1. NAL Call No.: 381-J8223
Absorption and translocation of metalaxyl in cabbage, red raspberry, and strawberry.
Carris, L. M.; Bristow, P. R. J-Agric-Food-Chem v.35(6): p.651-655. ill. (1987 Nov.-1987 Dec.)
Includes references.

Descriptors: brassica-oleracea-var; -capitata; rubus-idaeus; fragaria-ananassa; fungicides-; absorption-; uptake-; translocation-; cotyledons-

2. NAL Call No.: SB13.A27
Angular leaf spot of strawberry, a new disease in Argentina. Comparative control with antibiotics and fungicides.
Alippi, A. M.; Ronco, B. L.; Carranza, M. R. Adv-Hortic-Sci v.3(1): p.3-6. (1989)
Includes references.

Descriptors: fragaria-; xanthomonas-fragariae; characterization-; plant-disease-control; streptomycin-; oxytetracycline-; symptomatology-; pathogenicity-; argentina-

3. NAL Call No.: 1.9-P69P
Anthracnose of strawberry fruit caused by Glomerella cingulata in Florida.
Howard, C. M.; Albregts, E. E. Plant-Dis v.68(9): p.824-825. (1984 Sept.)
Includes 12 references.

Descriptors: Florida-

4. NAL Call No.: 1.9-P69P
Aphid transmission of strawberry mottle virus from Chenopodium quinoa to Fragaria vesca.
Hepp, R. F.; Converse, R. H. Plant-Dis v.74(4): p.320-321. ill. (1990 Apr.)
Includes references.

Descriptors: fragaria-vesca; chenopodium-quinoa; chaetosiphon-fragaefolii; disease-vectors; strawberry-mottle-virus; disease-transmission; symptoms-

5. NAL Call No.: 450-N42
Application of the diffusion equation for modelling splash disperal of point-source pathogens.
Yang, X.; Madden, L. V.; Brazee, R. D. New-Phytol v.118(2): p.295-301. (1991 June)
Includes references.

Descriptors: fragaria-ananassa; colletotrichum-acutatum; disease-distribution; spread-; mathematical-models

6. NAL Call No.: 1-AG84AH
Aster yellows in strawberry.
Chiykowski, L. N. Agric-Handb-U-S-Dep-Agric-Comb-For-Pest-Res-Dev-Program (631): p.31-34. ill. (1987 Aug.)

Descriptors: fragaria-; aster-yellows; hemiptera-; disease-vectors

7. NAL Call No.: 450-P5622
Biosynthetic origin of (8R,9S)-9,10-epoxy-8-hydroxy-9-methyl-deca-(2E,4Z,6E)-trienoic acid, a precursor of AK-toxins produced by Alternaria alternata.
Nakatsuka, S. I.; Feng, B. N.; Goto, T.; Tsuge, T.; Nishimura, S. Phytochemistry v.29(4): p.1529-1531. (1990)

Part 2 in the series 'Biosynthesis of Host-selective Toxins produced by Aialternata Pathogens.

Descriptors: pyrus-communis; fragaria-ananassa; alternaria-alternata; pathotypes-; mycotoxins-; biosynthesis-; acetic-acid; derivatives-; spectral- analysis; phytotoxins-; biochemical-pathways

8. NAL Call No.: 1.9-P69P
Blue lupine as a host for Collectotrichum trifolii from alfalfa for Colletotrichum fragariae from strawberry [Lupinus angustifolius, Medicago sativa, Fragaria X ananassa].
Welty, R. E. Plant-Dis. St. Paul, American Phytopathological Society. Feb 1984. v. 68 (2) p. 142-144. ill.
Includes references.

9. NAL Call No.: 81-M58
Blueberry, strawberry and raspberry diseases and their control.
Ramsdell, D. C. Annu-Rep-Mich-State-Hortic-Soc (120th): p.123-132. (1990)

Descriptors: vaccinium-; fragaria-ananassa; rubus-idaeus; fungal-diseases; plant-viruses; disease-control; michigan-

10. NAL Call No.: 464.8-Z1
Botrytis cinerea as a fungal disease of strawberries. Botrytis cinerea person kao parazit jagode. Botrytis cinerea person kao parazit jagode.
Perisic, M.; Babovic, M.; Stojanovic, S. Zast-Bilja-Plant-Prot v.33(4): p.377-388. ill. (1982)
Includes references.

Descriptors: Yugoslavia-

11. NAL Call No.: SB123.P55
Breeding strawberries for red stele resistance.
Scott, D. H.; Draper, A. D.; Galletta, G. J. Plant-Breed-Rev. Westport : AVI Publishing Company. 1984. v. 2 p. 195-214.

Literature review.

Descriptors: fragaria-; breeding-methods; disease-resistance; phytophthora-fragariae

12. NAL Call No.: 1-AG84AH
Bud and leaf nematodes of strawberry.
Slack, D. A.; Fulton, J. P. Agric-Handb-U-S-Dep-Agric-Comb-For-Pest-Res-Dev-Program (631): p.72-73. ill. (1987 Aug.)

Descriptors: fragaria-; aphelenchoides-fragariae; aphelenchoides-besseyi; aphelenchoides-ritzemabosi; corynebacterium-fascians

13. NAL Call No.: 100-M36S-no.445
Cause and control of the red stele disease of strawberries.
Jeffers, W. F. W. F. 1. College Park : University of Maryland, Agricultural Experiment Station, 1953. 8 p. : ill., map, Cover title.

Descriptors: Strawberries-Diseases-and-pests

14. NAL Call No.: 464.8-IN3
Certification of fruit plants: stone fruits, strawberry and small bushes fruits (Ribes, Rubus, Vaccinium) [Protection against virus and bacterial diseases]. Certificazione di piante da frutto: drupacee, fragola e fruttiferi minori. Certificazione di piante da frutto: drupacee, fragola e fruttiferi minori.
Canova, A. Inf-Fitopatol v.33(2): p.78-82. ill. (1983 Feb.)
Includes references.

15. NAL Call No.: 382-P56
Changes in chlorophyll-protein complexes associated with june yellows of strawberry.
Jeong, B. R.; Daley, L. S.; Postman, J.; Proebsting, W. M.; Lawrence, F. J. Photochem-Photobiol v.47(1): p.91-100. (1988 Jan.)
Includes references.

Descriptors: strawberries-; hereditary-diseases; leaves-; color-pattern; chlorophyll-; plant-proteins

16. NAL Call No.: 464.8-IN2
Changes in nucleic acids, protein and phenols in strawberry (Fragaria ananassa) fruits infected with Rhizopus and Mucor species.
Thompson, D. P.; Eribo, B. E. Indian-Phytopathol v.37(3): p.498-500. (1984 Sept.)
Includes references.

Descriptors: fragaria-ananassa; rhizopus-stolonifer; mucor-; nucleic-acids; proteins-; phenols-; mucor-piriformis

17. NAL Call No.: S494.5.B563C87
Characteristics relevant to the question of environmental fate of genetically engineered INA- deletion mutant strains of Pseudomonas.
Lindemann, J.; Suslow, T. V. Curr-Plant-Sci-Biotechnol-Agric. Dordrecht : Martinus Nijhoff Publishers. 1987. v. 4 p. 1005-1012.

Presented at the "Sixth International Conference on Plant Pathogenic Bacteria," June 2-7, 1985, College Park, Maryland.

Descriptors: fragaria-; pseudomonas-syringae; pseudomonas-fluorescens; strains-; mutants-; diagnosis-; genetic-engineering

18. NAL Call No.: 464.8-P56
Characterization and detection of the strawberry necrotic shock isolate of tobacco streak virus.
Stenger, D. C.; Mullin, R. H.; Morris, T. J. Phytopathology v.77(9): p.1330-1337. ill. (1987 Sept.)
Includes references.

Descriptors: fragaria-vesca; tobacco-streak-virus; host-parasite-relationships; serology-

19. NAL Call No.: SB599.B73
Clean stock schemes: with examples from Scotland.
Howell, P. J. Monograph-Br-Crop-Prot-Counc (33): p.21-29. (1986)
Includes references.

Descriptors: planting-stock; disease-prevention; certification-; cultivars-; solanum-tuberosum; narcissus-; fragaria-; rubus-idaeus; scotland-

20. NAL Call No.: 464.8-P56
Cloning of four plant viruses from small quantities of double-stranded RNA.
Jelkmann, W.; Martin, R. R.; Maiss, E. Phytopathology v.79(11): p.1250-1253. ill. (1989 Nov.)
Includes references.

Descriptors: plum-pox-virus; strawberry-mild-yellow-edge-virus; plant-viruses; cloning-; rna-; dna-; synthesis-; cucumber-mosaic-virus; molecular-cloning; raspberry-leaf-spot-virus

Abstract: The cloning of less than microgram amounts of dsRNA of four plant viruses, cucumber mosaic virus (CMV), plum pox virus (PPV), raspberry leaf spot virus (RLSV), and strawberry mild yellow-edge virus (SMYEV), by using three methods of denaturation was accomplished. PPV and RLSV clones were up to 1,600 bp in length while the largest insert of SMYEV was 3,000 bp. Denaturation methods used were: boiling for 5 min; incubation in 90% dimethyl sulfoxide (DMSO) at 65 C for 30 min; and incubation at room temperature in 20 mM methylmercuric hydroxide (MeHg) for 10 min. The first strand and second strand synthesis were basically that of Gubler and Hoffman with the omission of mung bean nuclease digestion. After second strand synthesis, the DNA was size-fractionated on a Sepharose CL-4B column, C- tailed, annealed to G-tailed pBR322/pUC9, and Escherichia coli DH1/DH5a cells transformed. No differences in length of cDNA and size of inserts was observed when heat- and DMSO-denaturation were used. However, use of MeHg yielded greater incorporation of 32P-dATP into first strand when compared to the boiling method of denaturation.

21. NAL Call No.: S587.T47
Comparison of fungicides for strawberry grey mould control.
Locke, T.; Andrews, L. Tests-Agrochem-Cult (6): p.70-71. (1985 Apr.)
Includes references.

Descriptors: botrytis-cinerea; fragaria-; fungicide-application; dichlofluanid-; iprodione-; vinclozolin-; fungicide-recommendations

22. NAL Call No.: 442.8-AN72
Comparison of fungicides for strawberry powdery mildew control [Sphaerotheca macularis].
Popple, S. Ann-Appl-Biol v.104(suppl.): p.66-67. (1984 Apr.)
Includes references.

23. NAL Call No.: 464.9-P562
Comparison of infection process of Botrytis cinerea on cucumber cotyledon and strawberry petal.
Shirane, N.; Watanabe, Y. Nihon-Shokubutsu-Byori-Gakkaiho-Ann-Phytopathol-Soc-Jap v.51(4): p.501-505. ill. (1985 Oct.)
Includes references.

Descriptors: botrytis-cinerea; cucumis-sativus; cotyledons-; fragaria-; corolla-; infection-

24. NAL Call No.: RA1270.P35A1
Comparison of sampling methods for determination of pesticide residue on leaf surfaces.
Bissell, S.; Troiano, J.; Marade, J.; Graham, E.; Del Valle, M. Bull-Environ-Contam-Toxicol v.46(3): p.397-403. (1991 Mar.)
Includes references.

Descriptors: fragaria-vesca; captan-; pesticide-residues; sampling-; plant-analysis; leaves-

25. NAL Call No.: 436.8-N342
A comparison of the generation times of and gall formation by Xiphinema diversicaudatum and Longidorus elongatus on a good and a poor host [Raspberry, strawberry, turnip].
Griffiths, B. S.; Trudgill, D. L. Nematologica v.29(1): p.78-87. ill. (1983 Jan.)
Includes references.

26. NAL Call No.: 20.5-Z5
Comparison of two inoculation methods of strawberry plants with Pratylenchus penetrans and Longidorus elongatus.
Szczygiel, A. Zesz-Probl-Postepow-Nauk-Roln. Warszawa : Panstwowe Wydawn. Naukowe. 1983. (278) p. 133-138. ill.
Includes 4 references.

Descriptors: pratylenchus-penetrans; longidorus-elongatus; strawberries-; experiments-; host-parasite-relationships; inoculation-

27. NAL Call No.: SB608.S85C65
Compendium of strawberry diseases.
Maas, J. L.; American Phytopathological Society. St. Paul, Minn. : American Phytopathological Society in cooperation with Agricultural Research Service, U.S. Department of Agriculture, 1984. vi, 138 p. : ill. (some col.), Includes bibliographies and index.

Descriptors: Strawberries-Diseases-and-pests

28. NAL Call No.: 464.8-P56
Competition between ice nucleation-active wild type and ice nucleation-deficient deletion mutant strains of Pseudomonas syringae and Pseudomonas fluorescens biovar I and biological control of frost injury on strawberry blossoms.
Lindemann, J.; Suslow, T. V. Phytopathology v.77(6): p.882-886. (1987 June)
Includes references.

Descriptors: fragaria-ananassa; pseudomonas-syringae; pseudomonas-fluorescens; strains-; frost-injury; competition-; biological-control

29. NAL Call No.: 464.8-P56
Consecutive serial passage of strawberry crinkle virus in Myzus ornatus by injection and its occasional transmission to Fragaria vesca.
Sylvester, E. S.; Richardson, J. Phytopathology v.76(11): p.1161-1164. ill. (1986 Nov.)
Includes 12 references.

Descriptors: strawberry-crinkle-virus; myzus-; disease-vectors; disease-transmission; fragaria-vesca

30. NAL Call No.: SB123.6.P519
Constraints upon the use of micropropagation for the Scottish Strawberry Certification Scheme.
Harper, P. C.; Fordyce, W. A.; Rankin, P. A. Plant tissue culture and its agricultural applications / [edited by] Lyndsey A. Withers, P.G. Alderson. London : Butterworths, 1986. p. 205-210.
Includes references.

Descriptors: fragaria-ananassa; micropropagation-; disease-control; phytophthora-fragariae; planting-stock; certification-; scotland-; scottish-strawberry-certification-scheme

31. NAL Call No.: 464.9-C47
Control of bacterial wilt of strawberry by planting with healthy seedlings.
Hsu, Y. H. Chung-Hua-Chih-Wu-Pao-Hu-Hsueh-Hui-Plant-Prot-Bull v. 29(2): p.199-201. (1987 June)
Includes references.

Descriptors: fragaria-; pseudomonas-solanacearum; infection-; plant-disease-control

32. NAL Call No.: 79.9-N213
Control of black fruit rot of strawberry.
Cheah, L. H.; Soteros, J. J. Proc-N-Z-Weed-Pest-Control-Conf (37th): p.160-162. (1984)
Includes references.

Descriptors: colletotrichum-acutatum; fungicides-

33. NAL Call No.: 80-ER9
Control of Botrytis in strawberries with regard to planting, chosing of varieties and hardiness. Versuche zur Botrytis-Bekampfung bei Erdbeeren unter Berucksichtigung von Anbautechnik, Sortenwahl und Witterung. Versuche zur Botrytis-Bekampfung bei Erdbeeren unter Berucksichtigung von Anbautechnik, Sortenwahl und Witterung.
Kolbe, W. Erwerbsobstbau v.24(6): p.149-154. (1982 June)
Includes references.

34. NAL Call No.: 100-L93-1-no.547
Control of Botrytis rot of strawberries.
Horn, N. L. N. L. 1.; Hawthorne, P. L. P. L. 1. [Baton Rouge, La.] : Louisiana State University and Agricultural and Mechanical College, Agricultural Experiment Station, 1961. 16 p. : ill., Bibliography: p. 15-16.

Descriptors: Botrytis-cinerea-Control; Strawberries-Diseases-and-pests-Control

35. NAL Call No.: QH301.A76
Control of heterogeneity in field experiments.
Pike, D. J. Aspect-Appl-Biol (10): p.13-23. (1985)

Paper presented at the Conference on "Field Trials Methods and Data Handling," Dec. 16-18, 1985, Cambridge, England.

Descriptors: fragaria-; verticillium-; experimental-designs; experimental-plots; field-experimentation; statistical-analysis; yields-

36. NAL Call No.: SB599.B73
Control of leaf nematodes in nuclear stock strawberries.
McNamara, D. G.; Stickels, J. E.; Flegg, J. J. M. Monograph-Br-Crop-Prot-Counc (33): p.217-219. (1986)
Includes references.

