id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
cord-016965-z7a6eoyo	Brockmann, Dirk	Human Mobility, Networks and Disease Dynamics on a Global Scale	2017-10-23		.txt	text/plain	6792	396	55	In addition for infected sites to transmit the disease to neighboring susceptible lattice sites, every now and then (with a probability of 1%) they can also Fig. 19 .1) geographic distance to the initial outbreak location is no longer a good predictor of arrival time, unlike in systems with local or spatially limited host mobility infect randomly chosen lattice sites anywhere in the system. A visual inspection of the air-transportation system depicted in Fig. 19 .1 is sufficiently convincing that the significant fraction of long-range connections in global mobility will not only increase the speed at which infectious diseases spread but, more importantly, also cause the patterns of spread to exhibit high spatial incoherence and complexity caused by the intricate connectivity of the air-transportation network. Figure 19 .7 shows that also the model epidemic depicts only a weak correlation between geographic distance to the outbreak location and arrival time.	./cache/cord-016965-z7a6eoyo.txt	./txt/cord-016965-z7a6eoyo.txt