Frank B. Salisbury

Frank B. Salisbury's AcademicInfluence.com Rankings

Frank B. Salisbury

Biology

#1103

World Rank

#1889

Historical Rank

#576

USA Rank

Botany

#48

World Rank

#323

Historical Rank

#21

USA Rank

biology Degrees

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Biology

Frank B. Salisbury's Degrees

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

Why Is Frank B. Salisbury Influential?

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According to Wikipedia, Frank Boyer Salisbury was an American plant physiologist who served for a time as head of the Utah State University department of plant science. Career Salisbury held a B.S. and M.A. from the University of Utah. He received his Ph.D. from the California Institute of Technology. He taught for eleven years as a professor at Colorado State University before joining the faculty of USU.

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Frank B. Salisbury'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

Exploring the limits of crop productivity. I. Photosynthetic efficiency of wheat in high irradiance environments. (1988) (194)
The flowering process (1958) (162)
Bios-3: Siberian experiments in bioregenerative life support. (1997) (141)
Temperature and transpiration resistances of xanthium leaves as affected by air temperature, humidity, and wind speed. (1970) (133)
The Dual Role of Auxin in Flowering. (1955) (110)
ULTRASTRUCTURAL CHANGES OF PLANTS EXPOSED TO LOW TEMPERATURES (1973) (79)
"From seed-to-seed" experiment with wheat plants under space-flight conditions. (1994) (67)
Effects of ultraviolet radiation on the leaves of higher plants (1966) (67)
Analysis of the spaceflight effects on growth and development of Super Dwarf wheat grown on the Space Station Mir. (2000) (66)
Gravitropism in higher plant shoots. IV. Further studies on participation of ethylene. (1986) (65)
Gravitropism in Higher Plant Shoots: I. A ROLE FOR ETHYLENE. (1981) (64)
Responses to Photoperiod (1981) (62)
Plant productivity in controlled environments. (1988) (61)
Comparative floral development of Mir-grown and ethylene-treated, earth-grown Super Dwarf wheat. (2001) (57)
Inhibition of Photoperiodic Induction by 5-Fluorouracil. (1960) (54)
Current and potential productivity of wheat for a Controlled Environment Life Support System. (1989) (53)
An evaluation of MES (2(N-Morpholino)ethanesulfonic acid) and Amberlite IRC-50 as pH buffers for nutrient solution studies. (1985) (51)
Gravitropism in higher plant shoots. V. Changing sensitivity to auxin. (1988) (49)
Natural Selection and the Complexity of the Gene (1969) (49)
Aftereffects of low and high temperature pretreatment on leaf resistance, transpiration, and leaf temperature in xanthium. (1972) (47)
Photoperiodism and the Flowering Process (1961) (46)
The Reactions of the Photoinductive Dark Period. (1956) (45)
Radiation in controlled environments: influence of lamp type and filter material. (1988) (43)
Leaf temperatures of alpine plants in the field (1964) (43)
Plant Responese to the Light Penetrating Snow (1977) (42)
Water stress, CO2 and photoperiod influence hormone levels in wheat. (2002) (40)
The Vascular Plants (1970) (39)
Lunar farming: achieving maximum yield for the exploration of space. (1991) (38)
Twilight effect: initiating dark measurement in photoperiodism of xanthium. (1981) (38)
Frost Survival of Plants. Responses and Adaptation to Freezing Stress. Ecological Studies, Volume 62: Analysis and Synthesis.A. Sakai , W. Larcher (1988) (37)
Aspects of clock resetting in flowering of xanthium. (1967) (37)
Growing crops for space explorers on the moon, Mars, or in space. (1999) (37)
The Spacelab-Mir-1 "Greenhouse-2" experiment. (1996) (35)
Growth Regulators and Flowering. I. Survey Methods. (1957) (34)
Eco-Physiology of Geum turbinatum and Implications Concerning Alpine Environments (1968) (34)
Gravitropism in Plant Stems May Require Ethylene (1980) (33)
