Sentence examples for mg of soil from inspiring English sources

37.4 kg of atmospheric CO2 has already been captured and stored as carbonate per Mg of soil across the site, representing a carbon dioxide (CO2) removal rate of 12.5 kgCO2 Mg− 1 yr− 1.

For example, if you inhaled 150 mg of soil per day that was contaminated with 200 ppm of Pb, and if the absorption efficiency was 40%, then 100 mg of Pb would accumulate in your body over a 20-year period and potentially cause lead poisoning (Yamada 1977).

Between 20 and 40 mg of soil, with or without ∼5 mg of lyophilized microorganism biomass (dry weight), were placed in the pyrolyzer and heated from room temperature to 1200 °C in 1 h at a heating rate of 20 °C/min.

Indeed, in the Schroder et al. study [70], the bioavailability of Pb in the Pb-rich soil 9 (10,600 mg Pb/kg soil) is medium to low (RBA 20%, ABA ~ 10%), but a dose of 100 mg of soil ingested daily will release the same quantity in the body, about 0.1 mg of Pb, like the highly Pb-bioavailable but less Pb-rich soil 15 (RBA 74%, ABA ~ 37%, 3230 mg Pb/kg soil) (authors' calculation).

Typically, 300 mg of soil could yield 300 600 ng of genomic DNA.

A total of 100 Eppendorf tubes were prepared with either 65 mg of soil (64.02 ± 2.76 SD) or 65 mg of soil added 10% hoof powder (63.78 ± 2.61SD).

The maximum adsorption capacity was observed as 2.1 mg PO43−/kg of soil (0.7 mg P/kg of soil), and the maximum removal efficiency was 82% (Figure 5).

The results showed that Kentucky bluegrass and tall fescue can tolerate 50 200 mg kg−1 of soil Cd stresses and accumulate as high as 4275 and 2559 mg Cd kg−1 DW, respectively, in their shoots without the loss of shoot biomass.

The potential CO2 emissions (kg ha−1 year−1 of CO2 C) at Torup were significantly higher in the 3 and 6 Mg ha−1 treatments than in the control treatment, and the highest application resulted in an extra loss of 0.5 Mg ha−1 of soil C annually as compared to the control.

Adsorption capacity (mg PO43−/kg of soil) was calculated from the decrease of the solution concentration.

The average retention capacity of the soil was 22 mg P/kg of soil.