A. P. Vanselow

Agricultural and Biological Sciences · Life Sciences

11h-index637citations24works0.02yr avg
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Research Topics

Plant Physiology and Cultivation Studies(4), Banana Cultivation and Research(3), Electrochemical Analysis and Applications(2), Chemical and Physical Properties in Aqueous Solutions(2), Adsorption and biosorption for pollutant removal(1)

Publications24 total

Heterovalent, Ternary Cation Exchange Equilibria: NH <sub>4</sub> <sup>+</sup> ‐Ba <sup>2+</sup> ‐La <sup>3+</sup> Exchange on Montmorillonite
Soil Science Society of America Journal·1980· 38 cited
A SYSTEM FOR INJECTING MEASURED VOLUMES OF LIQUID INTO SOIL
Soil Science·1960
EFFECTS OF ARSENIC COMPOUNDS ON CITRUS PLANTS IN SOLUTION CULTURE
Soil Science·1959· 15 cited
TECHNIQUES AND APPLICATIONS OF SPECTROSCOPY IN PLANT NUTRITION STUDIES
Soil Science·1957· 3 cited
Fluoride lniury to citrus: Effect of air pollutant investigated to learn extent of contamination by component of smog
SHILAP Revista de lepidopterología·1954Open Access
Fluoride injury to citrus
OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information)·1954
Contamination of citrus foliage by fluorine from air pollution in major California citrus areas
OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information)·1954· 7 cited
INORGANIC COMPOSITION OF EXUDATE FROM EUREKA LEMONS TREATED WITH ELEMENTAL SULFUR DUST
American Journal of Botany·1952· 2 cited
Inorganic Composition of Exudate from Eureka Lemons Treated with Elemental Sulfur Dust
American Journal of Botany·1952· 1 cited
Microelements in citrus: Spectrograph reveals presence and amounts of nickel and other trace elements in orange seedlings
SHILAP Revista de lepidopterología·1952· 1 citedOpen Access
Lithium toxicity in citrus: Recognized on leaves in a grove in Santa Barbara County on the basis of artificially produced symptoms
SHILAP Revista de lepidopterología·1951· 1 citedOpen Access
LITHIUM TOXICITY IN CITRUS1
Soil Science·1951· 32 cited
MOLYBDENUM DEFICIENCY OF THE CITRUS PLANT
Soil Science·1949· 22 cited
EFFECTS OF GALLIUM AND INDIUM ON THE GROWTH OF CITRUS PLANTS IN SOLUTION CULTURES
Soil Science·1943· 3 cited
THE SUITABILITY OF WATER PURIFIED BY SYNTHETIC ION-EXCHANGE RESINS FOR THE GROWING OF PLANTS IN CONTROLLED NUTRIENT CULTURES
Soil Science·1943· 14 cited
EFFECTS OF ALUMINUM ON COPPER TOXICITY, AS REVEALED BY SOLUTION-CULTURE AND SPECTROGRAPHIC STUDIES OF CITRUS
Soil Science·1942· 35 cited
Preparation of Nessler's Reagent
Industrial & Engineering Chemistry Analytical Edition·1940· 108 cited
Some Nutritional Relationships as Revealed by a Study of Mineral Deficiency and Excess Symptoms on Citrus
Soil Science Society of America Journal·1940· 30 cited
Pflanzenphysiologisch-chemische und agrikulturchemische Mikromethoden
Fresenius Zeitschrift für Analytische Chemie·1938
Spectrographic Microdetermination of Zinc
Industrial & Engineering Chemistry Analytical Edition·1936· 5 cited
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Frequent Co-authors

George F. Liebig(8), H. D. Chapman(4), G. R. Bradford(3), F. T. Bingham(3), R.C. McColloch(3), D. G. Aldrich(2), F. M. Turrell(2), Marcella Chervenak(2), Adel M. Elprince(1), Garrison Sposito(1), Merle Randall(1), NARAYAN P. DATTA(1), Bert M. Laurance(1), J.C. Kaudy(1), G. R. BRANDFORD(1), E. F. Wallihan(1), Silvestr Prát(1), L. H. Rogers(1), B. M. Laurance(1), Jana Tischer(1)