Sentence examples for roman data from inspiring English sources

Roman data seems comparable to Los Angeles' data representing the classic example of urban sprawl with a Central Business District CBDD) of limited importance and a very low value of transit modal split (6.7% for work trips, [11]).

Bold data indicate that patients responders: Roman data indicate that patients stabilized; italic data indicate that patients worsened.

The vital historical import of such attestations, pieced together with later Greek and Roman historiographic data, is patently manifest.

Using histological data, Roman et al. demonstrated that normal ovarian tissue was removed in 97 % specimens of surgically removed endometriomata [13].

These concern many features, such as privacy (Weber 2010), security (Hamad et al. 2009), ethical use of data (Roman et al. 2011), internet dependence and others psychological illnesses affecting users of this medium (Rice 2006; Ko et al. 2009).

Additional analyses involved restricting the age of follow-up to 14 years and to children born after their mother's molar pregnancy, the latter being primarily for comparison with previously published data (Roman et al, 2006).

This website allows scholars and students of classical Greek – and to some extent Roman – history to visualize data about places, especially archaic and classical Greek city-states, and people from two large data sets, and to generate maps and simple statistical information from them.

There is no palynologically distinct Roman period in the data, contrary to evidence from the high uplands of Exmoor that suggests a decline of the agricultural system during the immediate post-Roman period.

Adapted from Ober, Democracy and Kowlege, chapter 6. Abstract - Price and wage data from Roman Egypt in the first three centuries CE indicate levels of real income for unskilled workers that are comparable to those implied by price and wage data in Diocletian's price edict of 301 CE and to those documented in different parts of Europe and Asia in the eighteenth or early nineteenth centuries.

Roman numbers stand for data from survey waves 1 to 5, respectively.

To summarize the findings of comparing model predictions to data from Roman [ 12] on high-salt SR and hypertensive (high-salt) and prehypertensive (low-salt) SS rats, the observed differences in renal function may be explained primarily by differences in the control of afferent and efferent resistance and in sodium reabsorption kinetics.