袁隆平论文集PDF电子书下载

第一部分 中、英对照论文及译文 3

1水稻的雄性不孕性 3

2 A Preliminary Report on Male Sterility in Rice，Oryza sativa L 7

3利用野败育成水稻三系的情况汇报 9

4 A Report on Development of Three Lines in Hybrid Rice through Wild Abortive Rice 14

5杂交水稻制种和高产的关键技术 20

6 Key Techniques for Hybrid Seed Production and Hybrid Cultivation in Rice 23

7杂交水稻培育的实践和理论 28

8 Practice and Theory of Hybrid Rice Breeding 34

9杂交水稻育种的程序 41

10 Organization of a Hybrid Rice Breeding Program 45

11杂交水稻新组合威优64 49

12 Weiyou 64，a New Hybrid Rice Combination 52

13杂交水稻研究的现状与展望 55

14 Status of Hybrid Rice Research and Development 68

15 中国的杂交水稻 83

16 Hybrid Rice in China 91

17杂交水稻在国内外的发展近况 100

18 Recent Development of Hybrid Rice in and outside China 103

19杂交水稻超高产育种探讨 107

20 A Discussion on the Breeding of Super-high-yielding Hybrid Rice 111

21杂交水稻育种的战略设想 116

22 Strategies of the Development of Hybrid Rice Breeding 120

23水稻广亲和系的选育 123

24 Breeding for Wide Compatibility Rice Lines 129

25利用无融合生殖改良作物的潜力 135

26 The Potential Use of Apomixis in Crop Improvement 139

27水稻无融合生殖研究的新进展 143

28 New Progresses on Rice Apomixis Research 148

29“无融合生殖”水稻84-15还有待科学验证 153

30 Rice Line 84-15 as an Apomictic Material Needs Scientific Evidence 155

31水稻广谱广亲和系的选育策略 157

32 A Strategy for Developing Wide Spectrum Compatibility Rice Lines 166

33选育水稻光、温敏核不育系的技术策略 174

34 Technical Strategies to Breed for Temperature-and Photoperiod-genie-male Sterile Rice （TGMS，PGMS） 179

35水稻光、温敏不育系的提纯和原种生产 184

36 Purification and Production of Foundation Seed of Rice PGMS and TGMS Lines 186

37选育水稻亚种间杂交组合的策略 188

38 Breeding Strategies for Development of Intersubspecific Hybrid Rice 190

39两系法杂交水稻研究的进展 192

40 Progress of Two-line System Hybrid Rice Breeding 198

41两系法杂交水稻研究 205

42 Studies on Two-line System Hybrid Rice 208

43野生稻中拥有可以显著提高水稻产量的基因 212

44 Genes from Wild Rice Improve Yield 216

45从育种角度展望我国水稻的增产潜力 220

46 Prospects of Rice Yield Potential from the View Point of Plant Breeding 223

47我国两系法杂交水稻研究的形势、任务和发展前景 226

48 Current Status，Objectives and Prospects of Research and Development of Two-line Hybrid Rice 230

49农作物两系法杂种优势利用的现状与前景 234

50 Exploiting Crop Heterosis by Two-line System Hybrids：Current Status and Future Prospects 240

51杂交水稻超高产育种 247

52 Hybrid Rice Breeding for Super High Yield 252

53杂交水稻选育的回顾、现状与展望 256

54 Retrospect, Current Status and Outlook of Hybrid Rice Breeding 261

55超级杂交水稻育种研究的进展 267

56 Progress in Breeding Super Hybrid Rice 271

57水稻强化栽培体系 276

58漫长之路 282

第二部分 英文论文及报告 287

59 Hybrid Rice Breeding in China （A） 287

60 Prospects and Suggestions for Development of Hybrid Rice Technology in India 299

61 Hybrid Rice Breeding Consultancy for 1992 302

62 Development and Use of Hybrid Rice Technology in India 312

63 Increasing Yield Potential in Rice by Exploitation of Heterosis 318

64 Advantages of and Constraints to Use of Hybrid Rice Variety 324

65 Hybrid Rice Breeding in China （B） 328

66 Identification of Trait-improving Quantitative Trait Loci Alleles From a Wild RiceRelative, Oryza rufipogon 334

67 Hybrid Rice Development and Use: Innovative Approach and Challenges 351

68 Hybrid Rice: Genetics, Breeding and Seed Production 363

69 Recent Progress in the Development of Hybrid Rice in China 438

70 Research and Development of Hybrid Rice in China 441

71 Hybrid Rice Technology for Food Security in the World 445

72 Future Outlook on Hybrid Rice Research and Development in China 447

73 The Second Generation of Hybrid Rice in China 449

74 Recent Progress in Breeding Super Hybrid Rice in China 453

75 A Draft Sequence of the Rice Genome （Oryza sativa L.ssp.indica） 457

76 Preliminary Experiences on SRI for Growing Super Hybrid Rice 485

77 Development of Hybrid Rice in China 490

78 Hybrid Rice Technology for Food Security in the World 494

79 Developments in Super Hybrid Rice: Achievements and Prospects 496

80 The Genomes of Oryza sativa : A History of Duplications 502

81 A Transcriptomic Analysis of Super Hybrid Rice LYP9 and Its Parents 532

82 Hybrid Rice Technology Development 544

83 Development of Hybrid Rice for Food Security in the World 570