Home > VI International Symposium on Vaccinium Culture > CULTIVATION OF VACCINIUM MACROCARPON AIT. ON EXHAUSTED PEAT-SWAMPS AND PROTECTION OF THE PEAT-SWAMPS WITH V. OXYCOCCUS L.

Articles

CULTIVATION OF VACCINIUM MACROCARPON AIT. ON EXHAUSTED PEAT-SWAMPS AND PROTECTION OF THE PEAT-SWAMPS WITH V. OXYCOCCUS L.

Article number

446_38

Pages

257 – 258

Language

Abstract

During the past 30 years the area of cranberry swamp as well as the berry harvest have been reduced.
This is because of the intensive agricultural cultivation of the swamps and the continuous extraction of peat.
After the peat extraction in the area of Ukrainian Polissia, exhausted peat-swamps remain.
These swamps require reclaimation.
Part of the land may be used for growing the cranberry Vaccinium macrocarpon Ait.

The territory of Ukraine contains the southern limits of V. oxycoccus L. growing in Europe.
Preserving valuable plant populations and cranberry swamps on the continent is ecologically important.

Publication

VI International Symposium on Vaccinium Culture

Authors

V.K. Konovalchuk, V.V. Konovalchuk

Keywords

Full text

https://doi.org/10.17660/ActaHortic.1997.446.38

Online Articles (71)

2. PRODUCTION TRENDS IN THE WILD BLUEBERRY INDUSTRY IN NORTH AMERICA

David E. Yarborough

3. PRODUCTION TRENDS IN THE CULTIVATED BLUEBERRY INDUSTRY OF NORTH AMERICA

David L. Trinka

4. TRENDS IN CRANBERRY PRODUCTION

Frank L. Caruso

5. THE WILD LINGONBERRY (VACCINIUM VITIS–IDAEA L. VAR. MINUS LODD) INDUSTRY IN NORTH AMERICA

Paul A. Hendrickson

6. OVERVIEW ON VACCINIUM PRODUCTION IN EUROPE

K. Pliszka

7. RECENT TRENDS IN AUSTRALASIAN BLUEBERRY PRODUCTION

N. Patel

8. ON A WING: THE GENETICS AND TAXONOMY OF VACCINIUM SPECIES FROM A POLLINATION PERSPECTIVE

N. Vorsa

9. LIFETIME MONETARY VALUE OF INDIVIDUAL POLLINATORS: THE BEE HABROPODA LABORIOSA AT RABBITEYE BLUEBERRY (VACCINIUM ASHEI READE)

J.H. Cane

10. SOLITARY BEES FOR VACCINIUM POLLINATION

S. W.T. Batra

11. POTENTIAL FOR MANAGEMENT OF THE BLUEBERRY BEE, OSMIA ATRIVENTRIS CRESSON

F. A. Drummond | C. S. Stubbs

12. THE ALFALFA LEAFCUTTING BEE, MEGACHILE ROTUNDATA FABR.: AN ALTERNATIVE MANAGED POLLINATOR OF LOWBUSH BLUEBERRY

K. MacKenzie | D. Rogers | S. Javorek

13. IMPACTS OF CULTIVATION PRACTICES ON POLLINATION OF VACCINIUM

Marvin P. Pritts

14. POLLINATION AND FRUIT SET IN LINGONBERRIES (VACCINIUM VITIS IDAEA)

I. Hjalmarsson

15. SAMPLING BEE POPULATIONS IN LOWBUSH BLUEBERRY IN MAINE

F. A. Drummond | C. S. Stubbs

16. VARIATION OF FRUIT SET AND FRUIT CHARACTERISTICS OF WILD LOWBUSH BLUEBERRIES (VACCINIUM ANGUSTIFOLIUM AIT.) IN A MANAGED FIELD

John M. Smagula | W. Litten | Y. Chen | S. Dunham

17. EVIDENCE OF XENIA IN BLUEBERRY

C. L. Gupton

18. NATIVE LINGONBERRY (VACCINIUM VITIS–IDAEA VAR. MINUS) AS A NEW CROP IN NEW BRUNSWICK, CANADA

E.N. Estabrooks

19. BREEDING STRATEGIES IN LINGONBERRY CULTURE (VACCINIUM VITIS–IDAEA)

B. Gustavsson

20. THE WILD PARTRIDGEBERRY (VACCINIUM VITIS–IDAEA L. VAR. MINUS LODD) INDUSTRY IN NEWFOUNDLAND AND LABRADOR AND THE POTENTIAL FOR EXPANSION UTILIZING EUROPEAN CULTIVARS

