Home > VII International Walnut Symposium > STRATEGIES FOR THE COMPREHENSIVE DEVELOPMENT OF THE FENZHOU WALNUT INDUSTRY

Articles

STRATEGIES FOR THE COMPREHENSIVE DEVELOPMENT OF THE FENZHOU WALNUT INDUSTRY

Article number

1050_49

Pages

361 – 367

Language

English

Abstract

Ongoing analysis on the current situation, advantages, benefits and shortcomings of the Fenzhou walnut has brought forth the following opinions for improvement: certification of scion origin, finding a better orchard system, improving nursery management, planting at a reasonable density, reworking poor walnut yield seedling forests, processing development, and the creation of a significant scientific research body.
Some opinions have been put forward for the importance and improvement and advancement of the Fenzhou walnut industry.
At the same time, it is clear that Fenzhou walnut industry still has room for much improvement with great potential for expansion.

Publication

VII International Walnut Symposium

Authors

Ren Chengzhong, Wei Caixia, Bo Ren

Keywords

benefits of walnuts, efficient conditions, industrial development

Full text

https://doi.org/10.17660/ActaHortic.2014.1050.49

Online Articles (57)

1. THE WALNUT IN XINJIANG

G.A. Wang | X.Y. Shang | Q. Zhang | Y. Abduxukur | M.M. Huang

2. CHLOROPLAST SIMPLE SEQUENCE REPEAT (CP-SSR) ANALYSIS FOR DETERMINING THE ORIGIN OF J. HOPEIENSIS

J.X. Qi | C.L. Wu | N.G. Dong | Y.H. Chen | Y.B. Hao

3. MOLECULAR CLONING AND EXPRESSION ANALYSIS OF THE TRANSCRIPTION FACTOR GENE JRCBF FROM JUGLANS REGIA L.

L. Xu | X. Chen | L.S. Zhang | Q.Z. Liu

4. SPECIAL GERMPLASM RESOURCES OF CULTIVATED WALNUT IN CHINA

Guoliang Wu | Yina Wang | Qihai Wang | Ning Ding | Chengzhong Ren

5. REVIEW OF WALNUT BREEDING RESEARCH AT THE SHANDONG INSTITUTE OF POMOLOGY

M.Y. Zhang | Y. Xu | K. Xiang | X.L. Wang

6. CORRELATIONS OF CERTAIN HIGH-HERITABILITY HORTICULTURAL TRAITS IN PERSIAN WALNUT (JUGLANS REGIA L.)

S. Sarikhani Khorami | K. Arzani | M.R. Roozban

7. ANALYSIS OF MAJOR NUTRIENT COMPOSITIONS IN KERNEL OF ‘JIZHAOMIAN’ WALNUT

L.Q. Hou | D.C. Zhao | C.M. Han | Y. Shi | B.H. Liu

8. ANALYSIS OF THE MORPHOLOGY AND STRUCTURAL CHARACTERISTICS OF ‘JIZHAOMIAN’ WALNUT NUT

L.Q. Hou | Y. Shi | D.C. Zhao | C.M. Han | B.H. Liu

9. THE CALIFORNIA WALNUT IMPROVEMENT PROGRAM: SCION BREEDING AND ROOTSTOCK DEVELOPMENT

C.A. Leslie | G.H. McGranahan

10. WALNUT GENEBANK IN CHINA NATIONAL CLONAL PLANT GERMPLASM REPOSITORY

X. Chen | L. Xu | S.L. Zhang | Z.Q. Liu

11. GENETIC IMPROVEMENT OF PERSIAN WALNUT (JUGLANS REGIA L.) IN IRAN

12. WALNUT ROOTSTOCK SELECTION FOR CALCAREOUS SOILS IN SOUTHEASTERN AUSTRALIA AND THE POTENTIAL FOR EXPANDING THE WALNUT INDUSTRY IN THE REGION

