The 5.46 GtC difference in medium carbon storage estimates is distributed similarly across depth classes: there is a 2.76 GtC difference for depth classes <200 cm and a 2.70 GtC difference for depth classes >200 cm.
The mean estimate of (V 1f - V 2f ) was 0.02 suggesting that the estimates were distributed around a value close to 0, i.e. equivalent expression in B and M cell types.
However, the population in that study of those estimates were distributed throughout the United States, were composed of multiple ethnic backgrounds, and were exposed to a range of PM2.5 levels.
An estimated 100,000 species are distributed among seven classes: Aplacophora, Polyplacophora, Monoplacophora, Scaphopoda, Gastropoda, Cephalopoda, and Bivalvia (Ruppert et al. 2004).
Therefore, the level ratios estimated in the model are distributed similar to the Cauchy distribution, which has no expectation and infinite dispersion.
We found that the estimated short-term SSEs are distributed heterogeneously.
Savings by resource sharing are estimated and the costs are distributed between actors, what is critical information for the business models of the involved actors.
Plot designs evolve as more efficient measurement configurations are shown to adequately capture local conditions, while new sample designs are developed to improve variance estimates by controlling how plots are distributed or analyzed.
If we use our sample to estimate this probability, p est = X N e, then the resulting estimate will be distributed by a (scaled) Binomial distribution with mean, p, and variance given by V a r X N e 2, which can be written as, p 1 − p N e.
The estimated coefficient is distributed between 0.034 and 0.054.
