All rate parameters are in units of inverse months (1/mnth) so that if a rate parameter has a value of 0.5, then after 1 month it will have caused the population to increase to approximately e0.5 = 1.65 (165%) or decrease to approximately e−0.5 = 0.61 (61%).
The number of refugees will decrease to 40,000 from 55,800.
The average diameter increased to approximately 70 ± 20 nm, and the density decreased to approximately 0.5 × 1010 cm−2.
Once metastases are present, average survival decreases to approximately 24 months [1], [2].
The mRss decreased to approximately 5 after 4 years.
Treatment-related mortality has decreased to approximately 7%.
pH values of cultures decreased to approximately pH 3 (from approximately pH 6.5).
Our prediction suggests that water volume of the Aral Sea will decrease approximately to 75.4 km3 in 2031.
However, the ratio between cold- and heat-related deaths will decrease from approximately 20 to 4 between the 2020s and 2080s in the United Kingdom, whereas in Australian cities this decrease will be from approximately 9 to 2 over the same period, under the medium emissions scenario (A1B).