Gravitropism in higher plant shoots. VI. Changing sensitivity to auxin in gravistimulated soybean hypocotyls. (1989) (32)
Biochemical responses of Xanthium leaves to ultraviolet radiation (1971) (31)
Briefing Your Architect (1997) (30)
Interpreting Plant Responses to Clinostating: I. MECHANICAL STRESSES AND ETHYLENE. (1981) (29)
Canopy photosynthesis and transpiration in microgravity: gas exchange measurements aboard Mir. (2000) (29)
Suggestions for crops grown in controlled ecological life-support systems, based on attractive vegetarian diets. (1996) (28)
Controlled environment crop production - Hydroponic vs. lunar regolith (1989) (28)
Growth Regulators and Flowering. II. The Cobaltous Ion. (1959) (27)
The Ecological Role of Plant Growth Substances (1985) (27)
Reduced phenylalanine ammonia-lyase and tyrosine ammonia-lyase activities and lignin synthesis in wheat grown under low pressure sodium lamps. (1985) (26)
The Growth and Development of Montane Species at Near‐Freezing Temperatures (1973) (26)
Martian Biology (1962) (25)
Plant Development Under Snow (1974) (25)
Participation of Long-Day Inhibition in Flowering of Xanthium strumarium L. (1971) (25)
Choosing plants to be grown in a Controlled Environment Life Support System (CELSS) based upon attractive vegetarian diets. (1996) (24)
Six-month space greenhouse experiments--a step to creation of future biological life support systems. (1998) (24)
Leaf temperatures in controlled environments (1964) (24)
Ratio of Blue to Red Light: A Brief Increase Following Sunset (1967) (23)
Middle and Inferior Temporal Gyrus Gray Matter (2009) (22)
Wheat production in controlled environments. (1987) (22)
Growing Super-Dwarf wheat in Space Station Mir. (1997) (22)
Analysis of an Alpine Environment (1968) (21)
Some challenges in designing a lunar, Martian, or microgravity CELSS. (1992) (21)
Growth regulators and flowering (1963) (21)
Gravitropism in Higher Plant Shoots : II. Dimensional and Pressure Changes during Stem Bending. (1984) (21)
Plant growth during the Greenhouse II experiment on the Mir orbital station. (2003) (21)
Light, plants, and power for life support on Mars. (2002) (20)
Effects of Ultra-violet Alone and Simulated Solar Ultra-violet Radiation on the Leaves of Higher Plants (1966) (20)
Wheat Farming in a Lunar Base (1985) (20)
Simultaneous reactivation of ultraviolet damage in xanthium leaves. (1969) (19)
Système Internationale: The Use of SI Units in Plant Physiology (1991) (18)
Growing super-dwarf wheat in Svet on Mir. (1995) (17)
Units, Symbols, and Terminology for Plant Physiology: A Reference for Presentation of Research Results in the Plant Sciences (1996) (16)
Gravitropism: changing ideas (2010) (16)
Gravitropism in Higher Plant Shoots : III. Cell Dimensions during Gravitropic Bending; Perception of Gravity. (1984) (15)
SOME CHEMICAL AND BIOLOGICAL INVESTIGATIONS OF MATERIALS DERIVED FROM HYDROTHERMALLY ALTERED ROCK IN UTAH (1954) (15)
Ground-based studies with Super-Dwarf wheat in preparation for space flight. (1998) (14)
Wheat production in the controlled environments of space. (1985) (13)
Induced abnormality in Mir- and Earth grown Super Dwarf wheat. (2003) (13)
Soil Formation and Vegetation on Hydrothermally Altered Rock Material in Utah (1964) (13)
Studies on maximum yield of wheat for the controlled environments of space (1986) (13)
Influence of Light Regime on the Toxicity and Physiological Activity of Herbicides. (1965) (12)
Doubts about the Modern Synthetic Theory of Evolution (1971) (11)
Plant Growth and Plant Environmental Monitoring Equipment on the Mir Space Station: Experience and Data from the Greenhouse II Experiment (1996) (11)
The biology of flowering (1971) (11)
Photoperiodism in Plants.Daphne Vince-Prue (1977) (11)
Kinetic studies on the physiology of flowering (1955) (10)
The initiation of flowering (1965) (10)
Biological timing and hormone synthesis in flowering ofXanthium (1963) (10)
