黄辉白教授果树学文选PDF|Epub|txt|kindle电子书版本网盘下载

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第一部分 葡萄：栽培 生态 生理3

修剪长度和芽眼负载量对玫瑰香葡萄结实规律的影响3

玫瑰香葡萄一年多次结实下生长结实的规律7

葡萄新梢多次截顶的生物学与经济学效应（概述）18

Viticulture in China23

我国北方葡萄气候区域的初步分析33

A preliminary evaluation of climatic regions for grapes in north China38

夏季修剪对玫瑰香葡萄结果、果实品质和树势调节效应的研究46

葡萄浆果转熟（veraison）的研究兼谈荔枝果实是否也有类转熟现象57

广东省开发葡萄生产的考察报告59

广东省葡萄架式的探讨63

Studies on the adaptability of some grape cultivars and wild species to the southern subtropics of Guangdong68

葡萄果实膨大生长的动力相关参数研究75

葡萄转熟研究的回顾与思考81

Early post-veraison growth in grapes:evidence for a two-step mode of berry enlargement84

Cell walls of loosening skin in post-veraison grape berries lose structural polysaccharides and calcium while accumulate structural proteins91

第二部分 荔枝果实生理107

The developmental patterns of fruit tissues and their correlative relationships in Litchi chinensis Sonn107

荔枝假种皮的发生和果实的个体发育114

Litchi growth and compositional changes during fruit development118

荔枝果实发育的研究：Ⅰ．对一个复杂的相关体系的剖析127

荔枝果实发育的研究：Ⅱ．成熟期间某些生理生化特点133

荔枝果实发育的研究：Ⅲ．干鲜重变化动态和水分与溶质的进入与分配139

Growth correlations and assimilate partitioning in the arillate fruit of Litchi chinensis Sonn144

Litchi fruit abscission:its patterns,effect of shading and relation to endogenous abscisic acid152

通过调节源—库关系以改善荔枝坐果161

从调节源—库关系看环剥对荔枝幼树根梢生长与坐果的调控166

螺旋环剥对幼龄荔枝树生长结果的调控作用171

螺旋环剥和闭合环剥对荔枝14C光合产物转运及分配的影响177

螺旋环剥对‘糯米糍’荔枝坐果与碳水化合物及激素的影响181

Towards a better insight into the development of the arillate fruit of litchi and longan185

Why do detached litchi fruit senesce more rapidly?192

Litchi fruit maturation studies:changes in abscisic acid and 1-aminocyclopropane-1-carboxylic acid and the effects of cytokinin and ethylene on coloration in cv.Feizixiao196

套袋处理提高‘妃子笑’荔枝果实耐贮性202

Unfruitfulness of young litchi trees in relation to their peculiar root growth behavior208

大果型和小果型荔枝品种果实发育细胞学和生理学比较214

荔枝果实生长的数学模型220

‘妃子笑’荔枝果实着色不良原因的研究225

荔枝果实的糖积累与相关酶活性232

荔枝果皮发育细胞学研究238

‘妃子笑’荔枝早花大果和晚花小果与营养竞争的关系245

荔枝果实发育时期的新划分250

不同花期‘妃子笑’荔枝果实大小与果皮中内源激素的关系254

‘妃子笑’荔枝早花果和晚花果大小不同与温度的关系258

环切对糯米糍荔枝果实大小和裂果的影响265

荔枝果皮花青苷合成与相关酶的关系研究269

NAA增大荔枝果实及原因分析275

Research advances in litchi fruit set,development and maturation—a review279

A study of rapid senescence of detached litchi:roles of water loss and calcium303

A comparative study of chlorophyll loss and its related mechanism during fruit maturation in the pericarp of fast-and slow-degreening litchi317

荔枝液态胚乳对果实生长和脱落的影响327

Sugar and acid compositions in the arils of Litchi chinensis Sonn.:cultivar differences and evidence for the absence of succinic acid332

