Piet Kuiper | Academic Influence

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Piet Kuiper

Biology

#12381

World Rank

#15853

Historical Rank

Botany

#657

World Rank

#1733

Historical Rank

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Biology

Piet Kuiper's Degrees

PhD Botany University of Amsterdam
Masters Biology University of Amsterdam

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Why Is Piet Kuiper Influential?

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According to Wikipedia, Pieter Jan Cornelis "Piet" Kuiper was a Dutch botanist. He was professor of plant physiology at the University of Groningen from 1974 to 1999. Kuiper was born in Hoorn. He obtained his PhD in 1961 at the Landbouwhogeschool in Wageningen. Kuiper helped doctors in determining species of mushrooms in poisoning cases. He died, together with his wife, on 10 December 2017.

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Piet Kuiper'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

Lipids in alfalfa leaves in relation to cold hardiness. (1970) (134)
Biochemsitry and Metabolism of Plant Lipids (1982) (121)
STRESS OF LIFE (1998) (107)
Dependence upon Wavelength of Stomatal Movement in Epidermal Tissue of Senecio odoris. (1964) (106)
Lipids in grape roots in relation to chloride transport. (1968) (87)
Is there a gas (general adaptation syndrome) response to various types of environmental stress? (1996) (70)
Effects of Anoxia on Wheat Seedlings I. INTERACTION BETWEEN ANOXIA AND OTHER ENVIRONMENTAL FACTORS (1991) (66)
Differences in salt tolerance of three sugar beet genotypes (1981) (66)
FREEZING TOLERANCE AND BIOCHEMICAL-CHANGES IN WHEAT SHOOTS AS AFFECTED BY H2S FUMIGATION (1992) (66)
Genotypic differences in the response of sugar beet plants to replacement of potassium by sodium (1981) (65)
The effects of environmental factors on the transpiration of leaves, with special reference to stomatal light response (1961) (65)
Water uptake of higher plants as affected by root temperature (1964) (64)
Effects of salinity and replacement of K+ by Na+ on lipid composition in two sugar beet inbred lines (1981) (46)
Lipid Composition of Whole Roots and of Ca2+, Mg2+-activated Adenosine Triphosphatases from Wheat and Oat as Related to Mineral Nutrition (1974) (43)
LIPIDS FROM BEAN, BARLEY AND SUGAR-BEET IN RELATION TO SALT RESISTANCE (1978) (39)
Ion transport characteristics of grape root lipids in relation to chloride transport. (1968) (36)
Water Transport across Root Cell Membranes: Effect of Alkenylsuccinic Acids (1964) (35)
THE INTERNAL RESISTANCE IN SPINACH LEAVES TO ATMOSPHERIC H2S DEPOSITION IS DETERMINED BY METABOLIC PROCESSES (1991) (31)
Cyclopropane Fatty acids in relation to earliness in spring and drought tolerance in plants. (1972) (31)
Water Transport Across Membranes (1972) (30)
Effect of Preparation Method on the Induction of (Sodium + Potassium) –Activated Adenosine Triphosphalase from Sugar Beet Root and its Lipid Composition (1973) (29)
Lipids from sugar beet in relation to the preparation and properties of (sodium + potassium)-activated adenosine triphosphatases (1972) (26)
Fatty acid composition and chlorophyll content of epiphytic lichens and a possible relation to their sensitivity to air pollution. (1980) (26)
COLD HARDINESS OF PINE NEEDLES AND APPLE BARK AS AFFECTED BY ALTERATION OF DAY LENGTH AND TEMPERATURE (1978) (25)
Conversion of Digalactosyl Diglyceride (Extra Long Carbon Chain Conjugates) into Monogalactosyl Diglyceride of Pine Needle Chloroplasts upon Dehardening (1972) (23)
Plant responses to H2S and SO2 fumigation. II. Differences in metabolism of H2S and SO2 in spinach (1987) (22)
Effect of hypoxia on ion uptake by nodal and seminal roots measured in a split root system (1994) (20)
GENOTYPIC VARIATION IN CHLOROPHYLL FLUORESCENCE PARAMETERS, PHOTOSYNTHESIS AND GROWTH OF TOMATO GROWN AT LOW-TEMPERATURE AND LOW IRRADIANCE (1995) (20)
Luxury consumption and specific utilization rates of three macroelements in two Taraxacum microspecies of contrasting mineral ecology (1989) (18)
Effect of lipids on chloride and sodium transport in bean and cotton plants. (1969) (16)
Comparison of Plantago Species from Nutrient‐rich and Nutrient‐poor Conditions: Growth Response, ATPases and Lipids of the Roots, as Affected by the Level of Mineral Nutrition (1979) (15)