Descriptors: fragaria-; planting-stock; plant-parasitic-nematodes; aphelenchoides-fragariae; control-methods

37. NAL Call No.: 100-AL1S-3-no.46
Control of leaf spot and strawberry weevil on trailing blackberries.
Diener, U. L. U. L. 1.; Eden, W. G. W. G. 1.; Carlton, C. C. Auburn, Ala. : Agricultural Experiment Station of the Alabama Polytechnic Institute, 1955. 4 p., Caption title.

Descriptors: Blackberries-Diseases-and-pests; Leaf-spot-; Anthonomus-

38. NAL Call No.: 79.9-N213
Control of leaf spot in strawberries [Mycosphaerall fragariae, Fragaria amanassa].
Hartill, W. F. T.; Holland, P. T.; Eden, M. A. Proc-N-Z-Weed-Pest-Control-Conf (36th): p.74-78. (1983)
Includes references.

39. NAL Call No.: SB950.3.G7C76
The control of powdery mildew on straberries and raspberries.
Brokenshire, T. Crop-Prot-North-Br p.370-375. (1984)

Paper presented at the "Conference on Crop Protection in Northern Britain," March 19-22, 1984, Dundee, Scotland.

Descriptors: fragaria-; rubus-; mildews-; sphaerotheca-macularis; fungicides-; yields-; scotland-

40. NAL Call No.: 105.1-G344
The control of red core caused by Phytophthora fragariae on strawberries in N.F.T.
Jamart, G.; Kamoen, O.; Vaerenbergh, J. v. Meded-Fac-Landbouwwet-Rijksuniv v.50(3b): p.1087-1096. ill. (1985)
Includes references.

Descriptors: fragaria-; phytophthora-fragariae; fungicide-application; nutrient-film-techniques; fungitoxicity-

41. NAL Call No.: 421-J27
Control of root rot diseases in strawberry in Japan [caused by Cylindrocarpon, Fusarium, Rhizoctonia species, nematodes].
Shinsu, T. Shokubutsu-Boeki-Plant-Prot v.36(12): p.541-544. ill. (1982 Dec.)
Includes references.

Descriptors: Japan-

42. NAL Call No.: 100-L93-1-no.252
Control of strawberry leaf blights in Louisiana.
Plakidas, A. G. A. G. 1. [Baton Rouge, La.] : Louisiana State University and Agricultural and Mechanical College, Agricultural Experiment Stations, 1934. 17 p. : ill., "Revision of Louisiana Agricultural Experiment Station Bulletin No. 225"--Cover.

Descriptors: Strawberries-Diseases-and-pests-Control-Louisiana; n-us-la-

43. NAL Call No.: 100-L93-1-no.225
Control of strawberry leaf blights in Louisiana.
Plakidas, A. G. A. G. 1. [Baton Rouge, La.] : Louisiana State University and Agricultural and Mechanical College, Agricultural Experiment Stations, 1931. 21 p. : ill., Cover title.

Descriptors: Strawberries-Diseases-and-pests-Louisiana

44. NAL Call No.: 79.9-N213
Control of strawberry leaf spot [Mycospharella fragariae].
Prince, R. W. Proc-N-Z-Weed-Pest-Control-Conf (36th): p.71-73. (1983)
Includes references.

45. NAL Call No.: 80-J825
Control of verticillium wilt and other soil-borne diseases of strawberry in Britain by chemical soil disinfestation.
Harris, D. C. J-Hortic-Sci v.65(4): p.401-408. (1990 July)
Includes references.

Descriptors: fragaria-ananassa; soil-fungi; verticillium-dahliae; phytophthora-fragariae; phytophthora-cactorum; disease-control; soil-treatments; disinfection-; yield-response-functions; united-kingdom

46. NAL Call No.: 80-J825
Control of verticillium wilt of strawberry in Britain by chemical soil disinfestation.
Harris, D. C. J-Hortic-Sci v.64(6): p.683-686. (1989 Nov.)
Includes references.

Descriptors: fragaria-vesca; verticillium-dahliae; disease-control; soil-treatments; chloropicrin-; yield-response-functions; dazomet-; united-kingdom; formalin-

47. NAL Call No.: 100-OH3S-3
Controlling strawberry fruit rots with fungicides [Fragaria chiloensis, Botrytis cinerea, Ohio].
Tanboon Ek, P.; Grove, G. G.; Ellis, M. A. Ohio-Rep-Res-Dev-Agric-Home-Econ-Nat-Res-Ohio-Agric-Res-Dev-Cent v.68(5): p.72-73. ill. (1983 Sept.-1983 Oct.)

Descriptors: Ohio-

48. NAL Call No.: 100-F66S-1-no.235
Crimp : a nematode disease of strawberry.
Brooks, A. N. A. N. Gainesville, Fla. : University of Florida Agricultural Experiment Station, 1931. 27 p. : ill., Cover title.

Descriptors: Nematode-diseases-of-plants-Florida; Strawberries-Diseases-and-pests-Florida

49. NAL Call No.: 80-AR2
Crinkle tolerance of strawberries. Zur toleranz der Erdbeere gegenuber der Krauselkrankheit. Zur toleranz der Erdbeere gegenuber der Krauselkrankheit.
Graichen, K.; Kegler, H.; Ulrich, M. Arch-Gartenbau v.33(5): p.275-283. ill. (1985)
Includes references.

Descriptors: strawberry-crinkle-virus; strawberry-mottle-virus; disease-resistance

50. NAL Call No.: 464.8-P56
Criteria for identifying pathogenic races of Phytophthora fragariae on selected strawberry genotypes.
Milholland, R. D.; Cline, W. O.; Daykin, M. E. Phytopathology v.79(5): p.535-538. (1989 May)
Includes references.

Descriptors: fragaria-ananassa; fragaria-chiloensis; genotypes-; disease-resistance; phytophthora-fragariae; pathotypes-; physiological-races; identification-; pathogenicity-; virulence-; infection-; steles-; sporulation-; spores-; indexes-; susceptibility-; inoculum-; north-carolina; oospores-; disease-severity-index

Abstract: The pathogenicity of 12 isolates of Phytophthora fragariae was evaluated on 13 strawberry genotypes and then separated into seven distinct pathogenic races by their ability to infect and produce oospores in the roots of a set of differential strawberry hosts. The cultivars Aberdeen, Climax, Stelemaster, Surecrop, and Tennessee Beauty, MD683 selection, and the Fragaria chiloensis clone Del Norte are proposed as a new set of differential genotypes for identifying races of Phytophthora fragariae. A disease severity index based on the number of oospores in the root stele and the percentage of roots infected with P. fragariae is used to determine genotype susceptibility.

51. NAL Call No.: 464.8-P692
Cross-reactivity of antiserum raised against Phytophthora fragariae with other Phytophthora species and its evaluation as a genus-detecting antiserum.
Mohan, S. B. Plant-Pathol v.38(3): p.352-363. ill. (1989 Sept.)
Includes references.

Descriptors: phytophthora-; phytophthora-fragariae; antiserum-; cross-reaction; enzyme-linked-immunosorbent-assay; genera-; taxonomy-; fragaria-; hosts-of-plant-diseases

52. NAL Call No.: SB1.H6
Cultivar dependent variation in pathogen resistance due to tissue culture-propagation of strawberries.
Galletta, G. J. Hortscience v.20(2): p.253-254. (1985 Apr.)
Includes 12 references.

Descriptors: fragaria-; cultivars-; tissue-culture; disease-resistance; phytophthora-fragariae; verticillium-albo-atrum

53. NAL Call No.: 100-C12CAG
Cyclamen mite control in strawberries.
Welch, N. C.; Pickel, C.; Walsh, D.; Van Nouhuys, S. Calif-Agric v.43(4): p.14-15. (1989 July-1989 Aug.)

Descriptors: fragaria-; acaricides-; abamectin-; steneotarsonemus-; insecticide-resistance; endosulfan-; field-tests; chemical-treatment; california-

54. NAL Call No.: 100-Il6S-no.229
Dendrophoma leaf blight of strawberry.
Anderson, H. W. H. W. 1. Urbana, Ill. : University of Illinois Agricultural Experiment Station, 1920. p. [125]-136 : ill., Cover title.

Descriptors: Strawberries-Diseases-and-pests

55. NAL Call No.: 1-AG84AH
Detection and elimination of virus and viruslike diseases in strawberry.
Converse, R. H. Agric-Handb-U-S-Dep-Agric-Comb-For-Pest-Res-Dev-Program (631): p.2-10. ill. (1987 Aug.)

Descriptors: fragaria-ananassa; plant-viruses; insects-; vectors-

56. NAL Call No.: 464.8-AR2
Detection of isometric particles in phloem tissue of Fragaria vesca L. var. semperflorens infected with strawberry mottle virus. Nachweis isometrischer Partikeln im Phloemgewebe von Fragaria vesca L. var. semperflorens nach Infektion mit dem Blattscheckungs-Virus der Erdbeere (strawberry mottle virus). Nachweis isometrischer Partikeln im Phloemgewebe von Fragaria vesca L. var. semperflorens nach Infektion mit dem Blattscheckungs- Virus der Erdbeere (strawberry mottle virus).
Leistner, H. U.; Graichen, K. Arch-Phytopathol-Pflanzenschutz-Arch-Phytopathol-Plant-Prot. Berlin, E. Ger. : Akademie der Landwirtschaftswissenschaften der Deutschen Demokratischen Republik 1986. v. 22 (6) p. 511-515. ill.
Includes references.

Descriptors: fragaria-vesca; strawberry-mottle-virus; phloem-; infection-; detection-

57. NAL Call No.: 80-AC82
Detection of rhabdovirus-like particles in a German source of crinkle-diseased strawberry.
Jelkmann, W.; Lesemann, D. E.; Casper, R. Acta-Hortic (236): p.69-71. ill. (1989 Jan.)

In the series analytic: Fifth Internationl Symposium on Small Fruit Virus Diseases, June 12-18, 1988, Thessaloniki, Greece.

Descriptors: fragaria-vesca; indicator-plants; strawberry-crinkle-virus; plant-rhabdoviruses; detection-; german-federal-republic

58. NAL Call No.: 464.8-P56
Determination of host-selective toxin production during spore germination of Alternaria alternata by high-performance liquid chromatography.
Hayashi, N.; Tanabe, K.; Tsuge, T.; Nishimura, S.; Kohmoto, K.; Otani, H. Phytopathology v.80(10): p.1088-1091. (1990 Oct.)
Includes references.

Descriptors: pyrus-; fragaria-; alternaria-alternata; pathotypes-; spore-germination; victorin-; virulence-; characterization-; hplc-; spectral-analysis

Abstract: The Japanese pear pathotype of Alternaria alternata, which causes black spot disease, produces multiple host-selective toxins (AK-toxins I and II) in culture; the strawberry pathotype, which causes black spot disease, also produces a series of analogous host-selective toxins (AF- toxins I, II, and III). Analysis by high-performance liquid chromatography of toxin production during spore germination showed that virulent isolate A85-10 of the Japanese pear pathotype produced about 0.02 pg of AK-toxin I per spore in the first 6 hr after germination and a trace amount of AK-toxin II after 24 hr. Most of the virulent isolates produced only AK-toxin I during the spore germination. Isolate YM-19 of the strawberry pathotype released about 0.08 pg of AF-toxin I per spore in the initial 6 hr of germination and a small but detectable amount of AF- toxin II, but no detectable AF-toxin III, within 18 hr of incubation. From the point of view of pathological importance of early host-parasite interactions, we propose that AK-toxin I and AF-toxin I, respectively are the major toxins in yield and biological activity which play a critical role as host recognition factors at primary infection sites in each pathosystem.

59. NAL Call No.: S544.3.N6N62
Diagnosis of strawberry diseases.
Jones, R. K.; Milholland, R. D. A-G-N-C-Agric-Ext-Serv-N-C-State-Univ. Raleigh, N.C. : The Service. June 1987. (386) 6 p. ill.

Descriptors: fragaria-; fungal-diseases; viral-diseases; meloidogyne-hapla; meloidogyne-incognita; pratylenchus-; disease-surveys; north-carolina

60. NAL Call No.: QL391.N4R4
Differential transmissibility of arabis mosaic and strains of strawberry latent ringspot viruses by three populations of Xiphinema diversicaudatum (Nematoda:Dorylaimida) from Scotland, Italy and France [Raspberries and roses included as host sources].
Brown, D. J. F.; Trudgill, D. L. Rev-Nematol v.6(2): p.229-238. ill. (1983)
Includes references.

Descriptors: Scotland-; Italy-; France-

61. NAL Call No.: 421-Z1
Diseases and pests after the picking of strawberries.
Meshcheriakova, I. V. Zashch-Rast (7): p.56-57. ill. (1986)

Descriptors: fragaria-; fungal-diseases; insect-pests; ussr-

62. NAL Call No.: 1-Ag84F-no.1891
Diseases of strawberries.
Demaree, J. B. J. B. 1. Washington, D.C. : U.S. Dept. of Agriculture, 1941. 27 p. : ill., "Supersedes Farmers' bulletin 1458."

Descriptors: Strawberries-Diseases-and-pests

63. NAL Call No.: 1-Ag84D-no.402
Diseases of strawberries on the market.
Rose, D. H. D. H. 1. 1. Washington, D.C. : U.S. Dept. of Agriculture, 1926. 8 p. : ill., Caption title.

Descriptors: Strawberries-Diseases-and-pests

64. NAL Call No.: Fiche-S-70-no.1891-1948
Diseases of strawberries. Rev.
Demaree, J. B. Washington, D.C. : U.S. Dept. of Agriculture, 1948. ii, 28 p. : ill. --,

65. NAL Call No.: 1-Ag84F-no.1891-1948

Diseases of strawberries. Rev. Feb. 1948.
Demaree, J. B. J. B. 1. Washington, D.C. : U.S. Dept. of Agriculture, 1948. ii, 28 p. : ill., Originally issued Nov. 1941.

Descriptors: Strawberries-Diseases-and-pests

66. NAL Call No.: TX501.F6
Distribution of potassium, calcium and magnesium in strawberry fruits in relation to breakdown of the sulphited fruit.
Davies, A. M. C.; Dennis, C. Food-Chem v.12(4): p.219-228. ill. (1983)
Includes references.

67. NAL Call No.: 100-M38H-1-no.6
Division of Horticulture.
Maynard, S. T. S. T. 1. 1.; Humphrey, J. E. 1. 1. Amherst, Mass. : Hatch Experiment Station of the Massachusetts Agricultural College, 1889. 19 p., Greenhouse heating -- Strawberries / Samuel T. Maynard -- Fungous diseases of plants -- The black-spot of rose leaves -- The black-knot of the plum -- The potato blight and rot / James Ellis Humphrey.

Descriptors: Greenhouses-Heating-and-ventilation; Strawberries-Massachusetts-Varieties; Fungal-diseases-of-plants-Massachusetts

68. NAL Call No.: SB317.53.O5
Do we have alternatives to captan for disease control in strawberries.
Hunter, C. Proc-Ont-Hortic-Conf p.37-38. (1982)

Descriptors: strawberries-; captan-; fungicides-; disease-control

69. NAL Call No.: 87-M58
Domestic fungicides for the control of powdery mildew of currant and strawberry [Sphaerotheca mors-uvae, Sphaerotheca macularis f. fragariae].
Ionova, Z. A.; Minaev, L. A. Sb-Nauchn-Rab-Vses-Nauchno-Issled-Inst-Sadovod. Michurinsk : Instituta. 1983. v. 38 p. 82-87.

70. NAL Call No.: 464.8-P56
Double-stranded RNA in strawberry plants infected with strawberry mild yellow-edge virus.
Spiegel, S. Phytopathology v.77(10): p.1492-1494. ill. (1987 Oct.)
Includes references.

Descriptors: fragaria-ananassa; strawberry-mild-yellow-edge-virus; rna-; infection-; isolation-; symptomless-plants

71. NAL Call No.: 464.8-P692
Effect of fosetyl aluminium and captafol on red core disease and fruit yield of established strawberries.
O'Neill, T. M.; Griffin, G. W. Plant-Pathol v.36(3): p.258-263. (1987 Sept.)
Includes references.

