	1.066	5.330	82.471	1.066	5.330	82.471
8	0.720	3.601	86.072
9	0.585	2.923	88.995
10	0.427	2.137	91.131
11	0.420	2.099	93.23
12	0.300	1.498	94.728
13	0.254	1.272	96.000
14	0.246	1.229	97.229
15	0.173	0.864	98.093
16	0.151	0.755	98.848
17	0.105	0.525	99.373
18	0.075	0.374	99.747
19	0.035	0.173	99.920
20	0.016	0.080	100.000

	主成分1 Component 1	主成分2 Component 2	主成分3 Component 3	主成分4 Component 4	主成分5 Component 5	主成分6 Component 6	主成分7 Component 7
X₁	0.329	-0.010	-0.332	0.067	0.145	0.033	0.117
X₂	0.382	0.051	-0.139	-0.013	0.091	0.055	0.066
X₃	0.347	-0.010	-0.256	0.039	0.199	-0.041	0.139
X₄	0.371	-0.019	0.036	-0.088	-0.004	0.130	-0.046
X₅	0.322	0.055	0.212	0.200	-0.240	0.174	0.122
X₆	0.344	-0.052	0.108	0.079	0.068	-0.037	-0.151
X₇	0.326	0.010	-0.171	0.065	0.105	-0.043	-0.201
X₈	0.102	0.011	0.400	0.215	-0.385	0.254	0.365
X₉	-0.091	0.208	-0.278	-0.303	-0.169	0.472	0.183
X₁₀	-0.017	0.022	0.100	-0.330	0.236	-0.314	0.664
X₁₁	0.065	0.416	0.178	0.097	-0.131	-0.314	-0.156
X₁₂	-0.024	0.384	0.207	0.138	0.250	-0.346	0.038
X₁₃	-0.036	0.452	-0.080	-0.171	-0.070	0.212	-0.083
X₁₄	0.014	0.509	0.063	-0.078	0.072	0.096	0.009
X₁₅	0.172	-0.177	0.333	-0.325	0.132	-0.090	-0.057
X₁₆	0.146	-0.063	0.462	-0.187	0.095	0.203	-0.294
X₁₇	0.012	0.131	0.073	0.545	0.253	0.178	0.287
X₁₈	0.046	0.024	-0.229	0.210	-0.519	-0.384	-0.074
X₁₉	-0.183	0.151	-0.033	0.211	0.388	0.208	-0.247
X₂₀	0.219	0.297	-0.039	-0.312	-0.160	-0.120	-0.048