Temperature Dependence of Photosynthesis of Bean Plants as Affected by Decenylsuccinic Acid. (1965) (14)
The effect of temperature on early growth of cucumber genotypes differing in genetic adaptation to low-energy conditions (1987) (12)
The effect of some environmental factors on the transpiration of plants under controlled conditions (1958) (11)
Surface - active chemicals as regulators of plant growth, membrane permeability, and resistance to freezing (1967) (11)
LIPID-METABOLISM OF HIGHER-PLANTS IN SALINE ENVIRONMENTS (1980) (10)
Mycorrhizal and non-mycorrhizal Douglas fir grown in hydroculture : The effect of nutrient concentration on the formation and functioning of mycorrhiza (1992) (9)
Permeability and Self-Induction as Factors in Water Transport through Bean Roots (1974) (8)
Preliminary observations on the effect of soil temperature on transpiration and growth of young tomato plants under controlled conditions (1959) (8)
DIVERSE INFLUENCES OF SMALL TEMPERATURE INCREASES ON CROP PERFORMANCE (1993) (7)
The effect of salinity on phospholipid content and composition of two Plantago species, differing in salt tolerance (1982) (7)
Ecophysiology of Plantago Species (1992) (6)
Linolenoyl Sorbitol and the Fragility of Hereditary Spherocytes (1973) (6)
KINETICS OF FREEZING DAMAGE IN APPLE BARK AND PINE NEEDLES (1977) (6)
Growth and water relations of tomato (1959) (5)
Growth and transpiration of tomato in relation to night temperature under controlled conditions (1959) (5)
Preliminary observations on the effect of light intensity and photoperiod on transpiration and growth of young tomato plants under controlled conditions (1959) (4)
UPTAKE AND TRANSLOCATION OF CA-2+ AND MG-2+ IONS IN SEEDLINGS OF OAT AND WHEAT, AND ITS CORRELATION WITH CA-2+-ACTIVATED AND MG-2+-ACTIVATED ATPASES FROM THE ROOTS (1979) (4)
Does glutathione play a role in freezing tolerance of plants (1992) (4)
Application of the Entropy‐Enthalpy Relationship in Water Transport through Plant Roots (1978) (3)
Physiological, Ecological and Applied Aspects of Nitrogen Metabolism in Higher Plants (1986) (2)
Effect of applied kinetin on uptake and transport of 22Na and 36C1 in bean and cotton plants (1972) (2)
Chemical and physical characteristics of the soil of Plantago sites. (1992) (1)
Low temperature tolerance of Plantago coronopus and Plantago maritima as affected by salt (NaC1). (1992) (1)
Transpiration of plants under controlled conditions (1959) (1)
Effect of CO2 concentration during growth on the Bicarbonate Utilization Mechanisms of Elodea-Canadensis Michx. (1987) (1)
Some remarks on factors determining the water requirement in tomato plants under controlled conditions (1959) (0)
The effect of nitrogen application and water supply on growth and water requiremnet of tomato under controlled conditions (1959) (0)
THE EFFECT OF NITROGEN APPLICATION AND WATER SUPPLY ON GROWTH AND WATER REQUIREMENT OF TOMATO UNDER CONTROLLED CONDITIONS by J . F . BIERHUIZEN (2014) (0)
Photosynthetic regulation of pH polarity in leaves of the aquatic angiosperm Potamogeton lucens L response of photosynthetic electron transport to CO2 limitation (1996) (0)
Effect of gibberellic acid and polyethylene glycol on uptake and transport of 36Cl in bean plants (1973) (0)
Long- and short-term hardiness in Pinus silvestris (1974) (0)
NITRATE ACCUMULATION IN SPINACH LEAVES - A STUDY WITH ISOLATED VACUOLES (1987) (0)
ARE THE FATTY ACIDS INVOLVED IN FROST TOLERANCE OF WINTER RAPE PLANTS (1978) (0)
INCREASING POTATO YIELD WITH GLYCEROLTRIACETATE AND GLYCEROLDIACETATE (1969) (0)
EFFECTS OF COOL STORAGE ON THE PHYSIOLOGY OF TOMATO PLANTS (1987) (0)
Cost 614: Impacts of elevated CO2, air pollutants and climate change on tree physiology (ICAT): Review of a cost action - (December 1991 December 1996) (1998) (0)
Fixation of atmospheric H2S by plants and consequences for sulfur assimilation and utilization (1995) (0)
RESPONSE OF PLANTAGO SPECIES FROM NUTRIENT-RICH AND NUTRIENT-POOR HABITATS - GROWTH-RESPONSE, ATPASES AND LIPIDS OF THE ROOTS, AS AFFECTED BY MINERAL-NUTRITION (1979) (0)
PREDICTIONS for plant and vegetation responses to global change (elevated CO2) within a palaeo-ecophysiological perspective. (1997) (0)
Preliminary observations on the effect of light intensity, temperature, and water supply on growth and traspiration of young beet plants under controlled conditions (1962) (0)

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