Cecil Edmund Yarwood

Cecil Edmund Yarwood's AcademicInfluence.com Rankings

Biology

#11245

Historical Rank

Botany

#1014

Historical Rank

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Biology

Cecil Edmund Yarwood's Degrees

PhD Botany University of California, Berkeley
Masters Botany University of California, Berkeley
Bachelors Botany University of California, Berkeley

Why Is Cecil Edmund Yarwood Influential?

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According to Wikipedia, Cecil Edmund Yarwood was an American-Canadian plant pathologist whose work focused on obligate parasites of plants, viruses, and conditions that predisposed plants to infections. He is considered an authority on rust and powdery mildew.

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Cecil Edmund Yarwood's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Acquired Tolerance of Leaves to Heat (1961) (58)
Host passage effects with plant viruses. (1979) (56)
Onion downy mildew. (1943) (52)
The relation of light to the diurnal cycle of sporulation of certain downy mildews. (1937) (50)
Mechanical transmission of plant viruses. (1957) (49)
WATER CONTENT OF FUNGUS SPORES (1950) (48)
Temperature relations of powdery mildews (1954) (42)
Isolation of Thielaviopsis basicola from soil by means of carrot disks. (1946) (41)
The occurrence of Chalara elegans. (1981) (41)
MECHANISM OF ACQUIRED IMMUNITY TO A PLANT RUST. (1954) (39)
Response to Parasites (1967) (38)
LATENT PERIOD AND GENERATION TIME FOR TWO PLANT VIRUSES (1952) (37)
CHAPTER 14 – Predisposition (1959) (37)
CHAPTER 5 – WATER AND THE INFECTION PROCESS (1978) (34)
Localized acquired resistance to Tobacco mosaic virus. (1960) (32)
Simultaneous Self-Stimulation and Self-Inhibition of Uredospore Germination (1956) (31)
Man-made plant diseases. (1970) (31)
Associations of rust and virus infections. (1951) (30)
Mechanical Transmission of an apple mosaic virus (1955) (30)
Generation Time and the Biological Nature of Viruses (1956) (27)
Ampelomyces quisqualis on clover mildew. (1932) (26)
Deleterious effects of water in plant virus inoculations. (1955) (26)
Smog Injury and Rust Infection. (1954) (25)
Uredospore production by Uromyces phaseoli. (1960) (25)
THE RELATIVE HUMIDITY AT LEAF SURFACES (1944) (23)
WATER LOSS FROM FUNGUS CULTURES (1947) (22)
Modification of the Host Response—Predisposition (1976) (22)
Association of Thrips with Powdery Mildews (1943) (22)
Some Water Relations of Erysiphe Polygoni Conidia (1952) (21)
Release and preservation of virus by roots. (1960) (21)
SOME RELATIONS OF CARBOHYDRATE LEVEL OF THE HOST TO PLANT VIRUS INFECTIONS (1952) (19)
TRANSLOCATED WOUND STIMULI AFFECTING PLANT VIRUS INFECTIONS. (1963) (18)
HETEROTHALLISM OF SUNFLOWER POWDERY MILDEW. (1935) (17)
Heat activation of plant virus infections. (1961) (17)
Selective Absorption of Sulphur-35 by Fungus-infected Leaves (1950) (17)
Translocated heat injury. (1961) (17)
Pseudoperonospora cubensis in Rust-Infected Bean (1977) (16)
VERTICAL ORIENTATION OF POWDERY MILDEW CONIDIA DURING FALL. (1942) (15)
Hypertrophy from the Uredial Stage of Bean Rust (1951) (15)
Viruses from rusts and mildews. (1973) (15)
Bentonite aids virus transmission. (1966) (14)
Diurnal cycle of ascus maturation of Taphrina deformans. (1941) (14)
TEMPERATURE RESPONSE OF FUNGI AS A STRAIGHT LINE TRANSFORMATION. (1952) (14)
Deleterious Action of Water in Plant Virus Inoculations (1952) (13)
Some Principles of Plant Pathology. II. (1973) (13)
Reversible host adaptation in Cucumber mosaic virus. (1970) (12)
Sulfite in plant virus inoculations. (1969) (12)
An Overwintering Pycnidial Stage of Cicinnobolus (1939) (12)
Tillage and Plant Diseases (1968) (11)
Habitats of Thielaviopsis in California. (1974) (11)