处理 Treat- ments	F₁	F₂	F₃	F₄	F₅	F₆	F₇	U(F₁)	U(F₂)	U(F₃)	U(F₄)	U(F₅)	U(F₆)	U(F₇)	D值 D value	排名 Ran- king
C₁	4.846	-0.244	1.752	-1.678	-1.060	-0.535	-0.065	1.000	0.402	0.698	0.349	0.398	0.495	0.543	2.303	34
C₂	0.507	-1.730	-2.654	0.479	-2.065	-1.709	-0.794	0.522	0.193	0.000	0.695	0.198	0.262	0.377	1.592	48
C₃	-0.911	1.942	-0.505	-2.056	-1.465	-0.574	-0.104	0.366	0.710	0.341	0.288	0.317	0.488	0.535	2.132	40
C₄	-3.257	-1.588	-0.081	0.316	-1.235	-0.856	0.847	0.107	0.213	0.408	0.669	0.363	0.432	0.751	1.975	43
C₅	2.033	-1.022	-0.819	1.227	0.667	-3.032	-1.244	0.690	0.292	0.291	0.815	0.742	0.000	0.275	2.069	42
C₆	1.289	-0.388	0.388	-0.014	-2.031	0.918	-0.991	0.608	0.382	0.482	0.616	0.204	0.784	0.333	2.326	32
C₇	0.523	0.185	2.510	0.036	1.199	-0.424	-1.713	0.524	0.462	0.819	0.624	0.848	0.517	0.168	2.627	20
C₈	-3.142	0.250	1.325	-3.852	0.822	-1.724	-0.507	0.120	0.471	0.631	0.000	0.773	0.259	0.443	1.680	47
C₉	-1.456	-1.195	-0.524	-1.605	-0.188	0.873	-2.257	0.306	0.268	0.338	0.360	0.572	0.775	0.044	1.910	44
C₁₀	-0.489	4.005	1.170	-0.780	-1.625	-1.119	0.080	0.412	1.000	0.606	0.493	0.285	0.379	0.577	2.637	17
C₁₁	0.246	0.201	-0.240	-2.200	-3.056	0.055	-0.525	0.493	0.464	0.383	0.265	0.000	0.612	0.439	1.768	46
C₁₂	-3.380	-1.851	0.249	-0.973	-1.930	-0.031	0.826	0.094	0.176	0.460	0.462	0.224	0.595	0.746	1.794	45
C₁₃	0.371	-0.939	1.622	-1.210	1.165	-1.449	0.191	0.507	0.304	0.678	0.424	0.841	0.314	0.602	2.241	36
C₁₄	1.305	0.111	1.573	1.273	-2.631	-0.453	1.222	0.610	0.452	0.670	0.822	0.085	0.511	0.836	2.572	24
C₁₅	1.218	-3.098	-1.830	-0.096	1.762	-1.103	0.877	0.600	0.000	0.131	0.603	0.960	0.383	0.758	2.165	39
C₁₆	-3.104	-2.529	1.541	1.105	-0.541	-0.875	1.704	0.124	0.080	0.665	0.795	0.501	0.428	0.946	2.224	38
C₁₇	2.456	-2.467	1.246	-0.779	-0.098	-0.302	-0.608	0.737	0.089	0.618	0.493	0.590	0.542	0.420	2.096	41
C₁₈	3.475	0.924	2.388	1.331	0.521	-0.115	1.380	0.849	0.566	0.799	0.832	0.713	0.579	0.872	3.334	3
C₁₉	3.114	0.635	3.654	0.417	-0.466	1.416	-0.218	0.809	0.526	1.000	0.685	0.516	0.882	0.509	3.161	7
C₂₀	-0.699	-1.013	2.763	2.041	0.476	-1.347	-0.022	0.389	0.294	0.859	0.945	0.704	0.334	0.553	2.637	18
C₂₁	-1.249	1.713	0.918	-2.225	0.911	0.435	-1.084	0.328	0.677	0.566	0.261	0.791	0.688	0.312	2.518	26
C₂₂	-0.336	2.558	-0.314	1.320	-0.303	-1.135	-0.128	0.429	0.796	0.371	0.830	0.549	0.376	0.529	2.830	12
C₂₃	0.108	3.328	-2.418	1.516	0.798	-1.690	-0.902	0.478	0.905	0.037	0.861	0.768	0.266	0.353	2.861	11
C₂₄	-3.943	1.377	0.017	1.751	-0.110	-0.726	-0.054	0.032	0.630	0.423	0.899	0.587	0.457	0.546	2.682	15
C₂₅	1.997	0.219	2.020	0.664	0.100	1.890	1.285	0.686	0.467	0.741	0.724	0.629	0.976	0.851	3.315	4
C₂₆	2.485	-2.211	-0.679	1.056	0.245	0.270	-0.098	0.740	0.125	0.313	0.787	0.658	0.655	0.536	2.510	28
C₂₇	-0.219	-1.327	1.132	-0.310	1.011	-0.129	-0.798	0.442	0.249	0.600	0.568	0.811	0.576	0.377	2.369	29
C₂₈	-3.121	-1.537	0.134	0.238	0.982	0.407	-1.192	0.122	0.220	0.442	0.656	0.805	0.682	0.287	2.288	35
C₂₉	2.695	-0.344	-1.294	0.694	0.877	0.521	-2.452	0.763	0.388	0.215	0.729	0.784	0.705	0.000	2.591	23
C₃₀	3.053	2.414	-1.905	0.888	-1.654	0.602	-0.045	0.802	0.776	0.119	0.760	0.280	0.721	0.548	2.930	8
C₃₁	0.702	-1.406	-0.643	0.452	0.470	2.009	-1.416	0.543	0.238	0.319	0.690	0.703	1.000	0.236	2.646	16
C₃₂	-4.230	-0.841	-0.139	1.200	-0.214	1.726	-1.372	0.000	0.318	0.399	0.811	0.567	0.944	0.246	2.515	27
C₃₃	-0.878	2.821	0.229	-0.984	1.557	1.015	0.895	0.369	0.833	0.457	0.460	0.920	0.803	0.762	3.238	5
C₃₄	0.585	2.442	0.414	2.381	1.453	-0.529	-0.538	0.530	0.780	0.486	1.000	0.899	0.497	0.436	3.347	2
C₃₅	2.296	-0.092	-2.169	-1.726	-1.714	1.105	0.293	0.719	0.423	0.077	0.341	0.268	0.821	0.625	2.230	37
C₃₆	-2.475	-0.497	0.047	0.349	0.458	0.557	0.684	0.193	0.366	0.428	0.674	0.700	0.712	0.714	2.628	19
C₃₇	1.842	1.093	-0.680	-1.436	1.961	0.083	1.277	0.669	0.590	0.313	0.388	1.000	0.618	0.849	2.927	10
C₃₈	0.678	-2.358	-1.500	0.896	-1.058	0.810	0.800	0.541	0.104	0.183	0.762	0.398	0.762	0.740	2.350	30
C₃₉	2.595	-3.019	-0.751	-1.256	1.923	0.572	-0.004	0.752	0.011	0.302	0.417	0.993	0.715	0.557	2.328	31
C₄₀	-1.434	-2.148	-0.133	0.460	-0.255	0.394	0.714	0.308	0.134	0.400	0.692	0.558	0.680	0.721	2.320	33
C₄₁	0.148	3.225	-0.517	-0.369	0.897	1.657	0.941	0.482	0.890	0.339	0.559	0.788	0.930	0.773	3.421	1
C₄₂	0.263	0.464	-0.301	1.776	-0.405	0.775	-0.106	0.495	0.501	0.373	0.903	0.529	0.755	0.534	2.928	9
C₄₃	3.643	-1.108	-2.317	0.333	0.938	-0.358	1.940	0.867	0.280	0.053	0.671	0.796	0.530	1.000	2.727	13
C₄₄	-3.971	-0.548	-0.381	1.039	-0.041	0.625	0.812	0.028	0.359	0.360	0.785	0.601	0.725	0.743	2.595	22
C₄₅	-1.642	-0.440	-0.830	-1.390	1.345	1.156	0.934	0.285	0.374	0.289	0.395	0.877	0.831	0.771	2.610	21
C₄₆	-0.992	3.483	-0.859	1.404	-0.037	0.761	-0.688	0.357	0.927	0.285	0.843	0.602	0.752	0.402	3.217	6
C₄₇	0.212	2.289	-1.658	-2.071	0.786	-1.044	1.462	0.489	0.758	0.158	0.286	0.766	0.394	0.891	2.557	25
C₄₈	-3.758	0.261	-0.950	0.370	0.859	0.626	0.761	0.052	0.473	0.270	0.677	0.780	0.726	0.732	2.709	14
权重 Weights								0.710	0.932	0.720	0.983	2.184	2.069	1.920

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