HS and TO estimation methods present mean errors of 1.35 and 0.55% respect to gait cycle.
As a result of post-glacial uplift, the earliest beach-ridge and swale deposits are now raised 8 9 m above present mean sea level.
The present mean field based micromechanics model is able to account for the morphological and topological textures of the multiferroics heterogeneities.
The final partial sequence preserved is comprised of Unit G formed during the OIS 2 transgression to present mean sea level and subsequent development of the contemporary highstand wedge.
Prior to construction works, it was suggested that dredging of the new harbour (Yangtzehaven) would disturb the subsurface stratigraphy to around −21 m below present mean sea level, a zone which is known to contain archaeological remains.
Porcine and bovine markers were detected where intensive livestock and agricultural activities were present; mean concentration values of 103 GC/L indicated that farms were sometimes unexpected and important sources of fecal contamination in water.
A large change in TSI is used (approximately a factor of two greater than the 'best-guess' change between present mean levels and the Maunder Minimum) to demonstrate the sensitivity of the climate system to this forcing.
The predictions of the present mean field micromechanics model are compared to those of the variational asymptotic method for unit cell homogenization (VAMUCH), a finite element based micromechanics model.
Data present mean ± SD (n = 3).
The graphs present mean and standard error of the mean.
The nanoparticles present mean diameters between 40 and 60 nm as shown by TEM analysis.
