GROWTH RESPONSE OF CABBAGE PLANTS TO BERYLLIUM AND STRONTIUM UNDER WATER CULTURE CONDITIONS

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概要

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• Cabbage plants (B.oleracea L. var. capitata L.) were grown for 37 days in culture solutions containing 4 levels (0,0.5,5,25 ppm) of beryllium or strontium with a low or high supply (20 or 200 ppm) of calcium, and the effects of the cations supplied on the growth of the plants were studied. The total dry weights of the plants decreased successively with increasing levels of Be and Sr in the culture solution, concurrent with an increase in the contents of each cation in the plants. The decrease in the yield (dry weight of inner leaves) was most pronounced in the Be treatment with the low Ca supply. The critical contents of Be and Sr which resulted in a 50% decrease in the yield due to the excess injury were estimated to be about 0.0006 and 0.4% on a dry basis in the outer leaves and 0.3 and 0.4% in the roots, respectively, regardless of the Ca supply.

• 社団法人日本土壌肥料学会の論文

著者

• Hara Tetsuo

  Faculty of Agriculture, Gifu University

• Sonoda Yoji

  Faculty of Agriculture, Gifu University

• Sonoda Yoji

  Faculty Of Agriculture Gifu University

• Hara Tetsuo

  Faculty Of Agriculture Gifu University

• IWAI Iwao

  Faculty of Agriculture, Gifu University

• FURUTA Tatsuo

  Faculty of Agriculture, Gifu University

• Iwai Iwao

  Faculty Of Agriculture Gifu University

• Furuta Tatsuo

  Faculty Of Agriculture Gifu University

関連論文

• 9-17 INTERACTIONS BETWEEN ALIMINUM AND SILICON IN THE SUSPENSION CULTURE OF RICE (ORYZA SATIVA L.) CELLS
• Distribution of Calcium and Boron in the Pectin Fraction of Tomato Leaf Cell Wall
• GROWTH RESPONSE OF CABBAGE PLANTS TO LITHIUM, SODIUM, AND RUBIDIUM UNDER WATER CULTURE CONDITIONS
• GROWTH RESPONSE OF CABBAGE PLANTS TO BERYLLIUM AND STRONTIUM UNDER WATER CULTURE CONDITIONS
• GROWTH RESPONSE OF CABBAGE PLANTS TO ARSENIC AND ANTIMONY UNDER WATER CULTURE CONDITIONS
• GROWTH RESPONSE OF CABBAGE PLANTS TO SODIUM HALIDES UNDER WATER CULTURE CONDITIONS
• GROWTH RESPONSE OF CABBAGE PLANTS TO TRANSITION ELEMENTS UNDER WATER CULTURE CONDITIONS : II. Cobalt, Nickel, Copper, Zinc, and Molybdenum
• GROWTH RESPONSE OF CABBAGE PLANTS TO TRANSITION ELEMENTS UNDER WATER CULTURE CONDITIONS : I. Titanium, Vanadium, Chromium, Manganese, and Iron
• FACTORS AFFECTING CADMIUM UPTAKE BY THE CORN PLANT
• THE ROLE OF MACRONUTRIENTS FOR CABBAGE-HEAD FORMATION : I. Contribution to Cabbage-Head Formation of Nitrogen, Phosphorus, or Potassium Supplied at Different Growth Stages
• UTILIZATION OF OVARY CULTURE IN NUTRITIONAL STUDY OF FRUIT DEVELOPMENT OF TOMATO PLANTS
• CABBAGE-HEAD DEVELOPMENT AS AFFECTED BY NITROGEN AND TEMPERATURE
• THE ROLE OF MACRONUTRIENTS IN CABBAGE-HEAD FORMATION : III. Cabbage-Head Development as Affected by Nitrogen and Light
• THE ROLE OF MACRONUTRIENTS IN CABBAGE-HEAD FORMATION : II. Contribution to Cabbage-Head Formation of Calcium, Magnesium or Sulfur Supplied at Different Growth Stages
• THE ROLE MACRONUTRIENTS FOR CABBAGE-HEAD FORMATION : (Preliminary Report) Growth Performance of a Cabbage Plant, and Potassium Nutrition in the Plant
• THE ROLE OF MACRONUTRIENTS IN CABBAGE-HEAD FORMATION : IV. Effect of Nitrogen Supply or Light Intensity on the Growth and ^CO_2 and ^NO_3-N Assimilation of Cabbage Plants

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