2.3. Seaweed sampling and growth measurement
At the end of the experiment, all the seaweeds cultured in the
fish farm were harvested. Meanwhile, 50 thalli per species from
the control site were collected randomly, and the length and wet
weight of the seaweeds were estimated as previously described.
The specific growth rate (SGR; % d1) of the seaweeds was calculated
using the following equations:
SGRL ¼ 100ðln Lt ln L0Þ=t ð1Þ
SGRW ¼ 100ðln Wt ln W0Þ=t ð2Þ
where SGRL is the specific growth rate of length, SGRw is the specific
growth rate of wet weight, Lt is the final mean length (cm), L0 is the
initial mean length (cm), Wt is the final mean wet weight (g), W0 is
the initial mean wet weight (g), and t is the time elapsed (d).
2.3. Seaweed sampling and growth measurementAt the end of the experiment, all the seaweeds cultured in thefish farm were harvested. Meanwhile, 50 thalli per species fromthe control site were collected randomly, and the length and wetweight of the seaweeds were estimated as previously described.The specific growth rate (SGR; % d1) of the seaweeds was calculatedusing the following equations:SGRL ¼ 100ðln Lt ln L0Þ=t ð1ÞSGRW ¼ 100ðln Wt ln W0Þ=t ð2Þwhere SGRL is the specific growth rate of length, SGRw is the specificgrowth rate of wet weight, Lt is the final mean length (cm), L0 is theinitial mean length (cm), Wt is the final mean wet weight (g), W0 isthe initial mean wet weight (g), and t is the time elapsed (d).
การแปล กรุณารอสักครู่..
