Thus integrating daily and monthly flow data from varied spatial location on a river network, offers a useful tool for analysing flow regime conditions.
If δ increases with the mutational distance between genotypes, then a circuit's location on a genotype network determines its latent capacity for exaptation.
These results show that a circuit's location on a genotype network influences which latent phenotypes are available to it, an observation that also applies to latent fixed-point phenotypes (Additional file 1: Figure S7).
Our model includes the classical capacitated facility location problem (CFLP) on a network as a special case.
Network analysis (i.e. finding the shortest path between two locations on a road network) was carried out for each outlet using Arc GIS version 9.1.
Regionalization methods have long been used to estimate high return levels of river discharges at ungauged locations on a river network.
You either load it up with music, or point it to a location on the network that has a bunch of music stores, and then it plays!
