. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 248 BROWN. WKI'.M. BKXXKTT AXD SANDKKN. FIGURE 6. A. 1 and 2) Fluctuations in the mean daily rates of (Do-consumption of Uca and ('(•(/ f>ut/il(iti»-, respectively, with time. 3 and 4) Fluctuations in the 3-day, sliding averages of the 5-6-7 and 5-6-7 mean rates of (Do-consumption, respectively, of Uca 5 and 6) Fluctuations in the 3-day, sliding averages of the 5-6-7 and 5-6-7 mean rates, respectively, of O2-consumption in Uca pniiilator. 7 and 8) Fluctuations in the 3- day, sliding aver
. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 248 BROWN. WKI'.M. BKXXKTT AXD SANDKKN. FIGURE 6. A. 1 and 2) Fluctuations in the mean daily rates of (Do-consumption of Uca and ('(•(/ f>ut/il(iti»-, respectively, with time. 3 and 4) Fluctuations in the 3-day, sliding averages of the 5-6-7 and 5-6-7 mean rates of (Do-consumption, respectively, of Uca 5 and 6) Fluctuations in the 3-day, sliding averages of the 5-6-7 and 5-6-7 mean rates, respectively, of O2-consumption in Uca pniiilator. 7 and 8) Fluctuations in the 3- day, sliding averages of the 5-6-7 and 5-6-7 , respectively, barometric pressures. B. 1 ) Fluctuations in the mean daily rate of CX-consumption of Tritunis with time. 2 and 3) Fluctuations in the 3-day, sliding averages of CK-consumption of Tritunis for the 5-6-7 and 5-6-7 hours, respectively. 4 and 5) Fluctuations in, respectively, the 3-day, sliding averages of the 5-6-7 and 5-6-7 values for barometric pressure. data for each of the organisms. The 24 hourly values for the first clay were ar- ranged in a horizontal row. The data for the second day were placed, hour hy hour, beneath those of the first day. The hourly values for the third, fourth, fifth, and sixth days were each shifted one hour to the left of the daily values lying just above each of them. Thus, the column under the noon values for the first two days would have the 1 value for the third day, the 2 value for the fourth, the 3 value for the fifth, and the 4 value for the sixth. The remaining 23 to 24 clays of data were used in a comparable manner, continuing the shifting of the data to the left at the rate of five hours for every six days, or in other words, at the average rate of 50 minutes a day. After the 29 days of data have been used fully it is evident that a primary solar cycle has just scanned the 24 vertical columns be-. Please note that these images are extracted from
Size: 1738px × 1437px
Photo credit: © Library Book Collection / Alamy / Afripics
License: Licensed
Model Released: No
Keywords: ., bookauthorlilliefrankrat, booksubjectbiology, booksubjectzoology