Descriptors: fragaria-; phytophthora-fragariae; fosetyl-; captafol-; disease-control; crop-yield; fungicide-application; application-methods; england-

72. NAL Call No.: 87-M58
Effect of herbicides on strawberry stem nematode [Ditylenchus dipsaci].
Andreeva, V. I. Sb-Nauchn-Rab-Vses-Nauchno-Issled-Inst-Sadovod (25): p.148-152. (1977)

73. NAL Call No.: 87-M58
Effect of herbicides on the population of Pratylenchus nematodes on strawberry.
Andreeva, V. I. Sb-Nauchn-Rab-Vses-Nauchno-Issled-Inst-Sadovod. Michurinsk : Institut. 1978. v. 27 p. 121-123.

74. NAL Call No.: 20.5-Z5
Effect of organic matter in soil on population and pathogenicity of Pratylenchus penetrans and Longidorus elongatus to strawberry plants.
Szczygiel, A.; Zepp, A. Zesz-Probl-Postepow-Nauk-Roln. Warszawa : Panstwowe Wydawn. Naukowe. 1983. (278) p. 113-122.
Includes 12 references.

Descriptors: organic-matter-in-soil; population-dynamics; pathogenicity-; strawberries-; pratylenchus-penetrans; longidorus-elongatus

75. NAL Call No.: 20.5-Z5
Effect of soil moisture level on population and pathogenicity of three plant-parasitic nematodes to strawberry plants.
Szczygiel, A.; Soroka, A. Zesz-Probl-Postepow-Nauk-Roln. Warszawa : Panstwowe Wydawn. Naukowe. 1983. (278) p. 105-111. ill.
Includes 11 references.

Descriptors: soil-moisture; plant-parasitic-nematodes; strawberries-; pathogenicity-; population-dynamics

76. NAL Call No.: 20.5-Z5
Effect of soil pH on host-parasite relationship of three plant-parasitic nematodes and strawberry plants.
Szczygiel, A.; Slowik, K.; Soroka, A. Zesz-Probl-Postepow-Nauk-Roln. Warszawa : Panstwowe Wydawn. Naukowe. 1983. (278) p. 95-104.
Includes 14 references.

Descriptors: soil-ph; plant-parasitic-nematodes; strawberries-; host-parasite-relationships

77. NAL Call No.: 20.5-Z5
Effect of soil temperature on population and pathogenicity of Meloidogyne hapla, Pratylenchus penetrans and Longidorus elongatus to strawberry plants.
Szczygiel, A.; Soroka, A.; Zepp, A. Zesz-Probl-Postepow-Nauk-Roln. Warszawa : Panstwowe Wydawn. Naukowe. 1983. (278) p. 87-94. ill.
Includes 13 references.

Descriptors: soil-temperature; population-dynamics; pathogenicity-; strawberries-; meloidogyne-hapla; pratylenchus-penetrans; longidorus-elongatus

78. NAL Call No.: 20.5-Z5
Effect of soil texture on population and pathogenicity of Meloidogyne hapla, Pratylenchus penetrans and Longidorus elongatus to strawberry plants.
Szczygiel, A.; Soroka, A.; Zepp, A. Zesz-Probl-Postepow-Nauk-Roln. Warszawa : Panstwowe Wydawn. Naukowe. 1983. (278) p. 77-86.
Includes 17 references.

Descriptors: soil-texture; pathogenicity-; population-dynamics; meloidogyne-hapla; pratylenchus-penetrans; longidorus-elongatus; strawberries-; soil- fauna; pathogenicity-

79. NAL Call No.: 464.8-P56
Effect of weather variables on strawberry leather rot epidemics.
Reynolds, K. M.; Madden, L. V.; Ellis, M. A. Phytopathology v.78(6): p.822-827. (1988 June)
Includes references.

Descriptors: fragaria-ananassa; phytophthora-cactorum; weather-; environmental-factors; disease-models; prediction-; quantitative-techniques

80. NAL Call No.: QH540.A1S4
The effect of wilting of petals and leaves (fruit vegetables) on sporulation in Botrytis cinerea [Cucumber, eggplant, strawberry].
Yamakawa, T. Seibutsu-Kankyo-Chosetsu-Environ-Control-Biol v.22(1): p. 7-13. ill. (1984 Mar.)
Includes references.

81. NAL Call No.: 106-L352
Effectiveness of preration selmid in restricting strawberry gray rot.
Priedite, E. E.; Svikle, D. IA.; Prikule, A. IA. Tr-Latv-Sel'kh-Akad (213): p.23-27. (1984)
Includes 6 references.

Descriptors: strawberries-; botrytis-cinerea; fungicides-

82. NAL Call No.: 442.8-AN72
Effects of fungicide spray regimes on incidence of dicarboximide resistance in grey mould (Botrytis cinerea) on strawberry plants.
Hunter, T.; Brent, K. J.; Carter, G. A.; Hutcheon, J. A. Ann-Appl-Biol v.110(3): p.515-525. (1987 June)
Includes references.

Descriptors: fragaria-; disease-prevention; fungicides-; botrytis-cinerea; strawberries-

83. NAL Call No.: 1.9-P69P
Effects of insecticides applied in the field on incidence of aphid-borne viruses in cultivated strawberry.
Converse, R. H.; Aliniazee, M. T. Plant-Dis v.72(2): p.127-129. (1988 Feb.)
Includes references.

Descriptors: fragaria-; aphis-; plant-viruses; chaetosiphon-fragaefolii; insecticides-; disease-vectors; insect-control; disease-control; oregon-

84. NAL Call No.: QL391.N4J62
Effects of Pratylenchus penetrans on the infection of strawberry roots by Gnomonia comari.
Kurppa, S.; Vrain, T. C. J-Nematol v.21(4): p.511-516. ill. (1989 Oct.)
Includes references.

Descriptors: fragaria-virginiana; gnomonia-; pratylenchus-penetrans; disease-vectors; gnomonia-comari

85. NAL Call No.: S590.C63
Effects of salt concentration and cation balance in soils on leaf tipburn and calcium content of strawberry leaves and fruit.
Bradfield, E. G.; Guttridge, C. G. Commun-Soil-Sci-Plant-Anal v.15(6): p.681-693. (1984)
Includes 15 references.

86. NAL Call No.: 1.9-P69P
Effects of soil fumigation with methyl bromide and chloropicrin on root health and yield of strawberry.
Yuen, G. Y.; Schroth, M. N.; Weinhold, A. R.; Hancock, J. G. Plant-Dis v.75(4): p.416-420. (1991 Apr.)
Includes references.

Descriptors: fragaria-ananassa; root-rots; nectria-radicicola; pythium-ultimum; pythium-irregulare; plant-disease-control; soil-fumigation; methyl- bromide; chloropicrin-; pathogenicity-; california-

87. NAL Call No.: 475-J27
Effects of strawberry foliage infected with strawberry mottle and strawberry mild yellow edge viruses on the development and fecundity of the strawberry leaf beetle, Galerucella vittaticollis Baly (Coleoptera : Chrysomelidae).
Matsuda, K.; Sato, T. Nihon-Oyo-Dobutsu-Konchu-Gakkai-Shi-Jap-J-Appl-Entomol-Zool v.30(4): p.272-276. ill. (1986 Nov.)
Includes references.

Descriptors: fragaria-vesca; strawberry-mottle-virus; strawberry-mild-yellow-edge-virus; foliage-; galerucella-; fecundity-; larvae-; pupae-

88. NAL Call No.: SB117.S455
Effects of strawberry latent ringspot virus on the development of seeds and seedlings of Chenopodium quinoa and Pastinaca sativa (parsnip).
Hicks, R. G. T.; Smith, T. J.; Edwards, R. P. Seed-Sci-Technol v.14(2): p.409-417. ill. (1986)
Includes references.

Descriptors: strawberry-latent-ringspot-virus; seedborne-viruses; chenopodium-quinoa; pastinaca-sativa; seed-germination; seed-weight; seedlings-; vigor-

89. NAL Call No.: 464.8-P56
Effects of surface topography and rain intensity on splash dispersal of Colletotrichum acutatum.
Yang, X.; Madden, L. V.; Wilson, L. L.; Ellis, M. A. Phytopathology v.80(10): p.1115-1120. ill. (1990 Oct.)
Includes references.

Descriptors: fragaria-ananassa; colletotrichum-acutatum; disease-distribution; epidemiology-; conidia-; inoculum-; spore-dispersal; rain-; site-factors; surface-roughness; straw-; plastic-film; soil-; canopy-; crop-density; leaf-area-index

Abstract: Effects of ground cover, plant canopy density, and rain intensity on the splash dispersal of Colletotrichum acutatum were studied using a rain simulator. In one experiment, three ground covers (soil, straw, and plastic) and two rain intensities (15 and 30 mm/hr) were evaluated by collecting splash droplets with conidia in sheltered gravity samplers consisting of petri plates with a selective medium for C. acutatum. Ground covers were characterized by random roughness, the standard deviation of surface elevation. Infected fruits with sporulating lesions were clustered on the ground to serve as the inoculum source. Sampling plates were positioned 20, 40, 60, 80, 100, and 120 cm from the source and were exposed to rain for 1-min periods (every 5 min) for a total duration of 46 min. Ground cover had a major effect on splash dispersal, as measured by colonies growing in selective medium. The estimated total number of colonies over time and space (N) was inversely proportional to roughness; i.e., straw had the largest random roughness but the lowest N, and plastic the opposite. Differences in N among ground covers were due to differences in steepness of the dispersal gradients (i.e., straw had the steepest gradient and plastic the shallowest), not to the release rate of spores at the source. Total number of colonies increased with rain intensity, but the effect was due to the release rate, as measured by the intercept parameter of a gradient model. Rain intensity did not influence gradient steepness. The effect of plant canopy density on splash dispersal of C. acutatum was evaluated in a second experiment using a soil ground cover. Leaf area index (LAI) was inversely related to N. Cross-row dispersal of spores was reduced by 90% or more for two rows of plants with LAI greater than or equal to 2.7 compared to no plant rows. Results support the hypothesis that surface topography (including ground cover and plant canopy) is a major factor controlling splash dispersal due to its effect on splash droplet trajectories and loss of inoculum.

90. NAL Call No.: 464.8-P562
An electron microscope study of tubules in homogenates of Chenopodium quinoa infected with strawberry latent ringspot virus.
Hicks, R. G. T. Phytopathol-Z-J-Phytopathol v.112(4): p.359-362. ill. (1985 Apr.)
Includes references.

Descriptors: chenopodium-quinoa; strawberry-latent-ringspot-virus; infection-; electron-microscopy

91. NAL Call No.: S539.5.R473
Eliminating red core (Phytophthora fragariae) from Scottish certified stock strawberries.
Duncan, J.; Fordyce, W.; Harper, P. C.; Rankin, P. A. Res-Dev-Agric v.3(1): p.43-46. (1986 Spring)
Includes references.

Descriptors: phytophthora-fragariae; fungal-diseases; fragaria-; plant-disease-control; fragaria-semperflorens-var; -alpina

92. NAL Call No.: QL391.N4J62
Emendation of the genus Paurodontella Husain & Khan, 1968 and description of Paurodontella auriculata n. sp. from western Canada
Anderson, R. V. J-Nematol v.17(2): p.201-205. (1985 Apr.)
Includes 3 references.

Descriptors: plant-parasitic-nematodes; species-; taxonomy-; morphology-; fragaria-; canada-

93. NAL Call No.: 81-SO12
Endomycorrhizal status of certified strawberry nursery stock.
Robertson, W. J.; Boyle, C. D.; Brown, H. L. J-Am-Soc-Hortic-Sci v.113(4): p.525-529. (1988 July)
Includes references.

Descriptors: fragaria-ananassa; endomycorrhizae-; certification-; disease-resistance; phytophthora-fragariae; yield-factors; growth-rate; soil-fumigation

94. NAL Call No.: 1.9-P69P
Epidemiology and control of leather rot of strawberries.
Madden, L. V.; Ellis, M. A.; Grove, G. G.; Reynolds, K. M.; Wilson, L. L. Plant-Dis v.75(5): p.439-446. (1991 May)
Includes references.

Descriptors: fragaria-ananassa; phytophthora-cactorum; cultural-control; epidemiology-; fungicides-; fungus-control; life-cycle; spore-dispersal; symptoms-; usa-; ohio-

95. NAL Call No.: 100-OH3R
Epidemiology and control of strawberry leather rot.
Grove, G. G.; Ellis, M. A.; Madden, L. V. Res-Circ-Ohio-Agric-Res-Dev-Cent (290): p.58-60. (1986 July)

Descriptors: phytophthora-cactorum; fragaria-ananassa; epidemiology-; plant-disease-control

96. NAL Call No.: 80-AC82
Etiology of peach willow leaf rosette.
Belli, G.; Fortusini, A.; Bianco, P. A. Acta-Hortic (193): p.63-66. (1986 Nov.)

In the series analytic: Fruit tree virus diseases / edited by J. Dunez. Proceedings of an International Symposium, June 17-22, 1985, Bordeaux, France.

Descriptors: prunus-persica; plant-viruses; etiology-; disease-transmission; symptoms-; strawberry-latent-ringspot-virus; strains-; virus-indicators

97. NAL Call No.: 1-AG84AH
European nepoviruses in strawberry.
Murant, A. F.; Lister, R. M. Agric-Handb-U-S-Dep-Agric-Comb-For-Pest-Res-Dev-Program (631): p.46-52. ill. (1987 Aug.)

Descriptors: fragaria-; strawberry-latent-ringspot-virus; raspberry-ringspot-virus; tomato-ringspot-virus; xiphinema-diversicaudatum; longidorus- elongatus; disease-vectors

98. NAL Call No.: SB960.M47-1986
Evaluating fungicides for the control of common leaf spot, gray mold, and leather rot of strawberry.
Paulus, A. O.; Grove, G. G.; Ellis, M. A. Methods for evaluating pesticides for control of plant pathogens / edited by Kenneth D. Hickey ; prepared jointly by the American Phytopathological Society and the Society of Nematologists. St. Paul, Minn. : APS Press, c1986. p. 175-178.
Includes references.

Descriptors: fragaria-; botrytis-cinerea; mycosphaerella-fragariae; phytophthora-cactorum; fungicides-; ohio-

99. NAL Call No.: 464.8-P692
Evaluation of antisera raised against Phytophthora fragariae for detecting the red core disease of strawberries by enzyme-linked immunosorbent assay (ELISA).
Mohan, S. B. Plant-Pathol v.37(2): p.206-216. (1988 June)
Includes references.

Descriptors: fragaria-vesca; fragaria-ananassa; cultivars-; phytophthora-fragariae; physiological-races; plant-pathogens; plant-diseases; pathogenicity-; antigens-; detection-; antiserum-; performance-; enzyme-linked-immunosorbent-assay; scotland-

100. NAL Call No.: 464.9-AM31R
Evaluation of fungicides and fungicide combinations for control of gray mold on strawberry, 1982 [Botrytis cinerea on Fragaria chiloensis].
Tanboon, P.; Ellis, M. A. Fungic-Nematic-Test-Result-Am-Phytopathol-Soc. [s.l.] : The Society. 1983. v. 38 p. 130.

101. NAL Call No.: 80-AC82
Evaluation of several indicator plants for indexing strawberry plants for virus and viruslike diseases.
Bormans, H.; Gilles, G. L. Acta-Hortic (236): p.21-26. (1989 Jan.)

In the series analytic: Fifth Internationl Symposium on Small Fruit Virus Diseases, June 12-18, 1988, Thessaloniki, Greece.

Descriptors: fragaria-vesca; fragaria-virginiana; indicator-plants; strawberry-crinkle-virus; strawberry-mottle-virus; strawberry-mild-yellow-edge-virus

102. NAL Call No.: 1.9-P69P
Factors influencing the growth of Phomopsis obscurans and disease development on strawberry leaf and runner tissue.
Eshenaur, B. C.; Milholland, R. D. Plant-Dis v.73(10): p.814-819. ill. (1989 Oct.)
Includes references.

Descriptors: fragaria-; phomopsis-; leaves-; petioles-; runners-; pathogenicity-; north-carolina

103. NAL Call No.: S1.S68
Features of breeding strawberries for resistance to berry molds.
Popova, I. V.; Konstantinova, A. E.; Zekalashvili, A. U.; Zhananov, B. Kh. Sov-Agric-Sci (3): p.29-33. (1985)

Translated from: Vsesoiuznaia akademiia sel'skokhoziaistvennykh nauk, Doklady, p. 20-23. (20 AK1).