Differential effects of abscisic acid and ethylene on the fruit maturation of Litchi chinensis Sonn340

第三部分 常绿果树成花生理353

荔枝大小年与花芽分化：低温、干旱及内源激素影响的讨论353

冬季期间温度和水分对暗柳橙成花和花序类型的影响357

柑橘成花的抑制或促进处理对芽内游离氨基酸代谢的影响361

Endogenous hormone and nucleic acid metabolism in response to floral promotion or inhibition368

柑橘成花机理的研究：Ⅰ．与内源激素的关系376

柑橘成花机理的研究：Ⅱ．与核酸代谢的关系382

多效唑对促进椪柑成花和抑制冬梢的效应389

A phase approach towards the floral formation in lychee391

Low temperature requirements for floral induction in lychee400

荔枝树成花与碳水化合物器官分布的关系研究408

第四部分 果树水分关系与膨大生长419

水分胁迫对甜橙果实发育的影响419

用抑蒸剂减轻甜橙受秋旱不良影响的效应427

柑橘叶与果之间的水分转移：水势测定与氚水示踪的新证据431

广东果树水分问题刍议437

果实的膨大生长和吸水与气候变化之间的关系444

模拟台风气候对柑橘果实膨大生长及生理的影响449

The growth potential generated in citrus fruit under water stress and its relevant mechanisms455

Leaf-fruit water relations:solving a controversial problem465

第五部分 果实异常与生理病害475

荔枝裂果与果实生长及水分吸收动力学的关系475

久旱骤雨诱发荔枝裂果原因探析482

荔枝果实理化特性及果皮形态学与裂果易感性的关系486

A study of the cause of the mango black tip disorder490

杧果黑顶病及其诱因495

杧果对氟的吸收与果实生理病害的关系499

The stunted fruit disorder—a physiological anomaly in mango(Mangifera indica L.)caused by a fluorine pollutant504

荔枝裂果过程的果皮形态变化观察510

荔枝果皮组织结构及细胞分裂与裂果关系探讨513

An overview of litchi fruit cracking519

The relationship between fruit cracking and calcium in litchi pericarp523

裂果易发性不同的荔枝品种果皮中细胞壁代谢酶活性的比较529

Pericarp structural aspect in relation to fruit cracking resistance in litchi(Litchi chinensis Sonn.)536

Linking cracking resistance and fruit desiccation rate to pericarp structure in litchi(Litchi chinenesis Sonn.)543

Early calcium accumulation may play a role in spongy tissue formation in litchi pericarp555

An overview of calcium's role in litchi fruit cracking566

The presence of oxalate in the pericarp and fruit pedicel is not linked to a shortage of fruit calcium and increase in cracking incidence in litchi576

Cell wall modifications in the pericarp of litchi(Litchi chinensis Sonn.)cultivars that differ in their resistance to cracking585

第六部分 其它研究599

热处理对苹果芽萌发的效应599

低温及多效唑对香蕉叶片过氧化物酶及其同工酶的影响607

低温和多效唑对香蕉及大蕉超氧物歧化酶和脱落酸的影响612

杧果果实钙吸收动态和果实发育的关系617

利用湿强度测定仪测定植物细胞壁的机械性能622

Effects of panicle thinning and application of growth regulators on fruit sizes and quality of'Shixia'longan626

第七部分 教育科研与果树产业评论633

严格要求，热情扶持633

“低薪加创收”涣散高校教师队伍的现状必须改变636

关于果树学中术语的定译问题638

评高校教师年终考核与“量化”管理640

关于科研与市场导向——对《科研转化为生产力的困惑与出路》一文的商榷643

China litchi industry:development,achievements and problems646

窥探我国果农的合作之路654

从水果“品牌”谈到“体制”658

评论“政府＋公司＋科技＋农户＋基地”的“新模式”663

迎着初升的朝阳667

在长江大学园艺园林学院教师座谈会上关于科研的发言（提要）669

回忆吾师沈隽先生672