I.R.K. Sluiter | L. McKenzie | J.R. Mitchell

13. AGRONOMIC EVALUATION AND HERITABILITY OF JIN RS-2 AND JIN RS-3 WALNUT ROOTSTOCKS

G. Wang | J.Y. Wang | Q. He | J Wu | C.H. Zhang

14. EVALUATION OF SOME DOMESTIC AND FOREIGN WALNUT CULTIVARS IN THE CONDITIONS OF BURSA, TURKEY

U. Ertürk | C. Mert | A. Soylu | Y. Akça | Y. Okay

15. CALLUS INDUCTION FROM IN VITRO LEAVES OF JUGLANS REGIA ‘LVBO’

H.X. Li | S.Y. Cao

16. ‘ŞEBIN’ PERSIAN WALNUT

Y. Akça

17. COMPARISON OF SOME PROMISING TURKISH AND FOREIGN WALNUT CULTIVARS

Y. Akça | B. Ünal | M. Çelik | Y. Okay

18. THE BREEDING OF SIX XINJIANG DWARF WALNUT CULTIVARS

G.A. Wang | Q. Zhang | M.M. Huang | A. Yakup

19. CHARACTERISTICS AND FATTY ACIDS COMPOSITION OF ‘QINGLIN’ WALNUT (JUGANS REGIA L.)

Dengchao Zhao | Liqun Hou | Chuanming Han

20. INFLUENCE OF SOFTWOOD CUTTING ON THE ABILITY OF TISSUE REGENERATION IN ‘XIANGLING’ WALNUT

Yanping Yu | Dengchao Zhao | Yizeng Hu | Chuanming Han | Liqun Hou

21. IN VITRO GERMINATION OF SOME WALNUT (JUGLANS REGIA L.) CULTIVAR EMBRYOS WITH BAP AND IBA PLANT GROWTH REGULATORS

A. Ehteshamnia | M. Gholami | M. Asna-Ashari

22. A RAPID GRAFTING TECHNIQUE USING DIRECT SOWING OF FRESH WALNUT SEEDS

23. DEVELOPING A PHOTOMIXOTROPHIC SYSTEM FOR MICROPROPAGATION OF PERSIAN WALNUT

K. Vahdati | A. Hassankhah

24. BEHAVIOR OF SOME EARLY MATURE AND DWARF PERSIAN WALNUT TREES IN IRAN

K. Vahdati | D. Hassani | R. Rezaee

25. LONG TERM TRIALS ON TOPWORKING OF WALNUT TREES IN IRAN

R. Rezaee | D. Hassani | K. Vahdati

26. POLYPHENOL CONTENT IN WALNUT (JUGLANS REGIA L.) MATURE LEAVES

27. THE EVALUATION OF STRAW PIT IRRIGATION METHOD IN WALNUT ORCHARD IN LOESS PLATEAU AREA

Chaobin Liu

28. STUDY ON INFLUENCE OF LOW TEMPERATURE STRESS ON COLD RESISTANCE INDICES OF THE DIFFERENT WALNUT STRAINS

29. EFFECTS OF SOIL WATER CONTENTS ON GROWTH AND NUT CHARACTER OF WALNUT IN DROUGHT HILLY REGION OF TAIHANG MOUNTAIN

G.H. Qi | B.G. Li | S.P. Guo | L.L. Chen

30. CHEMICAL COMPOSITION AND NUTRITIVE VALUE OF SELECTED WALNUTS (JUGLANS REGIA L.) FROM TURKEY

U. Ertürk | T. Şisman | C. Yerlikaya | O. Ertürk | T. Karadeniz

31. MULTIPLE REGRESSION AND PATH ANALYSIS BETWEEN AGRONOMIC CHARACTERISTICS AND YIELD IN LATERALLY FRUITFUL INDIVIDUAL WALNUT

B.J. Zhao | Y.H. Gong | F. Liu

32. THE NUTRIENT-ACCUMULATING DYNAMICS DURING THE KERNEL DEVELOPMENT IN THE WALNUT (JUGLANS REGIA L.) EVIDENCED BY HISTOCHEMISTRY