Descriptors: fragaria-; plant-breeding; molds-; disease-resistance; varietal-susceptibility

104. NAL Call No.: 421-J826
Field control of the strawberry root weevil, Nemocestes incomptus, by neoaplectanid nematodes (Steinernematidae:Nematoda) [Neoaplectana carpocapsae, Neoaplectana glaseri].
Georgis, R.; Poinar, G. O. Jr. J-Invertebr-Pathol v.43(1): p.130-131. (1984 Jan.)
Includes references.

105. NAL Call No.: 464.8-P692
Frequency of virulence phenotypes of Phytophthora fragariae in the field.
Kennedy, D. M.; Duncan, J. M. Plant-Pathol v.37(3): p.397-406. (1988 Sept.)
Includes references.

Descriptors: fragaria-; cultivars-; phytophthora-fragariae; physiological-races; virulence-; phenotypic-correlation; varietal-susceptibility

106. NAL Call No.: SB1.H6
Fungal diseases of strawberry.
Paulus, A. O. HortScience v.25(8): p.885-889. (1990 Aug.)

Paper presented at the "Symposium on Strawberries in America, "April 28, 1989, Davis, California.

Descriptors: fragaria-; fungal-diseases; botrytis-cinerea; mycosphaerella-fragariae; colletotrichum-fragariae; sphaerotheca-macularis; phytophthora- fragariae; phytophthora-cactorum; verticillium-dahliae; root-rots; etiology-; infection-; inoculum-; environmental-factors; plant-disease-control; california-

107. NAL Call No.: SB385.A34
Fungicide combinations for control of gray mold and leather rot of strawberry.
Tanboon, P.; Grove, G. G.; Ellis, M. A. Adv-Strawberry-Prod. [s.l.] : North American Strawberry Growers Association. 1983. v. 2 p. 9-11.
Includes 3 references.

Descriptors: fragaria-ananassa; botrytis-cinerea; phytophthora-cactorum; fungicides-; combination-; ohio-

108. NAL Call No.: 100-C12CAG
Fungicides for leafspot control on strawberry.
Snyder, M. J.; Paulus, A. O.; Voth, V.; Nelson, J. Calif-Agric-Calif-Agric-Exp-Stn v.41(5/6): p.11. ill. (1987 May-1987 June)

Descriptors: fragaria-; ramularia-; leaf-spotting; fungicides-; disease-control; performance-testing; california-; ramularia-tulasnii

109. NAL Call No.: SB317.53.O5
Fungicides for strawberry diseases.
Edgington, L. Proc-Ont-Hortic-Conf p.94-95. (1983)

Descriptors: strawberries-; fungicides-

110. NAL Call No.: 1-Ag84B-no.686
Further studies of the rots of strawberry fruits.
Stevens, N. E. N. E. 1. 1.; Wilcox, R. B. R. B. 1. 1. Washington, D.C. : U.S. Dept. of Agriculture, 1918. 14 p., Caption title.

Descriptors: Strawberries-Diseases-and-pests; Fungi-in-agriculture

111. NAL Call No.: 450-C16
Governor Simcoe and Secord strawberries.
Dale, A.; Gray, V. P.; Ricketson, C. L. Can-J-Plant-Sci-Rev-Can-Phytotechnie v.66(4): p.1031-1032. (1986 Oct.)

Descriptors: fragaria-ananassa; variety-trials; plant-breeding; performance-; fungal-diseases; canada-

112. NAL Call No.: S451.O5O8
Grape, blackberry and strawberry insect and disease control--1982.
Barnes, G. L.; Coppock, S.; Nesheim, G. N.; Campbell, R. E. O-S-U-Curr-Rep-Okla-State-Univ-Coop-Ext-Serv. Stillwater : The Service. Dec 1984. (6221,repr.) 3 p.

Descriptors: vitis-; rubus-; fragaria-; insect-control; fungus-control; insecticides-; fungicides-; oklahoma-

113. NAL Call No.: S451.O5O8
Grape, blackberry and strawberry insect and disease control--1985.
Barnes, G. L.; Coppock, S.; Criswell, J. T.; Maxson, J. O-S-U-Curr-Rep-Okla-State-Univ-Coop-Ext-Serv. Stillwater : The Service. Dec 1984. (6221) 4 p.

Descriptors: grapes-; vitis-; blackberries-; rubus-; strawberries-; fragaria-; insect-pests; pest-control; plant-disease-control

114. NAL Call No.: 1.9-P69P
Growth of Phytophthora fragariae on various clarified natural media and selected antibiotics.
George, S. W.; Milholland, R. D. Plant-Dis v.70(12): p.1100-1104. ill. (1986 Dec.)
Includes references.

Descriptors: fragaria-; phytophthora-fragariae; culture-media; antibiotics-; isolation-technique; north-carolina

115. NAL Call No.: 464.8-P56
Harold E. Thomas, 1900-1986.
Wilhelm, S.; Johnson, H. A. Jr. Phytopathology v.77(8): p.1117. ill. (1987 Aug.)

Descriptors: plant-pathology; fragaria-; obituaries-; usa-

116. NAL Call No.: 442.8-AN72
Harvesting and bedding practices in relation to grey mould of strawberries.
Sutton, J. C.; James, T. D. W.; Dale, A. Ann-Appl-Biol v.113(1): p.167-175. (1988 Aug.)
Includes references.

Descriptors: fragaria-ananassa; botrytis-cinerea; fungal-diseases; disease-control; cultural-control; bedding-; harvesting-; ontario-

117. NAL Call No.: 423.92-SO2
Healthy strawberry and raspberry planting stock.
Kacharmazov, V. Rastit-Zasht-Plant-Prot v.32(7): p.9-10. (1984)

Descriptors: strawberries-; raspberries-; planting-stock; plant-viruses; mycoplasma-; plant-disease-control

118. NAL Call No.: 464.8-P56
Heat therapy and stolon spex culture to eliminate mild yellow-edge virus from Hood strawberry.
Converse, R. H.; Tanne, E. Phytopathology v.74(11): p.1315-1316. (1984 Nov.)
Includes 16 references.

Descriptors: strawberries-; plant-viruses; stolons-; shoot-tip-culture; heat-treatment

119. NAL Call No.: 1.9-P69P
Host suitability and parasitism of selected strawberry cultivars by Meloidogyne hapla and Meloidogyne incognita.
Edwards, W. H.; Jones, R. K.; Schmitt, D. P. Plant-Dis v.69(1): p.40-42. ill. (1985 Jan.)
Includes 17 references.

Descriptors: fragaria-ananassa; meloidogyne-hapla; meloidogyne-incognita; plant-parasitic-nematodes; hosts-of-plant-pests; cultivars-

120. NAL Call No.: 1.9-P69P
Identification and response to fugicides of Colletotrichum gloeosporioides: incitant of strawberry black rot in Italy.
Gullino, M. L.; Romano, M. L.; Garibaldi, A. Plant-Dis v.69(7): p.608-609. (1985 July)
Includes 9 references.

Descriptors: fragaria-vesca; glomerella-cingulata; fungicides-; disease-control; disease-vectors; italy-

121. NAL Call No.: SB736.C62
Identification and serology of strawberry mild yellow-edge virus.
Converse, R. H. R. H. 1.; Tanne, E.; Spiegel, S.; United States Israel Binational Agricultural Research and Development Fund. Bet Dagan, Israel : BARD, 1983. 35 leaves, Final report.

Descriptors: Plant-viruses; Strawberries-Diseases-and-pests; Virus-diseases-of-plants

122. NAL Call No.: 464.8-P56
Identification, isolation frequency, and pathogenicity of anastomosis groups of binucleate Rhizoctonia spp. from strawberry roots.
Martin, S. B. Phytopathology v.78(4): p.379-384. (1988 Apr.)
Includes references.

Descriptors: fragaria-ananassa; root-rots; rhizoctonia-; thanatephorus-cucumeris; pathogenicity-

123. NAL Call No.: 275.29-Il62C-no.921

Illinois fruit calendar for growers of apples, strawberries, peaches.
Powell, D.; Meyer, R. H.; Owen, F. W. Urbana, Ill. : University of Illinois, College of Agriculture, Cooperative Extension Service, 1965. 11 p. : 1 map, Cover title.

Descriptors: Apple-Illinois; Strawberries-Illinois; Peaches-Illinois; Apple-Diseases-and-pests-Control; Strawberries-Diseases-and-pests-Control; Peaches-Diseases-and-pests-Control

124. NAL Call No.: 275.29-Il62c-no.814

Illinois fruit calendar for growers of apples, strawberries, peaches.
Powell, D.; Owen, F. W.; Meyer, R. H. Urbana, Ill. : University of Illinois, College of Agriculture, Extension Service in Agriculture and Home Economics, 1960. 7 p. : 1 map, Cover title.

Descriptors: Apple-Diseases-and-pests-Control; Strawberries-Diseases-and-pests-Control; Peaches-Diseases-and-pests-Control

125. NAL Call No.: 464.8-P56
Immunoenzymatic detection of Phytophthora fragariae in infected strawberry plants.
Amouzou Alladaye, E.; Dunez, J.; Clerjeau, M. Phytopathology v.78(8): p.1022-1026. (1988 Aug.)
Includes references.

Descriptors: fragaria-; phytophthora-fragariae; detection-; immunoenzyme-techniques

126. NAL Call No.: 464.8-P565
The impact of Verticillium diseases in agriculture.
Pegg, G. F. Phytopathol-Mediterr v.23(2/3): p.176-192. ill., maps. (1984 Dec.)
Includes references.

Descriptors: gossypium-hirsutum; humulus-lupulus; fragaria-; verticillium-; wilts-; plant-disease-control; disease-resistance

127. NAL Call No.: 81-M58
Incentives for removing rotten strawberry fruit from the field.
Leitz, F. Annu-Rep-State-Hortic-Soc-Mich (116th): p.131-132. (1986)

Descriptors: strawberries-; picking-; methodology-; farm-workers; training-; storage-quality; postharvest-decay; michigan-

128. NAL Call No.: SB599.C35
Infection cycles and population dynamics of Botrytis cinerea in strawberry leaves.
Braun, P. G.; Sutton, J. C. Can-J-Plant-Pathol-Rev-Can-Phytopathol v.10(2): p.133-141. ill. (1988 June)
Includes references.

Descriptors: fragaria-ananassa; leaves-; inoculation-; infection-; botrytis-cinerea; population-dynamics

129. NAL Call No.: 1-AG84AH
Infection of red currant with arabis mosaic and strawberry latent ringspot viruses.
Meer, F. A. v. d. Agric-Handb-U-S-Dep-Agric-Comb-For-Pest-Res-Dev-Program (631): p.148-149. (1987 Aug.)

Descriptors: ribes-rubrum; arabis-mosaic-virus; strawberry-latent-ringspot-virus; xiphinema-diversicaudatum; disease-vectors

130. NAL Call No.: 442.8-AN72
Infection of strawberry flowers by Botrytis cinerea and its relevance to grey mould development.
Bristow, P. R.; McNicol, R. J.; Williamson, B. Ann-Appl-Biol v.109(3): p.545-554. ill. (1986 Dec.)
Includes references.

Descriptors: botrytis-cinerea; fragaria-; flowers-; fruits-

131. NAL Call No.: 464.8-P562
Influence of aluminum fostyl on plant phenolic metabolism in the pathogen-host-interactions Phytophthora fragriae--strawberry and Bremia lactucae. Untersuchungen zum Einfluss von Aluminiumfosetyl auf den pflanzlichen Phenolstoffwechsel in den Pathoen-Wirt-Beziehungen Phytophthora fragariae--Erdbeere und Bremia lactucae--Salat. Untersuchungen zum Einfluss von Aluminiumfosetyl auf den pflanzlichen Phenolstoffwechsel in den Pathoen-Wirt-Beziehungen Phytophthora fragariae--Erdbeere und Bremia lactucae--Salat.
Dercks, W.; Buchenauer, H. Phytopathol-Z-J-Phytopathol v.115(1): p.37-55. (1986 Jan.)
Includes references.

Descriptors: phytophthora-fragariae; fragaria-; bremia-lactucae; lactuca-sativa; hosts-of-plant-diseases; fosetyl-; phenolic-compounds; plant- metabolism

132. NAL Call No.: 10.5-IR45
Influence of fungicide applications for Botrytis control in strawberries on the incidence of leather rot (Phytophthora cactorum) and on the control of lesions on petioles and flower stalks [Ireland].
Kavanagh, T.; Rath, N. Ir-J-Agric-Res v.21(1): p.95-99. (1982)
Includes references.

Descriptors: Ireland-

133. NAL Call No.: S539.5.A77
The influence of soil fumigation on strawberry yield and economics in black root rot infested fields.
Wolfe, D.; Hartman, J. R.; Brown, G. R.; Strang, J. Appl-Agric-Res v.5(1): p.17-20. (1990 Winter)
Includes references.

Descriptors: fragaria-; soil-fumigation; methyl-bromide; chloropicrin-; root-rots; plant-disease-control; fungus-control; nematode-control; soil-fungi; nematoda-; population-dynamics; crop-yield; costs-; returns-; kentucky-

Abstract: This study was designed to determine if the cost of soil fumigation would be recovered in the first year of production when yield potential was being limited by the strawberry root rot complex. Yield, stand counts, leaf mineral nutrient levels, and nematode population levels, were evaluated for each of three treatments consisting of 67% methyl bromide plus 33% chloropicrin (MC33), 98% methyl bromide plus 2% chloropicrin (MC2) and a nonfumigated control. Yield was significantly greater in the fumigated plots than the control plots but did not differ significantly between the two fumigants. Stand counts and leaf mineral nutrient levels were not found to vary significantly among treatments. Compared with the control, fewer plant pararsitic nematodes were observed in plots treated with either MC33 or MC2. Nematode population differences between the MC33 and MC2 treatments were not evident. The cause of the black root rot complex was not determined from this study. Soil fumigation with either fumigant increased yields enough to justify this practice economically.

134. NAL Call No.: 464.8-P56
Influence of temperature and wetness duration on infection of immature and mature strawberry fruit by Colletotrichum acutatum.
Wilson, L. L.; Madden, L. V.; Ellis, M. A. Phytopathology v.80(1): p.111-116. (1990 Jan.)
Includes references.

Descriptors: fragaria-ananassa; maturity-stage; fruit-; infection-; colletotrichum-acutatum; temperature-relations; moisture-relations; duration-; mycelium-; growth-rate; disease-incidence

Abstract: Immature and mature strawberry fruit were inoculated with a conidial suspension (2.5 X 10(4) conidia/ml) of Colletotrichum acutatum and incubated under various wetness (free water) durations ranging from 0.5 to 51 hr at constant temperatures of 4, 6, 10, 15, 20, 25, 30, and 35 C. After drying, plants were moved to a greenhouse where incidence of fruit infection was recorded daily for 8 days. No infection occurred at 4 or 35 C on immature fruit or at 4 C on mature fruit. Generally, fruit disease incidence increased with increased wetness durations, but on mature fruit at 35 C, disease incidence decreased over time from a maximum of 39%. Optimum temperature for infection on both immature and mature fruit was between 25 and 30 C, with greater than 80% disease incidence after 13 hr of wetness. A regression model using the logit of disease incidence as the dependent variable accurately described infection level as a function of wetness duration (W) and temperature (T). Terms in the model were W, WT, WT2, and WT3, and all estimated parameters were significant. Coefficients of determination for combined data from three repetitions of the experiment were 0.71 and 0.83 for immature and mature fruit, respectively.

135. NAL Call No.: 464.8-P56
Influence of temperature and wetness duration on infection of immature strawberry fruit by Phytophthora cactorum.
Grove, G. G.; Madden, L. V.; Ellis, M. A.; Schmitthenner, A. F. Phytopathology v.75(2): p.165-169. ill. (1985 Feb.)
Includes 27 references.

Descriptors: phytophthora-cactorum; fragaria-ananassa; infection-; temperatures-

136. NAL Call No.: 464.8-P56
Influence of temperature and wetness duration on infection of strawberry flowers by Botrytis cinerea and disease incidence of fruit originating from infected flowers.
Bulger, M. A.; Ellis, M. A.; Madden, L. V. Phytopathology v.77(8): p.1225-1230. (1987 Aug.)
Includes references.

