The isolates studied here produce large numbers of offspring (≥ 75% of maximal production) over up to 64% (CB4854) of their reproductive temperature range (9°C to 26°C, herein).
Subjects provided saliva samples at four time points during the day (waking, waking +40 min, early evening, and bedtime), which were assayed for E2 and T. Using these detailed hormonal data, we calculated E2 (n = 29) and T (n = 44) area-under-the-curve values, which provide insights on hormonal production over the study period.
Supplementation with SC had no statistically significant effect on milk production over the study period.
The median (range of the urine production of the study subjects) urine production over the consecutive study days was 6.8 (0.8 8.4) mg/kg per hour, 6.0 (4.7 8.9) mg/kg per hour and 5.4 (3.4–10.1) ml/kg per hour.
The median urine production over the consecutive study days was 6.8 (0.8 8.4) ml/kg per hour, 6.0 (4.7 8.9) ml/kg per hour, and 5.4 (3.4–10.1) ml/kg per hour.
The decline in egg production over the two study periods is likely related to the higher levels and frequency of aggressive behaviours typical of fish maintained in small breeding groups (Paull et al. 2008), which may impact on the ability to maintain high rates of egg production over prolonged periods.
As expected, sham-operated limbs presented consistent torque production over the 12 week study (p = 0.121).
A sequential process aiming at hydrogen production was studied over two Ni-based catalysts, using crude beech-wood oil as the feed.
The technical feasibility for Fischer Tropsch synthetic fuels production over different cobalt/SiC catalysts was studied.
Through plot-scale monitoring of runoff and sediment production over an eleven-month period, this study quantified the impacts of land disturbance on runoff development and sediment production relative to background rates on disturbed surfaces (i.e., roads) in a dry tropical area of Puerto Rico.
