Sentence examples for most natural systems from inspiring English sources
Importantly, most natural systems are complex and irregular, and cannot be neatly characterized as nomological machines.
Most natural systems are variable and subject to temporal and spatial changes.
Data show that while P and As have competitive reactions in soils, in most natural systems they have distinct biogeochemical processes that create differing mobility and bioavailability.
These were all designed as linear systems, without consideration of the cyclic character of most natural systems (De Gisi et al. 2014).
Two end-member modes (gravity spreading and gravity gliding) are defined by whether the potential energy loss is due to deformation and movement towards the base of the system (spreading), or by movement parallel to the base of the system (gliding); most natural systems consist of a mixture of the two processes.
Although this is a key question for the understanding of communication processes, the identification of these constraints is problematic because, 1) most natural systems fluctuate unpredictably and, 2) presently observed biological phenomena are likely to be the result of a complicated and chaotic evolutionary history [7].
"But it's probably the most natural system of chromatic harmony that I've ever experienced".
Just intonation is generally considered the most natural tuning system and was the system used before orchestras, composers and instrument makers demanded equal temperament (op cit).
According to this concept, in order to achieve the most natural classification system, there should be an integration of information from the molecular to the ecological levels.
Safina visits the Caribbean island of Bonaire, off the coast of Venezuela, because it's meant to be the best place in the region to see healthy coral reefs — which "may be the most beautiful natural system on Earth" — yet even there he reports a decline in the parrotfish that scrape the coral clean of suffocating seaweed.
However, regardless of the immense progress in biotechnology and genetics that allows to construct whole-cell biosensors for virtually detecting any chemical at ultra low concentrations, the soil still remains the most extreme natural system to be studied with these biotechnological analytical tools.