N. Zhang | Y.T. Li | X. Liu | H.S. An | K.Q. Yang

33. EFFECTS OF DIFFERENT HEAT TREATMENTS ON LIPOXYGENASE ACTIVITY AND THE OXIDATIVE STABILITY OF WALNUT OIL

W.Q. Wang | C.Y. Yang | D.P. Li | H.Q. Wang | R.F. Rong

34. BASELINE SUSCEPTIBILITY OF CODLING MOTH TO TWO REDUCED-RISK INSECTICIDES IN WALNUTS

R.A. Van Steenwyk | F. Cave | L.M. Novotny | S.C. Welter | W.W. Coates

35. EVALUATION OF MONITORING TECHNIQUES FOR WALNUT HUSK FLY

36. THE INFLUENCE OF ECOLOGICAL CONDITIONS AND GENOTYPE ON WALNUT YIELD NORTH OF OLTENIA – ROMANIA

M. Botu | G. Achim | S. Cosmulescu | T. Tsampas | I. Botu

37. ANALYSIS OF NUT QUALITY CHARACTERISTICS OF DIFFERENT EARLY-FRUITING WALNUT CULTIVARS FROM SHANXI PROVINCE

J. Wu | Q. He | J.Y. Wang | C.H. Zhang | G. Wang

38. THE ANALYSIS OF FAT CHARACTERISTICS OF 12 WALNUT CULTIVARS IN SHANXI PROVINCE

Du Junmin | Chang Yuemei | Liu Yingcui

39. FATTY ACID COMPOSITION AND TOCOPHEROL CONTENT OF 13 WALNUT CULTIVARS GROWN IN CHINA

M.Z. Zhai | D. Wang | Z.Y. Wang | L. Li | H. Yang

40. CREATING, MAINTAINING AND ASSESSING WALNUT QUALITY FROM GROWER TO MARKET

D.L. McNeil | K.J. Evans | H.H. Adem

41. CROWN GALL INCIDENCE AND SEVERITY: SEEDLING WALNUT ROOTSTOCK VERSUS CLONALLY PROPAGATED ROOTSTOCK

J.K. Hasey | D.A. Kluepfel | K.K. Anderson

42. LOSS OF KERNEL QUALITY ASSOCIATED WITH HARVEST DELAYS IN TASMANIA, AUSTRALIA

M.D. Lang | J.A. Sulcs | K.J. Evans

43. A COMPARISON OF BLIGHT INFECTION RATES IN FOUR WALNUT CULTIVARS AS AFFECTED BY SPRAY TREATMENT AND ENVIRONMENT

C.J. Bell

44. EFFECTS OF ETHEPHONE APPLICATION ON DIFFERENT HARVESTING METHODS AND HULLING OF WALNUT HUSK

45. WALNUT BLIGHT MANAGEMENT USING XANTHOMONAS ARBORICOLA PV. JUGLANDIS DORMANT BUD POPULATION SAMPLING

46. IDENTIFICATION AND CONTROL EFFICACY OF BACILLUS AMYLOLIQUEFACIENS SDF-005 AGAINST WALNUT ANTHRACNOSE DISEASE

Wang Qing-hai | Liu Xing-hong | Duan Chun-hua | Niu Shan-guang | Zhang Wei

47. OCCURRENCE AND SPREAD OF THE PATHOGENS ON WALNUT (JUGLANS REGIA) IN SHANDONG PROVINCE, CHINA

Y.F. Zhu | Y.F. Yin | W.W. Qu | K.Q. Yang

48. MORPHOLOGICAL AND MOLECULAR IDENTIFICATION OF COLLETOTRICHUM GLOEOSPORIOIDES CAUSING WALNUT ANTHRACNOSE IN SHANDONG PROVINCE, CHINA

Y.F. Zhu | Y.F. Yin | W.W. Qu | K.Q. Yang

49. STRATEGIES FOR THE COMPREHENSIVE DEVELOPMENT OF THE FENZHOU WALNUT INDUSTRY

Ren Chengzhong | Wei Caixia | Bo Ren

50. OVERVIEW OF WALNUT CULTURE IN TURKEY

U. Ertürk | Y. Akça

51. SCALE INSECT DEVELOPMENT AND EXPERIMENTAL ANSWER IN THE SOUTH-EAST WALNUT PRODUCTION AREA OF FRANCE

F. Noton | A. Verhaeghe

52. THOUGHTS AND SUGGESTIONS ON SPEEDING UP THE DEVELOPMENT AND PRODUCTION OF WALNUT IN CHINA

W.F. Meng

53. USING WALNUT SPECIES FOR TIMBER PRODUCTION IN SOUTHERN EUROPE

N. Aletà

54. FROST RESISTANCE IN SEVEN COMMERCIAL WALNUT CULTIVARS

N. Aletà | A. Vilanova | E. Tomàs | M. Guàrdia

55. TECHNOLOGIC PROBLEMS TO FACE WHEN ESTABLISHING WALNUT IN NEW COLD AREAS: THE EXPERIENCE IN THE SOUTHERN HEMISPHERE

L. Iannamico

56. WALNUT TOLERANCE TO ABIOTIC STRESSES: APPROACHES AND PROSPECTS

K. Vahdati

57. A MODEL FOR ESTIMATION OF THE POTENTIAL YIELD OF WALNUT TREES