Although some simple erosive processes like soil creep or tillage redistribution may be satisfactorily described by linear diffusive equations, the complexity of erosion phenomena requires the use of more complete nonlinear equations.
While this method represents a best-available-information approach to estimating C, a more complete set of allometric equations relating tree diameter to volume and biomass is needed.
Authors of some recent North American equations have borne this in mind and provide, if not data, then at least more complete regression statistics and component equations that are additive [22].
Authors of some recent North American equations have borne this in mind and provide, if not data, then at least more complete regression statistics and component equations that are additive [ 22].
A more complete version of the energy equation is presented.
The need for more complete modeling through the full MHD equations is addressed here.
The following equations provide a more complete model than system (1)–(3) since it includes the grid impedance modeling.
It is very difficult to solve such problems because the differential equation must be solved in a more complete form, that is, when the main part of the equation has terms containing and.
Future research in this area should also consider the use of structural equation modeling techniques to gain a more complete understanding of the complex underlying relationships between variables.
A more complete model that accounts for this parameter was used for optimality predictions throughout (see equations 2 and 3 in Methods for details).