The temperature characteristics of ribulose-1,5-diphosphate carboxylase, nitrate reductase, and pyruvate kinase from seedlings of two spring wheat varieties (1974) (10)
Time measurement and the light period in flowering (1965) (9)
Growth of Super-Dwarf Wheat on the Russian Space Station MIR (1996) (8)
Developmental, nutritional and hormonal anomalies of weightlessness-grown wheat. (2015) (7)
Studies on flower initiation of Super-Dwarf wheat under stress conditions simulating those on the Space Station, Mir. (1998) (7)
A Special-Purpose Controlled-Environment Unit (1964) (6)
Biogenerative life-support system: farming on the moon. (1991) (6)
Expected Biological Responses to Weightlessness (1969) (6)
Space farming in the 21st century. (1988) (6)
Low irradiances affect abscisic acid, indole-3-acidic acid, and cytokinin levels of wheat (Triticum aestivum L.) tissues. (1999) (6)
What remains of the Cholodny-Went theory? A potential role for changing sensitivity to auxin. (1992) (5)
PHYSIOLOGICAL EVIDENCE RELATING TO THE FLOWERING HORMONE (1967) (5)
The Scientist and the UFO (1967) (5)
The Utah UFO display: A biologist's report (1974) (5)
Flying saucer occupants (1967) (4)
Physiological responses of onion plants to UV irradiation at 0°C (1974) (4)
Preparations for CELSS flight experiments with wheat. (1994) (4)
THE DUAL ROLE OF AUXIN IN FLOWERING " 12 (4)
Vascular plants: form and function (1973) (4)
Speaking of politics (1956) (4)
Remarkable Agaves and Cacti.Park S. Nobel (1995) (3)
[The influence of space flight factors on the growth and development of super dwarf wheat cultivated in greenhouse Svet]. (1999) (3)
Phase shift in leaf movements of xanthium attributed to age and rhythm patterns. (1992) (3)
Water Spray as a Convenient Means of Imparting Mechanical Stimulation to Plants1 (1979) (3)
Geochemistry and the biosphere : essays (2007) (3)
The mechanics of gravitropic bending in leafy dicot stems (1982) (3)
National Foundation for Cancer Research (2001) (3)
USU research helps agriculture enter the space age. (1987) (2)
Achieving maximum plant yield in a weightless, bioregenerative system for a space craft. (1984) (2)
CHAPTER 8 – TIMING AND THE FLOWERING PROCESS (1963) (2)
[Evaluation of super dwarf wheat growth and development in greenhouse "Svet" during cultivation in inhabited pressurized chamber]. (1998) (2)
CHAPTER 6 – PREPARATION FOR RESPONSE TO PHOTOPERIOD (1963) (2)
Chelates of cobaltous ion and flowering ofXanthium (1963) (2)
Active plant growth at freezing temperatures (2007) (2)
The Physiology of Germination (1970) (2)
Antimetabolites and flowering of cocklebur. (1960) (2)
Approaching the photosynthetic limits of crop productivity. (1988) (2)
PHOTOSYNTHETIC EFFHCIENCY OF WHEAT IN HIGH IRRADIANCE ENVIRONMENTS (2)
Evidences for changes in sensitivity to auxin and in cell-wall properties during gravitropic bending of dicot stems. (1985) (2)
COMPARISON OF LONG-TERM STORAGE IN CHEMICAL FIXATIVES ON MORPHOLOGY AND ANATOMY OF SUPERDWARF WHEAT (1996) (2)
An Instrument Shelter for Alpine‐Arctic Microclimatic Studies (1962) (1)
CHAPTER 10 – THE MOVEMENT AND ACTION OF THE FLOWERING HORMONE (1963) (1)
Plant Physiology, 1947-1972 (1974) (1)
CHAPTER 4 – THE LOW TEMPERATURE PROMOTION OF FLOWERING (1963) (1)
Preparatory space experiments for development of a CELSS (1990) (1)
Silica deposition on the leaves of Mir- and Earth-grown Super Dwarf wheat. (2000) (1)
From fresh vegetables to the harvest of wheat plants grown in the "SVET" space greenhouse onboard the MIR orbital station. (1997) (1)
Lunar Farming: Achieving Maximum Exploration of Space (1991) (1)
Growth and Development of Hardy and Nonhardy Wheat Varieties (Triticum aestivum L.) at Near-freezing Temperatures 1 (1971) (1)
The Church and Evolution: A Brief History of Official Statements (2006) (1)
Recent Developments in the Scientific Study of UFO's (1975) (1)
The Return of Superstition (1974) (1)