B.G. Penney | C.A. Gallagher | P.A. Hendrickson | R.A. Churchill | E. Butt

21. COMPARISON OF THREE NEW SOUTHERN HIGHBUSH BLUEBERRY CULTIVARS

James B. Magee | B. J. Smith | C. L. Gupton | James M. Spiers

22. PROGRESS WITH BREEDING BLUEBERRIES IN NEW ZEALAND

N. Patel | J.P. George

23. ‘JUBILEE’, ‘MAGNOLIA’, AND ‘PEARL RIVER’ SOUTHERN HIGHBUSH BLUEBERRIES

James M. Spiers | C. L. Gupton | Arlen D. Draper

24. THE EMERGING CRANBERRY INDUSTRY IN CHILE

Elden J. Stang

25. THE CHARACTERISTICS OF BLUEBERRY HYBRID 1/91 (VACCINIUM CORYMBOSUM L.)

M. Stanisavljevic | R. Cerovic

26. VARIETY-TESTS OF HIGHBUSH BLUEBERRIES IN CHIBA-KEN, JAPAN

T. Tamada

27. HIGHBUSH BLUEBERRY PRODUCTION AND RESEARCH IN NORWAY

S. Vestrheim | K. Haffner | K. Grønnerød

28. RELATIONSHIPS OF POLLINATOR NUMBERS IN BLUEBERRY FIELDS TO FRUIT DEVELOPMENT AND YIELDS.

L. J. Eaton | John E. Murray

29. POLLINATION OF WILD LOWBUSH BLUEBERRY, VACCINIUM ANGUSTIFOLIUM BY THE ALFALFA LEAFCUTTING BEE, MEGACHILE ROTUNDATA

C. S. Stubbs | F. A. Drummond

30. MODIFIED ATMOSPHERE STORAGE OF HIGHBUSH BLUEBERRY

G. Bounous | G. Giacalone | A. Guarinoni | C. Peano

31. U.S. CHANGES IN HEALTH CLAIMS AND NUTRITIONAL LABELING FOR FOODS AND DIETARY SUPPLEMENTS

M. Camire

32. PREVENTION OF ANTHOCYANIN LEAKAGE OF INDIVIDUALLY QUICK FROZEN (IQF) LOWBUSH BLUEBERRIES IN BLUEBERRY MUFFINS

H.L. Zhang | A.A. Bushway | T. Work | M.E. Camire | R. Work

33. APPLYING BIOTECHNOLOGICAL APPROACHES TO VACCINIUM IMPROVEMENT: A REVIEW

R.A. Serres | E.L. Zeldin | B.H. McCown

34. BREEDING BLUEBERRIES FOR THE NEW CENTURY

Mark K. Ehlenfeldt

35. INTERSECTIONAL HYBRIDS OF LINGONBERRY (VACCINIUM VITIS–IDAEA, SECTION VITIS–IDAEA) AND CRANBERRY (V. MACROCARPON, SECTION OXYCOCCUS) TO VACCINIUM RETICULATUM (SECTION MACROPELMA)

E.L. Zeldin | B.H. McCown

36. EVALUATION OF FINGERPRINTING TECHNIQUES FOR DIFFERENTIATION OF CRANBERRY AND BLUEBERRY VARIETIES.

James J. Polashock | N. Vorsa

37. THE NORTH CAROLINA STATE UNIVERSITY BLUEBERRY BREEDING PROGRAM – TOWARD V. X COVILLEANUM?

J.R. Ballington | S.D. Rooks | W.O. Cline | J.R. Meyer | R.D. Milholland

38. FEASIBILITY OF BLUEBERRY PRODUCTION IN WARM CLIMATES

R. L. Darnell | J. G. Williamson

39. CULTIVATION OF VACCINIUM MACROCARPON AIT. ON EXHAUSTED PEAT-SWAMPS AND PROTECTION OF THE PEAT-SWAMPS WITH V. OXYCOCCUS L.

V.K. Konovalchuk | V.V. Konovalchuk

40. EFFECT OF MICROJET AND DRIP IRRIGATION ON FRUIT PRODUCTION OF HIGHBUSH BLUEBERRY.

E.A. Holzapfel | R.F. Hepp

41. HIGH-DENSITY BLUEBERRY PLANTINGS IN FLORIDA

P.M. Lyrene | J.G. Williamson

42. EFFECT OF CULTURAL PRACTICES ON FIELD GROWN ‘BLUECROP’ HIGHBUSH BLUEBERRIES, WITH EMPHASIS ON MYCORRHIZAL INFECTION LEVELS

