Sentence examples for reasonably extensively from inspiring English sources
The Sapphire-rumped Parrotlet probably overlaps reasonably extensively over its reasonably broad northern and central Amazonian range with the Scarlet-shouldered Parrotlet (Touit huetii).
As expected, PAHy reacted more rapidly and more extensively than PHEA, reasonably because of the higher nucleophilicity of hydrazine groups.
CADFM extensively considers and reasonably exploits the social relationships between intra-community and inter-community users to select the optimal cooperative user.
Compared with Liberty's purchase of Virgin Media, which was quick, quiet and reasonably priced, this has been slow, expensive and extensively trailed.
HSP function has been extensively characterized biochemically and genetically and is reasonably well understood [ 11, 13].
The molecular regulatory mechanisms of these crucial physiological processes have been investigated extensively since the 1970s, and thus are reasonably well understood [ 8– 11].
The biochemical mechanisms by which aromatic amines might induce cancers have been investigated extensively and are now thought to be reasonably well understood (3– 5).
The former version of the Actigraph accelerometer (Computer Science and Applications CSAA) 7164 model) is one of the most extensively validated accelerometers and its activity counts correlate reasonably with doubly labelled water derived energy expenditure in non-pregnant populations [ 28].
Vitamin D supplementation is a reasonably safe and simple intervention, and its impact on cardiovascular outcomes has been extensively studied in randomized controlled trials.
It has extensively been employed in both academia and industry and has found wide acceptance as a reasonably useful model to represent well-planned homogeneous BS topologies [69 72].
Reported studies (Walker et al. 2003) showed that the pseudo-second-order rate equation gives reasonably a good fit of the experimental data over the entire fractional approach to equilibrium and is extensively employed in the biosorption kinetics (Weber and Morris 1963).
