Physically-based, catchment scale sediment delivery models have become increasingly complex, sophisticated and are suitable for a diverse range of environmental contexts.
As a consequence, the DNs have become increasingly active and they are not suitable to be treated as the equivalent loads in power flow analysis of TPSs [3, 4].
For further studies of the valuable fungus Shiraia bambusicola, the identification of suitable reference genes has become increasingly urgent.
But some logics were designed for studying aspects of rational behaviour, and in recent years it has become increasingly common to link these logics to suitable games.
For these drugs to be used therapeutically, suitable drug delivery systems have become increasingly essential.
Thus, these models are not suitable for producing water accounts, which have become increasingly important for water resources planning and management at regional and national scales.
As TCs grow larger than 1500 nucleotides, they become increasingly dissimilar from their FLIC counterparts, and therefore become increasingly less suitable as evidence for basing an accurate gene model on.
Full-term teratological fetuses have become increasingly rare and deserve a prominent place in every anatomical museum; they are suitable for contemporary teratological research and education.
Choosing suitable and appropriate sites, minimising their environmental impact and optimising their output become increasingly sophisticated juggling acts.
Given the likely increase in water scarcity and land suitable for agriculture, ex ante land use planning and monitoring strategies will become increasingly important.
