[Read the rest.] Forecasting intensity, then and now, is more of a challenge than predicting the track, given the small-scale influences that can empower or weaken a storm.
This feedback mechanism is simple and flexible and ensures that while the salient small scale features influencing larger scale prediction are transferred back to the larger scale, this does not require the live coupling of models.
At small scale, the influence of the spatial distribution of different land use types on slope stability has been evaluated using different techniques: Yi et al. (2010) have presented a case study in Enshi (China) where human action and the cultivated areas (mainly dry land, rice field, and terrace) play an important role in accelerating slope weathering and instability processes.
This small scale study examined the influence of an interprofessional (IP) evidence based patient-centered communication intervention (PCCI), delivered by trained nurses in collaboration with Speech Language Pathologists, on patient outcomes in an active stroke rehabilitation setting.
Numerical examples are presented to illustrate the influences of small scale on the responses of functionally graded microplates.
The influences of small scale, initial stress and temperature change on the frequency shifts of the nanoelectromechanical sensors are taken into consideration.
Finally, influences of small scale effect, aspect ratio, polymer matrix properties, type of planar loading, mode numbers and boundary conditions are discussed in details.
The coupling influences of small scale parameter, geometric behavior, surface characteristic and thermal effect on the pull-in instability of electrostatically actuated CNTs/Si nanobeam are detailedly discussed.
The influences of small scale coefficient, stiffness of the external and internal mediums and aspect ratio on the frequencies of the double-orthotropic nanoplates are also elucidated.
The nonlinear primary resonance of nano beam is discussed with the influences of small scale effect, axial initial load, mode number, Winkler foundation modulus and the ratio of the length to the diameter.
We suggest that this disparity is due to the different influence of small scale heterogeneity on temperature and radon transport.
