Cosmological models, which we use to understand (and simulate) how the universe developed over time, also require dark matter in order to describe what we see around us.
"Indeed, the established Protestant church in Britain was one of the models which we can be quite sure the signatories of 1776 were determined to avoid emulating".
We've got a new range of Airfix quick- build models which we will manufacture in the UK because it gives us a better chance to respond to demand quickly".
We used new satellite records of fire incidence to create fire models which we then drove with a broad range of future climate model scenarios to get a sense of where the climate projections agreed on the sign of the change in fire frequency and where they did not.
"We should be focusing on models which we can scale up now".
To appreciate the thrust of this question we have to anticipate a position as regards the ontology of models (which we discuss in the next section).
There are a number of natural extensions of the approach that we have presented here to treat other, more biophysically rich, neural field models which we outline below.
The Hexapoda model, however, is performing worse than the Drosophila and Nasonia models, which we attribute to an increasing share of non-miRNAs among the hairpin examples.
There are actually many ways to generate an S-curve, and the third class of models which we examine are models of density dependence popularized by population ecologists.
Essentially implicit models give rise to models which we use to communicate our ideas to others termed by some as explicit models.
This concern also demonstrates the need to perform more rigorous synthetic tests involving more realistic rupture scenarios and crustal velocity models, which we will address in future work.
