Books in this series exhibit a concern with the dynamics of life on the land, particularly as expressed though relations of environment, territoriality, and development.
However, there is lack of knowledge concerning the dynamics of land use and the complex role of socio-economic policy factors in inducing changes in land use, especially at detailed scale levels such as in individual small catchments.
It will be a lasting contribution to scholarship on the modern economic history of East and Southeast Asia and of special interest to those concerned with the dynamics of development and the history of colonial regimes.
In fact, the question raised from the results of this study concerns the dynamics of cholera: Is synchronization of cholera a response of local populations, according to ecological theory, to climate interannual variability?
In [11], Izzo and Vecchio proposed an implicit nonlinear system of difference equations which represents the discrete counterpart of a large class of continuous models concerning the dynamics of an infection in an organism or in a host population.
Transition management is concerned with the dynamics of structural change of the system.
Though important, we will not be concerned with the dynamics of this second part of the feedback loop here.
For example, many open questions concern the dynamics of the advantage (Barrick et al. 2009), the role of epistasis (Chou et al. 2011; Khan et al. 2011), and the structuring of a population into subpopulations of competing clones (Maharjan et al. 2007).
The resulting system is of theoretical interest, because of its rich symmetry and a certain similarity with the Kepler problem of celestial mechanics, concerning the dynamics of two point particles under mutual gravitational attraction.
The macromechanical model is concerned with the dynamics of the fluid filled scalae and the Organ of Corti along the length of the cochlea.