Descriptors: fragaria-ananassa; botrytis-cinerea; infection-; flowers-

137. NAL Call No.: 464.8-P56
Influence of temperature and wetness duration on sporulation of Phytophthora cactorum on infected strawberry fruit.
Grove, G. G.; Madden L.V.; Ellis, M. A. Phytopathology v.75(6): p.700-703. (1985 June)
Includes 18 references.

Descriptors: phytophthora-cactorum; fragaria-ananassa; sporulation-; temperatures-; water-; infection-

138. NAL Call No.: QL461.E582
Influence of temperature on the longevity of the strawberry aphid, Chaetosiphon (Pentatrichopus) fragaefolii (Homoptera: Aphididae), and on the latent period of the strawberry crinkle virus in its vector. Einfluss der Temperatur auf Lebensdauer der Knotenhaarlaus, Chaetosiphon (Pentatrichopus) fragaefolii (Homoptera: Aphididae), und Latenzzeit des Erdbeer-Krauselvirus im Vektor. Einfluss der Temperatur auf Lebensdauer der Knotenhaarlaus, Chaetosiphon (Pentatrichopus) fragaefolii (Homoptera: Aphididae), und Latenzzeit des Erdbeer-Krauselvirus im Vektor.
Krczal, H.; Merbecks, H. Entomol-Gen. Stuttgart, W. Ger. : E. Schweizerbart'sche Verlagsbuchhandlung. 1988. v. 13 (3/4) p. 221-227. ill., maps.
Includes references.

Descriptors: fragaria-vesca; chaetosiphon-fragaefolii; strawberry-crinkle-virus; disease-vectors; temperatures-; longevity-; german-federal-republic

139. NAL Call No.: 80-J825
The inheritance of mildew resistance in everbearing and day-neutral strawberry seedlings.
Simpson, D. W. J-Hortic-Sci v.62(3): p.329-334. (1987 July)
Includes references.

Descriptors: fragaria-vesca; cultivars-; sphaerotheca-macularis; disease-resistance; inheritance-; general-combining-ability; specific-combining-ability; genotypes-; england-

140. NAL Call No.: 81-SO12
Inheritance of resistance to Colletotrichum species in strawberry.
Gupton, C. L.; Smith, B. J. J-Am-Soc-Hortic-Sci v.116(4): p.724-727. (1991 July)
Includes references.

Descriptors: fragaria-ananassa; inheritance-; disease-resistance; colletotrichum-; species-; genetic-variance; progeny-; crosses-; epistasis-; major-genes; heritability-; recurrent-selection; additive-genetic-variance; dominance-genetic-variance; non-allelic-interactions

Abstract: Experiments were conducted to estimate the relative importance of additive and dominance genetic variances and non-allelic interactions in the inheritance of resistance to Colletotrichum spp. in strawberry (Fragaria X ananassa Duch.). Progeny of 40 parents crossed in a Comstock and Robinson Design II Mating scheme were inoculated with three isolates of C. fragariae and one isolate of C. acutatum. Disease development on each plant was rated visually. Variance components were estimated and converted to genetic variances. Estimates of dominance genetic variance were six to 10 times higher than those for additive genetic variance. Within-family variance not accounted for by additive and dominant genetic variance equaled 35% and 38% of the total genetic variance in females and males, respectively, indicating probable epistatic effects. The frequency distribution of disease severity ratings was bimodal in both experiments, suggesting major gene action. Narrow-sense heritability estimates were 0.37 and 0.26, and broad-sense heritability estimates were 0.87 and 0.85 for females and males, respectively. Narrow-sense heritability estimates are probably sufficient to produce gains from recurrent selection. Gains from selection of clonal value should be possible because of the high broad sense heritability estimates. It appears feasible to establish a broad genetic-based population resistant to Colletotrichum spp. from which selections could be evaluated per se and/or recombined to produce improved populations.

141. NAL Call No.: 442.8-AN72
Initial incidence and development of red core of strawberry.
Montgomerie, I. G.; Kennedy, D. M. Ann-Appl-Biol v.111(1): p.65-74. (1987 Aug.)
Includes references.

Descriptors: phytophthora-fragariae; disease-resistance; roots-; zoosporogenesis-

142. NAL Call No.: 1.9-P69P
Inoculation and evaluation of strawberry plants with Phytophthora fragariae.
George, S. W.; Milholland, R. D. Plant-Dis v.70(5): p.371-375. ill. (1986 May)
Includes 13 references.

Descriptors: fragaria-; phytophthora-fragariae; inoculation-; disease-resistance; evaluation-; zoosporogenesis-; north-carolina; red-stele-disease

143. NAL Call No.: SB1.H6
Inoculation methods for evaluating Verticillium wilt resistance in strawberry germplasm.
Maas, J. L.; Draper, A. D.; Galletta, G. J. Hortscience v.20(4): p.739-741. (1985 Aug.)
Includes 5 references.

Descriptors: fragaria-; verticillium-; germplasm-; inoculation-; disease-resistance; inheritance-of-acquired-characters; performance-testing; greenhouse- culture

144. NAL Call No.: SB599.C35
Inoculum sources of Botrytis cinerea in fruit rot of strawberries in Ontario.
Braun, P. G.; Sutton, J. C. Can-J-Plant-Pathol-Rev-Can-Phytopathol v.9(1): p.1-5. (1987 Mar.)
Includes references.

Descriptors: fragaria-ananassa; fruit-; decay-fungi; botrytis-cinerea; inoculum-; sources-; ontario-

145. NAL Call No.: 275.29-W27P
Insect answers: Strawberry aphids and strawberry viruses.
Shanks, C. Ext-Bull-Wash-State-Univ-Coop-Ext-Serv. Pullman, Wash. : The Service. Oct 1986. (1012,rev.) 3 p. ill.

Descriptors: fragaria-; plant-viruses; insecticides-; plant-disease-control; washington-

146. NAL Call No.: 275.29-W27P
Insect answers: Strawberry aphids and strawberry viruses.
Shanks, C. Ext-Bull-Wash-State-Univ-Coop-Ext-Serv. Pullman, Wash. : The Service. Apr 1985. (1012,rev.) 2 p. ill.

Descriptors: aphis-; disease-vectors; fragaria-; plant-viruses

147. NAL Call No.: 275.29-W27P
Insect answers: Strawberry aphids and strawberry viruses.
Shanks, C. Ext-Bull-Wash-State-Univ-Coop-Ext-Serv. Pullman, Wash. : The Service. Jan 1984. (1012) 2 p. ill.

Descriptors: fragaria-; chaetosiphon-fragaefolii; disease-vectors; plant-viruses

148. NAL Call No.: 100-Or3-no.419
Insect pests and diseases of strawberry in Oregon.
Schuh, J. 1.; Zeller, S. M. S. M. 1. Corvallis, Ore. : Oregon State System of Higher Education, Agricultural Experiment Station, Oregon State College, 1944. 40 p. : ill., Cover title.

Descriptors: Strawberries-Diseases-and-pests-Oregon

149. NAL Call No.: 100-Or3-no.357
Insect pests and diseases of strawberry in Oregon.
Edwards, W. D. W. D. 1.; Zeller, S. M. S. M. 1. Corvallis, Ore. : Oregon State System of Higher Education, Agricultural Experiment Station, Oregon State College, 1938. 29 p. : ill., Cover title.

Descriptors: Strawberries-Diseases-and-pests-Oregon

150. NAL Call No.: 100-F66S-1-no.629
Insects and diseases affecting strawberries.
Brooks, A. N. A. N.; Kelsheimer, E. G. Gainesville, Fla. : University of Florida Agricultural Experiment Station, [1961]. 35 p. : ill., Cover title.

Descriptors: Strawberries-Diseases-and-pests-Florida; Strawberries-Diseases-and-pests-Control-Florida

151. NAL Call No.: 464.8-AR2
Isolation and examination of Phytophthora fragariae Hickman in Egypt. Isolierung und Untersuchung von Phytophthora fragariae Hickman in Agypten. Isolierung und Untersuchung von Phytophthora fragariae Hickman in Agypten.
Moustafa, M. S. H. Arch-Phytopathol-Pflanzenschutz-Arch-Phytopathol-Plant-Prot. Berlin, E. Ger. : Akademie der Landwirtschaftswissenschaften der Deutschen Demokratischen Republik 1986. v. 22 (2) p. 173-175.
Includes references.

Descriptors: phytophthora-fragariae; fragaria-ananassa; infection-

152. NAL Call No.: 464.8-P56
Isolation, molecular cloning, and detection of strawberry vein banding virus DNA.
Stenger, D. C.; Mullin, R. H.; Morris, T. J. Phytopathology v.78(2): p.154-159. ill. (1988 Feb.)
Includes references.

Descriptors: fragaria-; plant-viruses; dna-; molecular-genetics; cloning-

153. NAL Call No.: 1.9-P69P
Laboratory detection of viruses and mycoplasmalike organisms in strawberry.
Converse, R. H.; Adams, A. N.; Barbara, D. J.; Clark, M. F.; Casper, R.; Hepp, R. F.; Martin, R. R.; Morris, T. J.; Speigel, S.; Yoshikawa, N. Plant-Dis v.72(9): p.744-749. ill. (1988 Sept.)
Includes references.

Descriptors: fragaria-ananassa; fragaria-vesca; strawberry-mottle-virus; strawberry-crinkle-virus; strawberry-mild-yellow-edge-virus; viral-diseases; aphis-; mycoplasma-like-organisms; disease-vectors; detection-; disease-surveys; strawberry-vein-banding-virus

154. NAL Call No.: 81-M58
Leather rot of stawberry.
Ellis, M. A.; Grove G.G.; Madden, L. V. Annu-Rep-Mich-State-Hortic-Soc (114th): p.179-182. ill. (1984)

Descriptors: fragaria-; phytophthora-cactorum; symptoms-; plant-disease-control; life-cycles

155. NAL Call No.: SB385.A34
Leather rot of strawberry: a summary of research in Ohio.
Grove, G. G.; Ellis, M. A.; Madden, L. V. Adv-Strawberry-Prod. [s.l.] : North American Strawberry Growers Association. Spring 1985. v. 4 p. 4-9. ill.
Includes 31 references.

Descriptors: fragaria-ananassa; phytophthora-cactorum; cyclic-fluctuations; overwintering-; sporulation-; environmental-factors; disease-control; ohio-

156. NAL Call No.: 81-SO12
Low pollen production as a cause of fruit malformation in strawberry.
Gilbert, C.; Breen, P. J. J-Am-Soc-Hortic-Sci v.112(1): p.56-60. (1987 Jan.)
Includes 9 references.

Descriptors: fragaria-ananassa; cultivars-; fruit-; malformations-; anthers-; pollen-; oregon-

157. NAL Call No.: 1.9-P69P
Lowering incidence of a virus complex dominated by strawberry mottle virus by reducing numbers of the aphid vector with oxydemetonmethyl.
Raworth, D. A.; Clements, S. J. Plant-Dis v.74(5): p.365-367. (1990 May)
Includes references.

Descriptors: fragaria-ananassa; chaetosiphon-fragaefolii; disease-vectors; insecticides-; strawberry-mottle-virus; incidence-; plant-disease-control; insect-control; insecticide-application; crop-yield; british-columbia

158. NAL Call No.: 464.9-P562
Luteovirus-like particles in phloem tissue of strawberry mild yellow edge virus infected plants.
Yoshikawa, N.; Ohki, S. T.; Kobatake, H.; Osaki, T.; Inouye, T. Nihon-Shokubutsu-Byori-Gakkaiho-Ann-Phytopathol-Soc-Jap v.50(5): p.659-663. ill. (1984 Dec.)
Includes 8 references.

Descriptors: plant-viruses; fragaria-; phloem-; tissues-

159. NAL Call No.: 464.8-P563
Main pests of strawberries in Reunion. Les principaux ennemis du fraisier a la Reunion. Les principaux ennemis du fraisier a la Reunion.
Fabregue, C. Phytoma (374): p.37-38. ill. (1986 Jan.)

Descriptors: fragaria-; insect-pests; fungal-diseases; reunion-

160. NAL Call No.: 1-Ag84C-no.219
Market diseases of strawberries from the southeastern states, 1926 to 1930.
Stevens, N. E. N. E. 1. 1. Washington, D.C. : U.S. Dept. of Agriculture, 1932. 4 p., Caption title.

Descriptors: Strawberries-Transportation-Diseases-and-injuries-Southern-States

161. NAL Call No.: 464.8-P56
Methods for study of raindrop impact on plant surfaces with application to predicting inoculum dispersal by rain.
Reynolds, K. M.; Madden, L. V.; Reichard, D. L.; Ellis, M. A. Phytopathology v.77(2): p.226-232. ill. (1987 Feb.)
Includes references.

Descriptors: fragaria-ananassa; plant-pathogens; spread-; rain-; inoculum-; splash-dispersal

162. NAL Call No.: 1-AG84AH
Minor or little-known virus and viruslike diseases of strawberry.
Converse, R. H. Agric-Handb-U-S-Dep-Agric-Comb-For-Pest-Res-Dev-Program (631): p.68-69. (1987 Aug.)

Descriptors: fragaria-; plant-viruses

163. NAL Call No.: 80-AC82
Molecular cloning of the double-stranded RNAs associated with strawberry mild yellow-edge virus.
Martin, R. R.; Jelkmann, W.; Spiegel, S.; Converse, R. H. Acta-Hortic (236): p.111-116. ill. (1989 Jan.)

In the series analytic: Fifth Internationl Symposium on Small Fruit Virus Diseases, June 12-18, 1988, Thessaloniki, Greece.

Descriptors: rubus-rosaefolius; strawberry-mild-yellow-edge-virus; rna-; dna-; clones-; hybridization-; plant-viruses; detection-

164. NAL Call No.: 421-J822
Molluscicide efficacy against the marsh slug, Deroceras laeve (Stylommatophora: Limacidae), on strawberries in Manitoba.
Prystupa, B. D.; Holliday, N. J.; Webster, G. R. B. J-Econ-Entomol v.80(4): p.936-943. (1987 Aug.)
Includes references.

Descriptors: fragaria-vesca; mollusca-; mollusc-control; molluscicides-; formulations-; mortality-; copper-; metaldehyde-; evaluation-; molluscicidal- properties; manitoba-; methiocarb-

165. NAL Call No.: SB608.S85M6
Monitoring of the spring, 1987 field release of genetically engineered bacteria in Contra Costa County.
Supkoff, D. M.; California. Division of Pest Management, E. P. a. W. S. U. o. E. M. a. P. M. Sacramento, Calif. : State of California, Dept. of Food and Agriculture, Division of Pest Management, Environmental Protection and Worker Safety, Environmental Monitoring and Pest Management, [1990] 1 v. (various pagings) : ill., "July, 1990."

Descriptors: Strawberries-Diseases-and-pests-Biological-control-California-Contra-Costa-Cunty; Agricultural-biotechnology-California-Contra-Costa- County

166. NAL Call No.: 1.9-P69P
Morphological, cultural, and pathogenic variation among Colletotrichum species isolated from strawberry.
Smith, B. J.; Black, L. L. Plant-Dis v.74(1): p.69-76. ill. (1990 Jan.)
Includes references.

Descriptors: fragaria-; cultivars-; clones-; colletotrichum-; conidia-; fungal-diseases; identification-; screening-tests; varietal-susceptibility; genetic- control; usa-

167. NAL Call No.: QL391.N4J62
Morphological observations of Pratylenchus penetrans from celery and strawberry in southern Ontario.
Townshend, J. L. J-Nematol v.23(2): p.205-209. (1991 Apr.)
Includes references.

Descriptors: apium-graveolens; fragaria-chiloensis; pratylenchus-penetrans; morphology-; ontario-

Abstract: Pratylenchus penetrans was obtained from Premier strawberry in Norfolk County and the Niagara Peninsula and from celery in the latter area. Host affected the dimensions of P. penetrans to a greater extent than geographical area in Ontario. Adults of P. penetrans from southern Ontario tended to be smaller than those reported elsewhere. The presence of three lip annules was consistent in the seven populations studied, although in some specimens one of the annules did not entirely encompass the head. Crenations around the tail tip of females of P. penetrans was common in the populations studied. Not all of the morphological characters were proportional in size to length of the females of P. penetrans.