B. L. Goulart | K. Demchak | W. Yang

43. IDENTIFYING SOURCES OF RESISTANCE TO MUMMY BERRY AND ANTHRACNOSE IN HIGHBUSH BLUEBERRY

A.W. Stretch | M.K. Ehlenfeldt

44. PHENOLOGY OF THE MUMMY BERRY FUNGUS AND THE BLUEBERRY HOST: IMPLICATIONS FOR RESISTANCE BREEDING

J.S. Lehman | P.V. Oudemans

45. ECONOMIC THRESHOLDS FOR WEEDS IN WILD BLUEBERRY FIELDS

David E. Yarborough | M. C. Marra

46. DEVELOPING BEST MANAGEMENT PRACTICES TO REDUCE HEXAZINONE IN GROUND WATER IN WILD BLUEBERRY FIELDS

David E. Yarborough | John M. Jemison

47. PRELIMINARY REPORT ON THE EFFECT OF TIRE CHIPS AS A MULCH AND SUBSTRATE COMPONENT FOR BLUEBERRIES

48. POSTHARVEST INFECTION OF BLUEBERRIES DURING HANDLING

W.O. Cline

49. BLUEBERRY CULTURE IN GREENHOUSES, TUNNELS, AND UNDER RAINCOVERS

John J.M. Bal

50. PRUNING OF HIGHBUSH BLUEBERRIES

W.A.G.M. Jansen

51. RESPONSE OF RABBITEYE BLUEBERRY (VACCINIUM ASHEI READE) TO GIBBERELLIC ACID RATE

D. Scott NeSmith | G. Krewer

52. CRANBERRY MICROPROPAGATION USING A LOWBUSH BLUEBERRY MEDIUM

John M. Smagula | J. Harker

53. FLOWER-BUD DIFFERENTIATION OF HIGHBUSH AND RABBITEYE BLUEBERRIES

T. Tamada

54. FOURIER TRANSFORM INFRARED SPECTROSCOPY OF BLUEBERRY FLORAL BUDS IN RESPONSE TO CHILLING TEMPERATURE EXPOSURE.

Shiow Y. Wang | J. George Buta

55. INFLUENCE OF N, P, K, CA AND MG RATES ON LEAF ELEMENTAL CONCENTRATION AND PLANT GROWTH OF ‘GULFCOAST’ BLUEBERRY

John H. Braswell | Frank B. Matta | James M. Spiers

56. INFLUENCE OF SOIL IRON AND AEROBIC STATUS ON PHOSPHORUS AVAILABILITY IN CRANBERRY (VACCINIUM MACROCARPON AIT.) SOILS

J.R. Davenport | M.T. Pitts | W. Provance | C. DeMoranville

57. PHOSPHORUS FORMS, RATES, AND TIMING IN MASSACHUSETTS CRANBERRY PRODUCTION

C. J. DeMoranville | Joan R. Davenport

58. BLUEBERRY HYBRIDS WITH COMPLEX GENETIC BACKGROUNDS EVALUATED ON MINERAL SOILS: COLD HARDINESS AS INFLUENCED BY PARENTAL SPECIES AND LOCATION

J.F. Hancock | W.A. Erb | B.L. Goulart | J.C. Scheerens

59. FERTIGATION VS. SURFACE APPLICATION OF NITROGEN DURING BLUEBERRY PLANT ESTABLISHMENT

Chad E. Finn | M. R. Warmund

60. EFFECTS OF SOIL FUMIGATION, MULCHING, AND FERTILIZATION ON ‘BRIGHTWELL’ RABBITEYE BLUEBERRIES

James M. Spiers | John H. Braswell

61. THE PRESENCE, ISOLATION, AND CHARACTERIZATION OF ERICOID MYCORRHIZAL SYMBIONTS IN TWO NATIVE AND TWO COMMERCIAL VACCINIUM POPULATIONS IN CENTRAL PENNSYLVANIA

62. PREDICITING BLUEBERRY STEM BLIGHT IN NEW PLANTINGS

W.O. Cline

63. CONTROL OF DODDER IN CRANBERRY VACCINIUM MACROCARPON WITH A PATHOGEN-BASED BIOHERBICIDE

H.J. Hopen | F.L. Caruso | T.A. Bewick

64. INSECT PEST MANAGEMENT FOR BLUEBERRIES GROWN ON THE NORTH COAST OF NEW SOUTH WALES, AUSTRALIA

J.A. Macdonald

65. IMPROVED SPRAYER TECHNOLOGY TO REDUCE FUNGICIDE USE IN BLUEBERRY PRODUCTION

E.J. Hanson | G.R. VanEe | D.C. Ramsdell | J.F. Hancock | J.A. Flore

66. EVALUATION OF THREE BIOINSECTICIDES FOR CONTROL OF LEPIDOPTERAN PESTS IN CRANBERRIES

Hilary A. Sandler | J. Mason

67. DETACHED STEM ASSAY TO EVALUATE THE SEVERITY OF STEM BLIGHT OF RABBITEYE BLUEBERRY (VACCINIUM ASHEI)

B. J. Smith

68. ENTOMOPATHOGENIC FUNGI IN LOWBUSH BLUEBERRY FIELDS

D. Strongman | P. Dixon | K. MacKenzie

69. FERTILIZER PHOSPHORUS IN LOWBUSH BLUEBERRIES: EFFECTS AND FATE

L. J. Eaton | Glenn W. Stratto | Kevin R. Sanderson

70. EFFECT OF SOIL MANAGEMENT AND WATER STRESS UPON GROWTH AND CROPPING OF THE HIGHBUSH BLUEBERRY

K. Pliszka | K. Scibisz | H. Rojek | S. Zakowicz

71. EFFECT OF MANGANESE, COPPER, ZINC AND ALUMINUM APPLICATION RATE ON THE GROWTH AND COMPOSITION OF ‘WOODARD’ RABBITEYE BLUEBERRY

T. Tamada