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THE RELATION BETWEEN TEMPERATURE AND THE PEDAL RHYTHM OF BALANUS

机译:平衡温度与平衡踏板节奏的关系。

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摘要

1. The relation of temperature to the pedal rhythm of Balanus balanoides L. has been studied under otherwise constant conditions. 2. The frequency of movement increases with temperature, showing three groups of thermal increments and three critical temperatures. Five animals yielded µ = 5,700 above 14.5° C. and 12,100 below; 3 gave µ = 7,800 above 9.3° and 22,500 below; while 9 showed µ = 9,500 above 8.1° and 22,100 below. 3. The upper critical temperatures, above which different effects appeared in different animals were 23.4°, 26.0°, and 27.0°. Above 27.0° none of the valves remained open. 4. Excepting the values 5,700 and 9,500, the increments are similar to those previously found to be associated with respiratory and with neuromuscular activities. 5. Dilution of the sea water with from 3 to 4 per cent fresh water decreases the rate without altering the increments. More than 4 per cent dilution causes irregularity.
机译:1.在其他恒定条件下,研究了温度与Balanus balanoides L.踏板节奏的关系。 2.运动频率随温度增加而增加,显示出三组热增量和三个临界温度。五只动物在14.5°C以上时的µ = 5,700,在低于12,100时的µ; 3表示在9.3°以上时µ = 7,800,在下面以下时µ = 22,500;而9表示在8.1°以上时µ = 9,500,而在下面则显示22,100。 3.在不同动物身上表现出不同影响的最高临界温度分别为23.4°,26.0°和27.0°。高于27.0°,所有阀门均未打开。 4.除了值5,700和9,500,其增量类似于以前发现的与呼吸和神经肌肉活动有关的增量。 5.用3%到4%的淡水稀释海水会降低速率而不改变增量。稀释度超过4%会导致不规则现象。

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