Reproductive Ontogeny of Wheat Grown on the Mir Space Station (1998) (1)
Plant Growth Substances (1957) (1)
Name That Organism (1978) (1)
The Inhabitants of Mars (1955) (1)
CHAPTER 1 – FLOWERING IN ITS BIOLOGICAL FRAMEWORK (1963) (1)
A Discussion of some current Theories regarding the Markings on Mars (1957) (1)
Botany: an ecological approach (2016) (0)
Vascular Plants; Form and Function, Second Edition (1970) (0)
CHAPTER 2 – THE MANY RESPONSE TYPES (1963) (0)
The Seed and the Fruit (1970) (0)
Gravitropism in Leafy Dicot Stems (1985) (0)
The Primary Plant Body (1970) (0)
Creation by Evolution? (2006) (0)
Biological Time Measurement (1970) (0)
CHAPTER 5 – METHODS OF EXPERIMENTATION WITH COCKLEBUR (1963) (0)
The Secondary Plant Body (1970) (0)
Studies on Maximum Yield of Wheat and Other Small Grains in Controlled Environments (1982) (0)
Light as an Ecological Factor. A Symposium of The British Ecological Society, Cambridge, 30th March-1 April 1965 (Symposium Volume 6).Richard Bainbridge , G. Clifford Evans , Oliver Rackham (1969) (0)
[Cytoembryologic studies of super dwarf wheat grown in "Svet" greenhouse in the ground-based experiments]. (1998) (0)
Some Basic Cellular Functions (1970) (0)
124 DEATH RATES AND LIFE EXPECTANCIES IN UTAH : WHERE YOU LIVE MAY MAKE (2014) (0)
The Leaf and Transpiration (1970) (0)
Professional Biologist Standardizing with SI Units (1998) (0)
Stem and Root Growth in Response to Hormones (1970) (0)
Utah Science Vol. 27 No. 2, June 1966 (2014) (0)
Reduced Phenylalanine Ammonia-Lyase andTyrosine Ammonia- Lyase Activities andLignin Synthesis inWheatGrownunder (1985) (0)
Assessment of reproductive failure of wheat grown on Space Station, Mir (1999) (0)
Lectures on Photomorphogenesis (1974) (0)
Fruits of Cloning (1997) (0)
The Discovery of Biological Clocks (1998) (0)
Space Biology: Patterns of Life. (1971) (0)
Our Learned Leaders (1986) (0)
NOTES ON HARDWARE DEVELOPMENT AT UTAH STATE UNIVERSITY Under the direction of Gall Bingham (0)
Gravitropism inHigher Plant Shoots' II. DIMENSIONALAND PRESSURECHANGESDURINGSTEM BENDING (1984) (0)
CHAPTER 7 – LIGHT AND THE PIGMENT (1963) (0)
Plant physiology / Frank B. Salisbury, Cleon W. Ross (1985) (0)
The Ascent of Sap and the Translocation of Solutes (1970) (0)
Some SI conventions to be applied in Journal of Plant Physiology (1996) (0)
CHAPTER 3 – ECOLOGY AND THE FLOWERING PROCESS (1963) (0)
Excellent Reference on Plant-Water Relations (1982) (0)
Joseph I. Gitelson and the Bios-3 project. (1994) (0)
Effects of Disinfectants in Water on Mir- and Earth-Grown Wheat (2002) (0)
Book review (2008) (0)
HISTOCHEMICAL ASSESSMENT OF GROUND-BASED AND MIR-GROWN WHEAT (1996) (0)
[Cyto-embryologic investigation of super dwarf wheat grown on board of the Mir orbital complex]. (1999) (0)
CHAPTER 9 – THE SYNTHESIS OF FLOWERING HORMONE (1963) (0)
SUPERDWARF WHEAT RESPONSES TO GRADIENT IRRADIANCE (1996) (0)
Dormancy Terminology (1986) (0)
The Role of Phasic Environmental Control in Lunar Food Production Efficiency: Architectural Implications (1988) (0)
The Reproductive Phase@@@The Flowering Process (1965) (0)
The Induction of Reproductive Development by Environment (1970) (0)
Inhibition of Photoperiodic Induction by 5-Fluorouracil Author ( s ) : (2008) (0)
Martian Antifreeze. (1962) (0)
Light and the Flowering Process. Proceedings of the 3rd International Symposium of the British Photobiology Society Held at Glasshouse Crops Research Institute, Littlehampton, England, September 7-9, 1983. Daphne Vince-Prue , Bryan Thomas , K. E. Cockshull (1985) (0)
The possibilities of life on Mars (1965) (0)
Biology of Cloning: History and Rationale (2000) (0)
Response : Martian Antifreeze (1962) (0)
Gravitropism inHigher Plant Shoots' IV.FURTHER STUDIESON PARTICIPATION OF ETHYLENE (1986) (0)
The Generalized Plant Cell (1970) (0)

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Frank B. Salisbury's Academic­Influence.com Rankings