168. NAL Call No.: 80-AC82
Multiplication of strawberry crinkle virus in non-vector insects.
Adams, A. N.; Barbara, D. J. Acta-Hortic (236): p.91-96. ill. (1989 Jan.)

In the series analytic: Fifth Internationl Symposium on Small Fruit Virus Diseases, June 12-18, 1988, Thessaloniki, Greece.

Descriptors: fragaria-vesca; strawberry-crinkle-virus; hosts-of-plant-diseases; chaetosiphon-fragaefolii; disease-vectors; megoura-viciae; mamestra- brassicae; pieris-brassicae; euscelidius-variegatus

169. NAL Call No.: S1.N32
Nature's fungicides may banish botrytis.
Hofstetter, B. New-Farm v.12(4): p.31-32, 41. (1990 May-1990 June)

Descriptors: fragaria-; botrytis-cinerea; biological-control-organisms; cultural-control; plant-disease-control; captan-; ontario-; massachusetts-

170. NAL Call No.: 421-Z1
Nematicides in strawberry nurseries.
Metlitskii, O. Z.; Radchenko, P. G.; Kholod, N. A. Zashch-Rast (12): p.30-31. (1986)

Descriptors: fragaria-; plant-parasitic-nematodes; nematicides-; toxicity-; nurseries-; russia-; krasnodar-territory-and-moscow-region,-rsfsr

171. NAL Call No.: 80-J825
Nematode-borne virus problems in Glen Clova red raspberry in the United Kingdom.
Jones, A. T.; Brown, D. J. F.; Mitchell, M. J. J-Hortic-Sci v.60(3): p.319-323. ill. (1985 July)
Includes references.

Descriptors: rubus-idaeus; ringspot-virus; arabis-mosaic-virus; strawberry-latent-ringspot-virus; tomato-black-ring-virus; nematoda-; united-kingdom

172. NAL Call No.: 275.29-M58B
Nematode control.
Bird, G. W. Ext-Bull-E-Coop-Ext-Serv-Mich-State-Univ (154): p.103-106. (1988 Nov.)

In series analytic: 1989 fruit spraying calendar / edited by A.L. Jones, A.J. Howitt, and J. Hull.

Descriptors: orchards-; nematode-control; vineyards-; fragaria-; ribes-; guidelines-; michigan-

173. NAL Call No.: 1.9-P69P
Nematodes in strawberries on Prince Edward Island, Canada.
Kimpinski, J. Plant-Dis v.69(2): p.105-107. (1985 Feb.)
Includes 15 references.

Descriptors: fragaria-; plant-parasitic-nematodes; pratylenchus-; meloidogyne-; aphelenchoides-; prince-edward-island

174. NAL Call No.: 464.8-P563
A new disease of strawberries in France: red core roots [Phytophthora fragariae]. Une nouvelle maladie du fraisier en France: le Coeur rouge des racines. Une nouvelle maladie du fraisier en France: le Coeur rouge des racines.
Nourrisseau, J. G.; Malato, G.; Baudry, A. Phytoma (350): p.31, 33, 35. ill. (1983 July-1983 Aug.)

Descriptors: France-

175. NAL Call No.: 1.9-P69P
New fungicides for small fruit disease control [Grapes, strawberries, blueberries and brambles, United States].
Ellis, M. A. Plant-Dis. St. Paul, American Phytopathological Society. Feb 1984. v. 68 (2) p. 174.

Descriptors: USA-

176. NAL Call No.: QR360.A1J6
A new potexvirus associated with strawberry mild yellow edge disease.
Jelkmann, W.; Martin, R. R.; Lesemann, D. E.; Vetten, H. J.; Skelton, F. J-Gen-Virol v.71(pt.6): p.1251-1258. ill. (1990 June)
Includes references.

Descriptors: fragaria-; rubus-; strawberry-mild-yellow-edge-virus; plant-viruses; dna-; rna-; clones-; nucleotide-sequence; rubus-rosifolius

177. NAL Call No.: SB385.A34
New symptoms of strawberry leaf blight disease.
Maas, J. L. Adv-Strawberry-Prod. [s.l.] : North American Strawberry Growers Association. Spring 1985. v. 4 p. 34-35.
Includes 13 references.

Descriptors: fragaria-ananassa; phomopsis-; disease-surveys; economic-impact; foliar-diagnosis; symptoms-; maryland-; maine-; phomopsis-obscurans

178. NAL Call No.: 80-AC82
Nicotiana occidentalis, a suitable test plant in research on viruses of small fruit crops.
Meer, F. A. v. d. Acta-Hortic (236): p.27-35. ill. (1989 Jan.)

In the series analytic: Fifth Internationl Symposium on Small Fruit Virus Diseases, June 12-18, 1988, Thessaloniki, Greece.

Descriptors: nicotiana-; species-; test-plants; plant-viruses; fragaria-vesca; rubus-; ribes-; rubus-lacinatus

179. NAL Call No.: 80-F9464
Northeastern United States strawberry cultivars.
Galletta, G. J. Fruit-Var-J v.43(1): p.31-33. (1989 Jan.)

Descriptors: fragaria-; cultivars-; fungal-diseases; cultural-methods; market-surveys; plant-production; north-eastern-states-of-usa

180. NAL Call No.: QH611.A1H58
Nuclear changes induced by the nematode Xiphinema diversicaudatum in root-tips of strawberry.
Griffiths, B. S.; Robertson, W. M. Histochem-J v.16(3): p.265-273. ill. (1984 Mar.)
Includes references.

181. NAL Call No.: SB385.A34
Observations on the strawberry multiplier disease.
Dana, M. N.; Boone, D. M. Adv-Strawberry-Prod. [s.l.] : North American Strawberry Growers Association. Spring 1987. v. 6 p. 41-43.
Includes references.

Descriptors: fragaria-ananassa; mycoplasmosis-; disease-transmission; inoculation-; symptoms-; wisconsin-

182. NAL Call No.: 464.9-P562
Occurrence and host range of strawberry witches broom in Japan [Mycoplasma-like organism transmitted by Macrosteles orientalis and Macrosteles fascifrons, leafhoppers].
Shiomi, T.; Sugiura, M. Nihon-Shokubutsu-Byori-Gakkaiho-Ann-Phytopathol-Soc-Jap. Tokyo : The Society. Dec 1983. v.49 (5) p. 727-730. ill.
Includes references.

183. NAL Call No.: SB385.A34
Occurrence of an exotic race of Phytophthora fragariae in Maine.
Maas, J. L.; Harker, J. R.; Galletta, G. J. Adv-Strawberry-Prod. [s.l.] : North American Strawberry Growers Association. Spring 1988. v. 7 p. 42-44.
Includes references.

Descriptors: fragaria-ananassa; phytophthora-fragariae; races-; identification-; breeding-aims; disease-resistance; maine-

184. NAL Call No.: 464.8-P562
Occurrence of tobacco necrosis virus in strawberry cultivars and Frageria vesca indicator.
Tanne, E. Phytopathol-Z-J-Phytopathol v.111(3/4): p.332-338. ill. (1984 Dec.)
Includes references.

Descriptors: fragaria-vesca; fragaria-virginiana; tobacco-necrosis-virus

185. NAL Call No.: 1.9-P69P
Occurrence of tobacco streak virus in strawberries in Israel.
Spiegel, S.; Cohen, J. Plant-Dis v.69(5): p.448-449. ill. (1985 May)
Includes references.

Descriptors: fragaria-vesca; tobacco-streak-virus; disease-transmission; israel-; mechanical-transmission

186. NAL Call No.: SB385.A34
Ohio fungicide evaluations for control of Botrytis gray mold of strawberry.
Ellis, M. A.; Madden, L. V.; Reynolds. K.M.; Wilson, L. L. Adv-Strawberry-Prod. [s.l.] : North American Strawberry Growers Association. Spring 1987. v. 6 p. 50-52.
Includes references.

Descriptors: fragaria-ananassa; botrytis-cinerea; fungicide-application; evaluation-; ohio-

187. NAL Call No.: 100-N48C-1-no.14
On the strawberry leaf-blight ; On another disease of the strawberry. On the strawberry leaf blight.
Dudley, W. R. W. R. 1. 1. Ithaca, N.Y. : Cornell University, 1889. p. 172-183 : ill., Caption titles: The strawberry leaf-blight ; Another disease of the strawberry.

Descriptors: Strawberries-Diseases-and-pests

188. NAL Call No.: 1-AG84AH
Other leafhopper-borne diseases of strawberry.
Chiykowski, L. N.; Posnette, A. F. Agric-Handb-U-S-Dep-Agric-Comb-For-Pest-Res-Dev-Program (631): p.45-46. (1987 Aug.)

Descriptors: fragaria-; plant-viruses; mycoplasma-like-organisms; hemiptera-; disease-vectors

189. NAL Call No.: 1.9-P69P
Overwinter survival of Phytophthora cactorum in infected strawberry fruit.
Grove, G. G.; Ellis, M. A.; Madden, L. V.; Schmitthenner, A. F. Plant-Dis v.69(6): p.514-515. ill. (1985 June)
Includes 11 references.

Descriptors: phytophthora-cactorum; fragaria-; overwintering-; survival-; strawberries-

190. NAL Call No.: 464.8-IN3
Parasitic nematodes of fruit trees, grapevine and strawberry [Italy]. I nematodi parassiti delle piante da frutto, della vite e della fragola. I nematodi parassiti delle piante da frutto, della vite e della fragola.
Tacconi, R. Inf-Fitopatol v.34(3): p.63-72. ill. (1984 Mar.)
Includes references.

Descriptors: Italy-

191. NAL Call No.: 464.8-IN3
Phatogenic fungi in the strawberry, deciduous fruit-trees, small fruits and grapevine: Italian situation and quarantine problems. Funghi patogeni di fragola, di piante arbustive ed arboree da frutto: situazione italiana e problemi di quarantena. Funghi patogeni di fragola, di piante arbustive ed arboree da frutto: situazione italiana e problemi di quarantena.
Canova, A. Inf-Fitopatol v.33(2): p.62-67. (1983 Feb.)
Includes references.

192. NAL Call No.: 87-G75
Phytophthora citricola Sawada, a soil borne strawberry pathogen.
Ilieva, E.; Koleva, N. Gradinar-Lozar-Nauka-Hortic-Vitic-Sci v.21(7): p.42-48. ill. (1984)
Includes 13 references.

Descriptors: strawberries-; soil-fungi; phytophthora-citricola

193. NAL Call No.: QK603.2.M9
Phytophthora fragariae.
Ho, H. H.; Jong, S. C. Mycotaxon v.31(2): p.305-322. (1988 Apr.-1988 June)
Includes references.

Descriptors: fragaria-vesca; phytophthora-fragariae; chemotaxonomy-; genetic-variation; geographical-distribution; plant-morphology

194. NAL Call No.: SB721.A6
Phytophthora fragariae in South Australia [Disease of strawberries, Fragaria].
Wicks, T. J.; Lee, T. C. A-P-P-Australas-Plant-Pathol v.11(4): p.55-56. ill. (1982 Dec.)
Includes references.

Descriptors: South-Australia

195. NAL Call No.: 241-B453F-Bd.-26-Heft-1
Pilzliche Erkrankungen des Rhizoms und der Wurzeln bei Erdbeere = Fungal diseases of rhizome and roots in strawberries l/. Fungal diseases of rhizome and roots in strawberries.
Hanke, V. Berlin : Akademie der Landwirtschaftswissenschaften der Deutschen Demokratischen Republik, Institut fur Landwirtschaftliche Information und Dokumentation, 1988. 56 p., Summary also in English and Russian.

196. NAL Call No.: 80-G1948
Plant-damaging nematodes in strawberries [Leaf, stem and root nematodes]. Pflanzenschadigende Nematoden an Erdbeeren. Pflanzenschadigende Nematoden an Erdbeeren.
Decker, H. Gartenbau v.30(1): p.v-vii. ill. (1983 Jan.)

197. NAL Call No.: 275.29-W27P
Plant diseases: Gray mold (Botrytis blight).
Maloy, O. C. Ext-Bull-Wash-State-Univ-Coop-Ext-Serv. Pullman, Wash. : The Service. Sept 1985. (1045,rev.) 1 p. ill.

Descriptors: fragaria-; botrytis-cinerea

198. NAL Call No.: 100-F92
Plant parasitic nematodes and fungi are an unhealthy alliance against strawberries.
LaMondia, J. A.; Martin, S. B. Front-Plant-Sci-Conn-Agric-Exp-Stn v.40(2): p.3-5. ill. (1988 Spring)

Descriptors: fragaria-; pratylenchus-penetrans; rhizoctonia-fragariae; mixed-infection; disease-surveys; connecticut-

199. NAL Call No.: SB319.7.P67
Postharvest handling systems: temperate fruits.
Mitchell, F. G. Postharvest technology of horticultural crops / Adel A. Kadar [et al.]. [Berkeley, Calif.] : Coop Ext, Univ of California, Div of Agric and Natural Resources, 1985. p. 143-148. ill.
Includes references.

Descriptors: apples-; pears-; strawberries-; postharvest-decay; diseases-; postharvest-physiology; functional-disorders; handling-; systems-; cooling-; storage-; transport-

200. NAL Call No.: 80-J825
Pre-harvest fungicide sprays and polyvinyl wraps to control Botrytis rot and prolong the post-harvest storage life of strawberries.
Aharoni, Y.; Barkai Golan, R. J-Hortic-Sci v.62(2): p.177-181. (1987 Apr.)
Includes references.

Descriptors: fragaria-vesca; strawberries-; botrytis-cinerea; storage-life; wraps-; polyvinyl-chloride; iprodione-; captafol-; postharvest-storage-decay; transporting-quality; israel-

201. NAL Call No.: 421-C16
Predicting the time of hatch of the strawberry aphid, Chaetosiphon fragaefolii (Homoptera:Aphididae).
Frazer, B. D.; Raworth, D. A. Can-Entomol v.116(8): p.1131-1135. (1984 Aug.)
Includes 13 references.

Descriptors: chaetosiphon-fragaefolii; hatching-; prediction-; strawberries-; plant-viruses

202. NAL Call No.: TX599.T43-no.63
A preliminary report of experimental work carried out on Elvaron : a new fungicide for the control Botrytis cinerea on strawberries.
Arthey, V. D. Chipping Campden, Glos. : Fruit and Vegetable Preservation Research Association, 1966. 6 p. ill., Cover title.

203. NAL Call No.: 464.8-AR2
Preliminary results of purification experiments with strawberry viruses.
Graichen, K.; Proll, E.; Leistner, H. U.; Kegler, H. Arch-Phytopathol-Pflanzenschutz. Berlin, E. Ger. : Akademie der Landwirtschaftswissenschaften der Deutschen Demokratischen Republik 1985. v. 21 (6) p. 499-501. ill.
Includes references.

Descriptors: fragaria-; plant-viruses; purification-

204. NAL Call No.: QR355.P5
Preliminary studies on pathogen of Strawberry virus disease.
Zheng, Q. X.; Huang, J. Q.; Shen, J. Y.; Pen, B. Z.; Chen, Z. Y.; Gong, Z. X.; Zhang, L. S. Ping-Hsueh-Tsa-Chih-Virol-Sin (1): p.82-86. (1988)
Includes references.

Descriptors: strawberries-; plant-viruses; plant-pathogens

205. NAL Call No.: 87-M58
Preparation cycocel for the control of Ditylenchus dipsaci var. fragariae on strawberries.
Andreeva, V. I. Sb-Nauchn-Rab-Vses-Nauchno-Issled-Inst-Sadovod (29): p.102-106. (1979)

206. NAL Call No.: SB385.A34
A procedure for detection of graft-transmissible diseases in strawberry by the leaf-grafting technique.
Frazier, N. W. Adv-Strawberry-Prod. [S.l.] : North American Strawberry Growers Association. 1989. v. 8 p. 9-12.
Includes references.

Descriptors: fragaria-vesca; fragaria-virginiana; leaves-; grafting-; disease-transmission; detection-; indicator-plants; plant-diseases

207. NAL Call No.: 106-P44
Production of healthy strawberry plants by the method of apex culture using synthetic virus inhibitors.
Malykhin, P. M.; Vinitskaia, O. P.; Shmyglia, V. A.; Schuster, G. Izv-Timiriazevsk-S-kh-Akad (3): p.135-138. (1986 May-1986 June)
Includes references.

