The model traces in Figure 5A, B, F are based on stride data that did not vary by genotype, plus the fixed time delays.
In addition to phase relations and the transport of the solid-aqueous fluid melt system, the transport and partitioning of trace elements are formulated in this section in order to model trace element behavior in subduction zones.
Ikemoto and Iwamori (2014) model trace element transport in volcanic rocks and show that disequilibrium transport through channels likely plays an important role in element cycling in subduction zones.
Specifically, each model trace is colored in accordance with the p1 value used for its computations, i.e. each trace has the same color of the subinterval whom its p1 value belongs to; see Figure 2, panel C2.
In a small closed community as the one described in the model, tracing of contacts is not that difficult, but in modern society with its increasing mobility the tracing of casual contacts can pose a big problem.
This example-tracing approach to tutor development requires less effort and expertise than other approaches such as model tracing tutors, in part due to well-developed general-purpose authoring tools such as the Cognitive Tutors Authoring Tools (CTAT) (Aleven et al., 2006) and the ASSISTment Builder (Razzaq et al., 2009).
A carbon book-keeping model traces changes in carbon stocks using historical and current rates of land use change.
An example trace of recording from this neuron is shown in the inset, together with the corresponding model trace.
To illustrate this, I simulated the evolution of a binding site for Bcd (a developmental transcription factor in Drosophila whose specificity is well-characterized) under an HKY model (dotted trace in Figure 1a).
Model traces were colored in accordance with their P sy values to detect how P sy variation affects model dynamics.
The CSL property shown below (followed by the model checker answer) (5) ensures that in all model traces the potassium outside the cell, in fact, will eventually end.