Magnesium trisilicate increases virus transmission. (1966) (11)
The quick-drying effect in plant virus inoculations (1963) (11)
Nutritive value of rust-infected leaves. (1953) (10)
Unreported powdery mildews III. (1964) (10)
WATER STIMULATES SPHAEROTHECA (1978) (10)
A virus resembling tobacco mosaic virus [TMV] in oak. (1970) (9)
Leaf surface and leaf hairs affect length of conidiophores of Erysiphaceae (1970) (9)
Translocated stimuli affecting plant virus infections. (1962) (8)
Quick Drying Versus Washing in Virus Inoculations (1973) (8)
CHAPTER 3 – History of Plant Pathogen Introductions (1983) (7)
Diurnal responsiveness of Erysiphe graminis to nutrients. (1949) (7)
Snapdragon downy mildew (1947) (6)
Increased yield and disease resistance of giant hill potatoes (1946) (6)
in vitro Increase in Virus Infectivity (1967) (5)
Thermophylaxis in Bean Rust (1964) (5)
Translocated Heat Therapy of Bean Rust (1978) (4)
Ascospore Discharge by Erysiphe Trina (1972) (4)
Rust Infection protects Beans against Heat Injury (1968) (4)
Translocated Heat Injury in Plants (1961) (4)
Heat- and Cold-Induced Retention of Inoculum by Leaves (1977) (4)
Sucrose in Virus Transmission (1971) (3)
Procedures to Increase Virus Yield from Infected Plants (1971) (3)
Apricot powdery mildew from rose to peach. (1952) (3)
Topical susceptibility of plants to viruses. (1960) (3)
Tillage increases plant diseases (1969) (3)
Infested soil as a potential resource (1980) (3)
Tobacco-necrosis virus on lettuce. (1954) (3)
STIMULATORY AND TOXIC EFFECTS OF COPPER SPRAYS ON POWDERY MILDEWS (1942) (3)
Sulfur Dust and Hop Aphids (1943) (2)
Dark Therapy of Bean Rust (1972) (2)
The downy mildew of the Hop in British Columbia. (2)
BORDEAUX INJURY TO FOLIAGE AT LOW TEMPERATURES. (1943) (2)
Effect of temperature on the fungicidal action of sulphur. (1950) (2)
Cold Therapy of Bean Rust (1974) (2)
Sensitization of Leaves and Pathogens to Cold (1977) (2)
The Conidial Stage of Uncinula Necator (1963) (2)
Biochemistry and Physiology of Plant Immunity. B. A. Rubin and Ye. V. Artsikhovskya. Translated from the Russian edition (Moscow, 1960) by Helen Wareing. Pergamon, London; Macmillan, New York, 1963. x + 358 pp. Illus. $14 (1964) (1)
Translocated heat injury II (1975) (1)
Substances toxic to the downy mildew of the Hop. (1930) (1)
Soil inh1bits infection with tobacco necrosis virus. (1960) (1)
Magnesium silicate in virus transmission. (1970) (1)
Dry weather fungi: Powdery mildews abundant in California where they thrive in the dry summer climate (1950) (1)
MOVING PARTICLES OF VACUOLES OF ERYSIPHACEAE (1977) (1)
Some principles and perspectives of agriculture (1978) (1)
Factors influencing the character of Bordeaux mixture. (1)
Charcoal in virus inocluations. (1969) (0)
Spraying upper vs. lower leaf surface in control of Hop mildew. (1950) (0)
The occurrence of chalara elegans [Fungi] (1981) (0)
Downy mildew control: New chemicals greatly reduce damage from downy mildews of leafy garden vegetables (1950) (0)
Topical susceptibility to viruses. (1960) (0)
Fungicides and Their Action . James G. Horsfall. Waltham, Mass.: Chronica Botanica, 1945. Pp. 239. Illustrated. $5.00. (1946) (0)
YARWOOD-TRANSLOCATED HEAT INJURY TABLE II RELATIONSHIP OF TRANSLOCATED HEAT INJURY (0)
Plant Pathology: Biochemistry and Physiology of Plant Immunity . B. A. Rubin and Ye. V. Artsikhovskya. Translated from the Russian edition (Moscow, 1960) by Helen Wareing. Pergamon, London; Macmillan, New York, 1963. x + 358 pp. Illus. $14. (1964) (0)
The Pacific Division of the American Phytopathological Society (1944) (0)
THE PACIFIC DIVISION OF THE AMERICAN PHYTOPATHOLOGICAL SOCIETY. (1944) (0)

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