Descriptors: fragaria-vesca; strawberry-crinkle-virus; infection-; control-methods; shoot-tip-culture; synthetic-agents; inhibitors-

208. NAL Call No.: 1.9-P69P
Production of sporangia and oospores of Phytophthora fragariae in roots of strawberry plants.
Law, T. F.; Milholland, R. D. Plant-Dis v.75(5): p.475-478. (1991 May)
Includes references.

Descriptors: fragaria-ananassa; cultivars-; disease-resistance; genotypes-; soil-inoculation; susceptibility-; phytophthora-fragariae; oospores-; sporangia- ; north-carolina

209. NAL Call No.: SB385.A34
The production, testing and certification of virus-tested strawberry stock.
Broome, O. C.; Goff, L. M. Adv-Strawberry-Prod. [s.l.] : North American Strawberry Growers Association. Spring 1987. v. 6 p. 3-5.
Includes references.

Descriptors: fragaria-; planting-stock; viruses-; disease-control; shoot-tip-culture; production-; testing-; certification-; virus-free

210. NAL Call No.: SB385.A34
Progress in development of a strawberry leather rot forecasting system.
Reynolds, K. M.; Ellis, M. A.; Madden, L. V. Adv-Strawberry-Prod. [s.l.] : North American Strawberry Growers Association. Spring 1987. v. 6 p. 18-22.
Includes references.

Descriptors: fragaria-ananassa; phytophthora-cactorum; diseases-; forecasting-; control-methods; straw-mulches; calculation-

211. NAL Call No.: 464.8-P56
Purification and characterization of strawberry crinkle virus.
Hunter, B. G.; Richardson, J.; Dietzgen, R. G.; Sylvester, E. S.; Jackson, A. O.; Morris, T. J. Phytopathology v.80(3): p.282-287. ill. (1990 Mar.)
Includes references.

Descriptors: fragaria-; physalis-; strawberry-crinkle-virus; characterization-; purification-; isolation-; centrifugation-; electrophoresis-; molecular- weight; glycoproteins-; serology-; lettuce-necrotic-yellows-virus; plant-viruses; relationships-; physalis-floridana; rhabdoviruses-; sonchus-yellow-net-virus

Abstract: Strawberry crinkle virus (SCV), a cytoplasmic rhabdovirus, has proven difficult to purify from strawberry leaves. By testing alternative hosts and different procedures, we have succeeded in purifying SCV from leaves of Physalis floridana using a celite filtration method. Two classes of particles differing in sedimentation rate could be distinguished by sucrose density gradient centrifugation. Electron microscopic examination of these purified preparations revealed the presence of bacilliform particles and an apparent size difference between the two classes. Polyacrylamide gel electrophoresis of sodium dodecyl sulfate-disrupted virions showed that SCV contains three major structural proteins with molecular weights estimated to be 78, 47, and 25 kDa. The 78-kDa protein bound lectins, identifying it as the viral glycoprotein. The SCV protein profile resembles that of lettuce necrotic yellows virus (LNYV) but differs appreciably from sonchus yellow net virus (SYNV). SCV has no detectable serological relatedness to LNYV or SYNV. These results suggest that SCV is distinct from other previously characterized rhabdoviruses.

212. NAL Call No.: 464.9-P562
Purification, characterization and serology of strawberry pseudo mild yellow edge virus.
Yoshikawa, N.; Inouye, T. Nihon-Shokubutsu-Byori-Gakkaiho-Ann-Phytopathol-Soc-Jap v.52(4): p.643-652. ill. (1986 Oct.)
Includes references.

Descriptors: plant-viruses; fragaria-vesca; purification-; serology-; symptoms-; fragaria-vesca-var; -semperflorens

213. NAL Call No.: 464.8-P562
Purification, properties and serology of strawberry mild yellow-edge virus.
Martin, R. R.; Converse, R. H. Phytopathol-Z-J-Phytopathol v.114(1): p.21-30. ill. (1985 Sept.)
Includes references.

Descriptors: strawberry-mild-yellow-edge-virus; purification-; serology-; fragaria-vesca; chaetosiphon-fragaefolii; disease-vectors

214. NAL Call No.: QK600.M82
The quantitative estimation of Phytophthora cactorum in infected strawberry tissue.
Pettitt, T. R.; Pegg, G. F. Mycol-Res v.95(pt.2): p.233-238. (1990 Feb.)
Includes references.

Descriptors: fragaria-ananassa; phytophthora-cactorum; plant-pathogenic-fungi; disease-resistance; quantitative-analysis; pathogenicity-; virulence-; laboratory-methods

215. NAL Call No.: 81-SO12
Quantitative genetic variation for resistance to leaf spot (Ramularia tulasnei) in California strawberries.
Shaw, D. V.; Bringhurst, R. S.; Voth, V. J-Am-Soc-Hortic-Sci v.113(3): p.451-456. ill. (1988 May)
Includes references.

Descriptors: fragaria-ananassa; ramularia-; disease-resistance; genetic-variation; plant-breeding; selection-criteria; leaf-spotting; heritability-; california-

216. NAL Call No.: 464.8-P56
Rain splash dispersal of Colletotrichum acutatum from infected strawberry fruit.
Yang, X.; Wilson, L. L.; Madden, L. V.; Ellis, M. A. Phytopathology v.80(6): p.590-595. ill. (1990 June)
Includes references.

Descriptors: fragaria-ananassa; colletotrichum-acutatum; berries-; infection-; disease-distribution; rain-; conidia-; spore-dispersal; distribution-; wind-; inoculum-; environmental-factors; disease-transmission; spatial-distribution; disease-incidence; rain-intensity; rain-duration

Abstract: A rain simulator was used to investigate the influence of rain intensity (15 and 30 mm/hr), rain duration (15-60 min), and ground cover on splash dispersal of Colletotrichum acutatum from infected strawberry fruit. Potted strawberry plants were held in two concentric circles (30- and 60-cm radii) by a wood frame which was levelly exposed to a uniform zone of generated rain. Infected fruits with sporulating lesions were placed in the center of the circles. Studies were conducted with three ground covers: soil, soil covered with fresh straw (6-8 cm deep), and plastic. With plastic cover, 100% disease incidence was obtained at both distances and all times. With soil and straw, disease incidence was generally less in the outer compared with the inner circle, but increased in both circles over time only with soil. With 60 min of rain at 30 cm from the source, mean disease incidence was greater than or equal to 90%. Rain intensity, however, did not have a consistent effect on dispersal. Influence of number (source strength) and distribution of infected fruit on resultant dispersal was evaluated, with one, five, or nine infected fruits clustered in the center of the circles. or five or nine fruits uniformly scattered over the frame. Neither source fruit number nor its spatial distribution, however, was found to significantly affect disease incidence. A simple wind tunnel also was incorporated into the study to evaluate the effect of horizontal air flow. With a flow of approximately 2.3 m/sec, differences in disease incidence between up- and downwind locations were significant at 60 cm from the source but not at 30 cm. At 60 cm, disease incidence downwind (approximately 60%) was triple the incidence upwind (approximately 18%).

217. NAL Call No.: 275.29-W27P
Raspberry and strawberry root rots in home gardens.
Davidson, R. M. Jr.; Byther, R. S. Ext-Bull-Wash-State-Univ-Coop-Ext-Serv. Pullman, Wash. : The Service. June 1984. (1082,rev.) 1 p.

Descriptors: raspberries-; strawberries-; root-rots; symptoms-; soil-moisture; fungal-diseases

218. NAL Call No.: 1-AG84AH
Raspberry yellow dwarf and associated diseases of Rubus caused by arabis mosaic and strawberry latent ringspot viruses.
Murant, A. F. Agric-Handb-U-S-Dep-Agric-Comb-For-Pest-Res-Dev-Program (631): p.204. ill. (1987 Aug.)

Descriptors: rubus-; arabis-mosaic-virus; strawberry-latent-ringspot-virus; xiphinema-diversicaudatum; disease-vectors

219. NAL Call No.: SB1.H6
Relative virulence of Agrobacterium strains on strawberry.
Uratsu, S. L.; Ahmadi, H.; Bringhurst, R. S.; Dandekar, A. M. HortScience v.26(2): p.196-199. ill. (1991 Feb.)
Includes references.

Descriptors: fragaria-vesca; agrobacterium-tumefaciens; agrobacterium-rhizogenes; virulence-; strains-; amino-acid-derivatives; biosynthesis-; tumors-; runners-; opines-

Abstract: Several strains of Agrobacterium tumefaciens and A. rhizogenes were shown to form tumors on runners of the diploid strawberry species Fragaria vesca L. Tumors, weighing from 0.1 to 8.3 mg, appeared from 2 to 4.5 weeks after infection. The majority of tumors tested for opine synthesis by high-voltage paper electrophoresis analysis showed positive results. These results demonstrate that diploid strawberry plants are susceptible to infection with Agrobacterium and that there are differences in the relative virulence of Agrobacterium strains.

220. NAL Call No.: SB385.A34
Research progress report: anthracnose in California.
Gubler, W. D.; Eastburn, D. M. Adv-Strawberry-Prod. [s.l.] : North American Strawberry Growers Association. Spring 1988. v. 7 p. 47-50.

Descriptors: fragaria-ananassa; colletotrichum-acutatum; research-; symptoms-; plant-organs; pathogens-; identification-; characteristics-; detection-; persistence-; infection-; conidia-; survival-; california-

221. NAL Call No.: 381-AS7
Residues of captan and folpet in strawberries and grapes.
Gilvydis, D. A.; Walter, S. M.; Spivak, E. S.; Hedblad, R. K. Assoc-Off-Anal-Chem-J v.69(5): p.803-806. (1986 Sept.-1986 Oct.)
Includes references.

Descriptors: strawberries-; grapes-; fungicide-residues; captan-; folpet-; food-contamination

222. NAL Call No.: 64.9-L542
Resistance in strawberry to white spot of the leaves.
Mazhorov, E. V.; Khokhriakova, T. M.; Churganov, A. P.; Poliakova, L. T. Biull-Vses-Inst-Rastenievod (138): p.58-60. (1984)

Descriptors: strawberries-; varieties-; fungal-diseases; ramularia-; disease-resistance; ramularia-tulasnei

223. NAL Call No.: 1.9-P69P
Resistance of strawberry plants to colletotrichum fragariae affected by environmental conditions.
Smith, B. J.; Black, L. L. Plant-Dis v.71(9): p.834-837. (1987 Sept.)
Includes references.

Descriptors: fragaria-ananassa; colletotrichum-fragariae; disease-resistance; environmental-temperature; relative-humidity; cultivars-

224. NAL Call No.: 1.9-P69P
Resistance to Colletotrichum fragariae in strawberry affected by seedling age and inoculation method.
Smith, B. J.; Black, L. L.; Galletta, G. J. Plant-Dis v.74(12): p.1016-1021. (1990 Dec.)
Includes references.

Descriptors: fragaria-ananassa; glomerella-cingulata; seedlings-; susceptibility-; infectivity-; conidia-; sprayers-; genetic-resistance; seedling-age; cultivars-

225. NAL Call No.: 464.8-P56
Response models for conidiospore germination and germ tube elongation of Mycosphaerella fragariae as influenced by temperature and moisture.
Elliott, V. J. Phytopathology v.78(6): p.645-650. (1988 June)
Includes references.

Descriptors: fragaria-ananassa; mycosphaerella-fragariae; disease-models; environmental-factors; spore-germination; growth-rate; temperatures-; moisture-

226. NAL Call No.: SB385.A34
Response of 'Redchief' strawberry to soil profile modification, soil fumigation and bedtype in the Missouri Ozark Region.
Kaps, M. L.; Odneal, M. B. Adv-Strawberry-Prod. [s.l.] : North American Strawberry Growers Association. Spring 1986. v. 5 p. 18-21.
Includes references.

Descriptors: fragaria-ananassa; yields-; organic-fertilizers; soil-fumigation; methyl-bromide; chloropicrin-; bedding-; missouri-

227. NAL Call No.: 100-OH3S-3
A review of strawberry leather rot research in Ohio.
Grove, G. G.; Ellis, M. A.; Madden, L. V. Ohio-Rep-Res-Dev-Agric-Home-Econ-Nat-Res-Ohio-Agric-Res-Dev-Cent v.70(5): p.73-76. ill. (1985 Nov.-1985 Dec.)

Descriptors: phytophthora-cactorum; fragaria-ananassa; symptomatology-; epidemiology-; plant-disease-control; research-; ohio-

228. NAL Call No.: SB599.N34
Review of strawberry mycoses in the Havelland fruit-growing area and possibilities of prevention and control [East Germany]. Ubersicht zum Auftreten von Erdbeermykosen im Havellandischen Obstanbaugebiet und Moglichkeiten der Prophylaxe und Bekampfung. Ubersicht zum Auftreten von Erdbeermykosen im Havellandischen Obstanbaugebiet und Moglichkeiten der Prophylaxe und Bekampfung.
Kurucz, E.; Zimmermann, U.; Motte, G. Nachrichtenbl-Pflanzenschutz-D-D-R v.36(11): p.221-224. ill. (1982)
Includes references.

Descriptors: German-Democratic-Republic

229. NAL Call No.: 1-Ag84B-no.531
Rhizopus rot of strawberries in transit.
Stevens, N. E. N. E. 1. 1.; Wilcox, R. B. R. B. 1. 1. Washington, D.C. : U.S. Dept. of Agriculture, 1917. 22 p. : ill., Caption title.

Descriptors: Strawberries-Diseases-and-pests; Strawberries-Transportation-Diseases-and-injuries

230. NAL Call No.: 79.9-N213
Ridge fumigation for control of Verticillium wilt in strawberries.
Tate, K. G.; Cheah, L. H. Proc-N-Z-Weed-Pest-Control-Conf (36th): p.79-82. ill. (1983)
Includes references.

231. NAL Call No.: 105.8-G36-1982-[no.6]
Role of proanthocyanidins during the resistance phase of strawberries against Botrytis cinerea Pers. Rolle von Proanthocyanidinen bei der Stadienresistenz von Erdbeerfruchten gegenuber Botrytis cinerea Pers.. Rolle von Proanthocyanidinen bei der Stadienresistenz von Erdbeerfruchten gegenuber Botrytis cinerea Pers..
Scherer, C. 1. Giessen : [s.n.], 1982. 37 p. : ill., Includes vita.

232. NAL Call No.: SB599.P45
The roles of aspartic proteinase and endo-pectin lyase enzymes in the primary stages of infection and pathogenesis of various host tissues by different isolates of Botrytis cinerea Pers ex. Pers.
Movahedi, S.; Heale, J. B. Physiol-Mol-Plant-Pathol v.36(4): p.303-324. (1990 Apr.)
Includes references.

Descriptors: daucus-carota; brassica-oleracea-var; -capitata; fragaria-vesca; rubus-idaeus; vitis-vinifera; vicia-faba; botrytis-cinerea; pathogenicity-; secretions-; proteases-; pectins-; lyases-; enzyme-activity; infection-; host-parasite-relationships

233. NAL Call No.: 464.8-P21
Sanitation of fruit trees and strawberries by meristem culture. Assainissement des arbres fruitiers et du fraisier par culture de meristemes. Assainissement des arbres fruitiers et du fraisier par culture de meristemes.
Boxus, P. Parasitica. Bruxelles : Assoc. pour les Etudes et Recherches de Zoologie appliquee et de Phytopathologie. 1984. v. 40 (2/3) p. 139-155.

Presented at the Study Day on "In Vitro Culture and Plant Pathology," June 13, 1984, Gembloux, Belgium.

Descriptors: fruit-trees; fragaria-; viral-diseases; meristems-; culture-techniques; plant-disease-control

234. NAL Call No.: SB1.H6
Seasonal occurrence and recovery of Phytophthora fragariae in infected strawberry roots.
George, S. W.; Milholland, R. D. Hortscience v.22(6): p.1254-1255. (1987 Dec.)
Includes references.

Descriptors: fragaria-ananassa; roots-; infection-; phytophthora-fragariae; seasonality-

235. NAL Call No.: 1.9-P69P
Seed transmission of tobacco streak virus in strawberry [Associated with necrotic shock disease].
Johnson, H. A. Jr.; Converse, R. H.; Amorao, A.; Espejo, J. I.; Frazier, N. W. Plant-Dis v.68(5): p.390-392. (1984 May)
Includes references.

236. NAL Call No.: 81-SO12
Selection for virus tolerance in strawberry.
Sjulin, T. M.; Robbins, J.; Barritt, B. H. J-Am-Soc-Hortic-Sci v.111(3): p.458-464. (1986 May)
Includes references.

Descriptors: fragaria-ananassa; genotypes-; plant-viruses; disease-resistance; selection-criteria; washington-

237. NAL Call No.: 81-SO12
Selection for virus tolerance in strawberry seedlings in relation to virus source and plant age.
Robbins, J.; Sjulin, T. M. J-Am-Soc-Hortic-Sci v.113(6): p.924-927. (1988 Nov.)
Includes references.

Descriptors: fragaria-ananassa; seedlings-; maturity-stage; disease-resistance; strawberry-crinkle-virus; strawberry-mottle-virus; strawberry-mild- yellow-edge-virus

Abstract: Strawberry (Fragaria X ananassa Duch.) seedlings were planted in a greenhouse at 3- to 4-week intervals and simultaneously inoculated at ages 80, 101, 129 or 157 days with either of two naturally occurring virus sources each of which contained a mottle, mild yellow edge, and crinkle virus complex. Inoculation by aphids with either virus source reduced vigor, petiole length, leaflet width, stolons per plant, and vegetative dry weight of plants in the greenhouse. The tendency of virus inoculation to reduce vigor and petiole length was inversely proportional to increasing seedling age. In the field, inoculated seedlings were also less vigorous than control seedlings. Virus source effects and seedling age interactions with virus source were not significant. Selection for virus tolerance, based on greenhouse vigor, petiole length or leaflet width measurements, increased the frequency of seedlings subsequently classified as virus-tolerant in the field in both 80- and 101-day- old seedlings. Selection based on greenhouse vigor or petiole length increased the frequency in 129-day-old seedlings. No greenhouse selection method evaluated was effective in 157-day-old seedlings.

238. NAL Call No.: 464.8-IN3
Severe disease outbreaks caused by Rhizoctonia fragariae, Cylindrocarpon destructans, Fusarium solani e Pythium spp. occurred in souther Italy [On strawberries]. Osservazioni sui deperimenti dei fragoleti nell'Italia meridionale. Osservazioni sui deperimenti dei fragoleti nell'Italia meridionale.
Ciccarese, F.; Cirulli, M. Inf-Fitopatol v.33(9): p.59-62. ill. (1983 Sept.)
Includes references.

239. NAL Call No.: 464.9-P562
Soft rot of strawberry fruits caused by Pythium ultimum Trow var. ultimum.
Kusakari, S.; Tanaka, Y. Nihon-Shokubutsu-Byori-Gakkaiho-Ann-Phytopathol-Soc-Jap v.51(1): p.39-42. ill. (1985 Jan.)
Includes 3 references.

Descriptors: pythium-ultimum; decay-fungi; fragaria-; symptoms-

240. NAL Call No.: 385-K524
Soil fumigation for berry crops.
Triakhov, N. D.; Polozov, V. M. Khim-Sel'sk-Khoz (10): p.30. (1983)

Descriptors: strawberries-; raspberries-; plant-parasitic-nematodes; soil-fumigation; yields-

241. NAL Call No.: SB319.2.F6F56
Soil solarization for strawberries.
Overman, A. J.; Howard, C. M.; Albregts, E. E. Proc-Annu-Meet-Fla-State-Hortic-Soc. [S.l.] : The Society. Aug 1988. v. 100 p. 236-239.
Includes references.

Descriptors: fragaria-ananassa; plant-parasitic-nematodes; belonolaimus-longicaudatus; pest-control-methods; soil-treatments; solar-radiation; disinfestation-

242. NAL Call No.: 1.9-P69P
Some effects of pallidosis disease on strawberry growth under greenhouse conditions.
Converse, R. H. Plant-Dis v.74(10): p.814-816. (1990 Oct.)
Includes references.

Descriptors: fragaria-virginiana; fragaria-ananassa; plant-diseases; greenhouses-

243. NAL Call No.: 100-K41-2
Some strawberry pests.
Garman, H. Bull-Ky-Agric-Exp-Stn. Lexington : The Station. Dec 1890. (31) 27 p. ill.

Documents available from: Agriculture Library, Agricultural Science Center - North, University of Kentucky, Lexington, Ky. 40546-0091. Bulletin mentions numerous fungi and pest insects.

Descriptors: strawberries-; insect-pests; fungal-diseases; kentucky-

244. NAL Call No.: 80-F9464
Southern United States strawberry cultivars.
Caldwell, J. D. Fruit-Var-J v.43(1): p.33-38. (1989 Jan.)

Descriptors: fragaria-; cultivars-; plant-production; colletotrichum-fragariae; cultural-methods; south-eastern-states-of-usa; matted-row-cultivars

245. NAL Call No.: 464.8-P56
Spatio-temporal analysis of epidemic development of leather rot of strawberry.
Reynolds, K. M.; Madden, L. V.; Ellis, M. A. Phytopathology v.78(2): p.246-252. (1988 Feb.)
Includes references.

Descriptors: fragaria-ananassa; phytophthora-cactorum; epidemics-; disease-models; mathematical-models

246. NAL Call No.: SB13.Y32
Specialization of parasitism of Sphaerotheca humuli (DC.) Burr. [Strawberry, Fragaria vesca, Geranium thunbergii and Sanguisorba officinalis].
Abiko, K. Yasai-Shikenjo-Hokoku-A-Bull-Veg-Ornamental-Crops-Res-Stn-Ser-A (10): p.69-74. (1982 Dec.)
Includes references.

247. NAL Call No.: 464.8-P56
Splash dispersal of Phytophthora cactorum from infected strawberry fruit.
Grove, G. G.; Madden, L. V.; Ellis, M. A. Phytopathology v.75(5): p.611-615. (1985 May)
Includes 20 references.

Descriptors: phytophthora-cactorum; fragaria-ananassa; plant-pathogens; spread-

248. NAL Call No.: 464.8-P56
Splash dispersal of Phytophthora cactorum from infected strawberry fruit by simulated canopy drip.
Reynolds, K. M.; Madden, L. V.; Reichard, D. L.; Ellis, M. A. Phytopathology v.79(4): p.425-432. ill. (1989 Apr.)
Includes references.

Descriptors: fragaria-ananassa; phytophthora-cactorum; disease-transmission; spore-dispersal; canopy-; rain-; droplets-; disease-models; kinetics-; regression-analysis; mathematical-models

Abstract: Characteristics of splash dispersal of Phytophthora cactorum from infected strawberry fruit were studied with an integrated drop- generating and photographic system that was developed previously. Drops of 1- to 4-mm diameter were released from heights of 10, 20, and 40 cm above fruit bearing sporangia that had been labeled with a fluorescent tracer. Splash droplets produced by the impact of the incident drops were collected on sheets of water-sensitive paper. Drops with diameters of 1 and 2 mm failed to produce any splash droplets when released from heights of 20 and 10 cm, respectively. Multivariate regression analysis was used to examine the relationship between a set of intercorrelated responses and attributes of the incident drop. Responses evaluated were 1) the total number of droplets collected, 2) the average droplet diameter, 3) the total droplet volume, 4) the mean distance of droplet travel, 5) the number of droplets bearing at least one sporangium, and 6) the total number of sporangia among droplets with a least one sporangium. Incident drop attributes were drop mass or weight (W) and the velocity (V), momentum (M), and kinetic energy (E) of the drop at impact with the fruit surface. The best multivariate regression model included W, M, and V as predictors of reponses 1, 2, and 4. M alone was the best predictor of response 3; in constrast, V was significant alone for responses 5 and 6. Except for droplets produced by the impact of 1-mm-diameter drops, the average diameter of droplets carrying sporangia was always significantly greater than the diameter of droplets not carrying sporangia (P less than or equal to 0.05). The distribution of the number of sporangia per droplet was generally well described by the logarithmic distribution with zeros for each combination of incident drop diameter and height of release. The gamma parameter, representing the proportion of droplets with sporangia, declined in relation to momentum at impact. The theta parameter, a measure of the mean number of sporangia per droplet (of droplets bearing sporangia), declined with increasing mass of the incident drop. There was no relation between droplet size and the number of sporangia per droplet. For all splash droplets and those with sporangia, the distribution over distance was accurately described by the Weibull distribution whose scale parameter (representing the distance within which 63% of the droplets landed) varied linearly and positively with incident drop velocity. The Weibull shape parameter (representing curve skewness) was best described as a function of both drop velocity and kinetic energy or momentum. Droplets with sporangia did not travel as far, on the average, as droplets without sporangia.

249. NAL Call No.: 100-C12CAG
Spray coverage on strawberries.
Pickel, C.; Welch, N. C. Calif-Agric-Calif-Agric-Exp-Stn v.42(6): p.12-13. ill. (1988 Nov.-1988 Dec.)

Descriptors: fragaria-; leaves-; plant-pests; plant-diseases; pest-control; disease-control; foliar-spraying; spray-nozzles; pressure-regulators; california-; air-assist-technique; underleaf-coverage

250. NAL Call No.: 1-Ag84D-no.309
Spraying strawberries for the control of fruit rots.
Stoddard, E. M. E. M. 1.; Rose, D. H. D. H. 1. 1.; Stevens, N. E. N. E. 1. 1. Washington, D.C. : U.S. Dept. of Agriculture, 1924. 4 p., Descriptors: Strawberries-Diseases-and-pests

251. NAL Call No.: 1-Ag84C-no.681
Spring dwarf and summer dwarf of strawberries.
Christie, J. R. J. R. 1. Washington, D.C. : U.S. Dept. of Agriculture, 1943. 10 p. : ill., Caption title.

Descriptors: Strawberries-Diseases-and-pests

252. NAL Call No.: TD172.C54
The stability of vinclozolin in the presence of ethanol, methanol and water [Effective against Botrytis cinerea on grapes and strawberries].
Clark, T. Chemosphere v.12(9/10): p.1363-1369. (1983)
Includes references.

253. NAL Call No.: 464.8-IN3
A strain of strawberry latent ringspot virus (SLRV) isolated from Narcissus in Italy. Infezione del virus della maculatura anulare latente della fragola (SLRV) nel narciso in Italia. Infezione del virus della maculatura anulare latente della fragola (SLRV) nel narciso in Italia.
Grazia Bellardi, M.; Gelli, C. Inf-Fitopatol v.34(1): p.49-53. ill. (1984 Jan.)
Includes references.

Descriptors: Italy-

254. NAL Call No.: SB951.F88
Strategies to control dicarboximide-resistant strains of plant pathogens.
Locher, F. Fungicide resistance in North America / Charles J. Delp, editor. St. Paul, Minn. : ARS Press, American Phytopathological Society, 1988. p. 56-57.

Descriptors: fungal-diseases; plant-diseases; pathogens-; strains-; resistance-; fungicides-; control-methods; botrytis-cinerea; hosts-of-plant-diseases; vitis-; fragaria-ananassa; vegetables-; monilinia-; sclerotinia-

255. NAL Call No.: 275.29-M58B
Strawberries.
Ext-Bull-E-Coop-Ext-Serv-Mich-State-Univ (E-154): p.58-61. (1986 Dec.)

Descriptors: fragaria-ananassa; insect-pests; diseases-; chemical-control

256. NAL Call No.: S544.3.W6W53
Strawberries for the home garden [Includes insect pests, disease control, Wisconsin].
Stang, E. J.; Mahr, D. L.; Boone, D. M. Publ-Coop-Ext-Programs-Univ-Wisc-Ext. Madison : The Programs. May 1983. (1597) 19 p. ill.

Descriptors: Wisconsin-

257. NAL Call No.: 7-R31
Strawberry and raspberry fruit rot control in British Columbia [Fungal diseases, varieties, Canada].
Freeman, J. A.; Pepin, H. S. Can-Agric. Ottawa : Canada Dept. of Agriculture. 1983. v. 29 (2) p. 26-29. ill.

Descriptors: Canada-

258. NAL Call No.: 1.9-P69P
Strawberry anthracnose: detection and survival of Colletotrichum acutatum in soil.
Eastburn, D. M.; Gubler, W. D. Plant-Dis v.74(2): p.161-163. (1990 Feb.)
Includes references.

Descriptors: fragaria-; colletotrichum-acutatum; soil-fungi; fungal-diseases; detection-; pathogenicity-; survival-; california-

259. NAL Call No.: SB1.H6
Strawberry breeding work of the U.S. Department of Agriculture.
Lawrence, F. J.; Galletta, G. J.; Scott, D. H. HortScience v.25(8): p.895-896. (1990 Aug.)

Paper presented at the "Symposium on Strawberries in America, "April 28, 1989, Davis, California.

Descriptors: fragaria-; breeding-programs; usda-; history-; breeding-aims; genetic-gain; cultivars-; disease-resistance; fungal-diseases; research- institutes; plant-breeding; usa-

260. NAL Call No.: 1-AG84AH
Strawberry chlorotic fleck.
Fulton, J. P. Agric-Handb-U-S-Dep-Agric-Comb-For-Pest-Res-Dev-Program (631): p.60. ill. (1987 Aug.)

Descriptors: fragaria-; plant-viruses; aphis-gossypii; disease-vectors

261. NAL Call No.: 1-AG84AH
Strawberry crinkle.
Frazier, N. W.; Sylvester, E. S.; Richardson, J. Agric-Handb-U-S-Dep-Agric-Comb-For-Pest-Res-Dev-Program (631): p.20-25. ill. (1987 Aug.)

Descriptors: fragaria-; strawberry-crinkle-virus; chaetosiphon-; myzus-; disease-vectors; pentatrichopus-

262. NAL Call No.: SB354.M45
Strawberry cultivar evaluation, 1980-1982.
Haag, M. A.; Moore, J. F. Jr. Mimeogr-Ser-Southwest-Mo-State-Univ-State-Fruit-Exp-Stn. Mountain Grove, Mo. : The Station. May 1984. (13) 10 p.

Descriptors: strawberries-; fragaria-; cultivars-; variety-trials; fungal-diseases; crop-sensitivity; disease-resistance

263. NAL Call No.: SB385.A34
Strawberry cultivar evaluation in Colorado: 1982-1984.
Renquist, A. R.; Hughes, H. G. Adv-Strawberry-Prod. [s.l.] : North American Strawberry Growers Association. Spring 1985. v. 4 p. 53-55.
Includes 6 references.

Descriptors: fragaria-ananassa; disease-resistance; tolerances-; chlorosis-; iron-; mineral-deficiencies; soil-ph; variety-trials; colorado-

264. NAL Call No.: 80-F9464
Strawberry cultivar evaluation in Missouri.
Kaps, M. L.; Odneal, M. B.; Moore, J. F. Jr.; Carter, R. E. Fruit-Var-J v.44(3): p.158-164. (1990 July)
Includes references.

Descriptors: fragaria-ananassa; variety-trials; crop-yield; disease-resistance; fungal-diseases; missouri-

265. NAL Call No.: SB385.A34
Strawberry cultivar yield response to soil fumigation.
Strang, J. G.; Archbold, D. D.; Hartman, J. r.; Hendrix, J. W. Adv-Strawberry-Prod. [s.l.] : North American Strawberry Growers Association. Spring 1985. v. 4 p. 36-38.
Includes 15 references.

Descriptors: fragaria-ananassa; soil-fumigation; diplocarpon-earlianum; methyl-bromide; chloropicrin-; yield-response-functions; kentucky-

266. NAL Call No.: 100-V59-no.683
Strawberry deformities.
Parker, B. L.; Boyce, B. R. B. R. 1.; Marini, R. P. [Burlington], Vt. : Agricultural Experiment Station, University of Vermont, 1978. 12 p. : ill. (some col.), Bibliography: p. 12.

Descriptors: Strawberries-Diseases-and-pests

267. NAL Call No.: 100-Or3-no.295
A strawberry disease caused by rhizoctonia.
Zeller, S. M. S. M. 1. Corvallis, Ore. : Agricultural Experiment Station, Oregon State Agricultural College, 1932. 22 p. : ill., Cover title.

Descriptors: Strawberries-Diseases-and-pests; Rhizoctonia-

268. NAL Call No.: S544.3.N5F7
Strawberry disease notes.
Meade, J.; Goulart, B.; Spring