Sentence examples for biological model based on from inspiring English sources

The key to the next green revolution, Dr. Mundt said, will be abandoning most of the industrial model of agriculture of the 20th century and shifting to a "biological model based on management of ecological processes" like applying fertilizer and water only as needed.

There are ample examples of such innovations: the Shinkansen Bullet Train of the West Japan Railway inspired by the Kingfisher's beak, the Eastgate Building in Zimbabwe taking inspiration from termites' self-cooling mounds, and British Telecom using a biological model based on ant behaviour to overhaul its phone network.

The use of a unique biological model based on a specific mutation motif has confirmed that very low-level mtDNA variants (in the <1% heteroplasmy range) can be meaningfully resolved by massively parallel resequencing.

From this point of view, logic is not just an auxiliary tool for analyzing biological models based on some external formalism, but becomes the core of a research program in which biological processes are the intended semantical interpretation of a non-classical logical system.

The developed root locus method can be used to study the steady-state behavior of any type of convergent biological system model based on mass action kinetics.

Similarly, regarding the effects of climate changes on the carbon sequestration ability of vegetation, the large-scale biological sphere model based on forest ecological system processes, BIOME-BGC, includes information on leaf growth and falling dates as parameters and applies the information to three types of vegetation research (Running and Hunt 1993).

Among biologically inspired control mechanisms, attractor selection is one of the possibilities to formulate a mathematical model based on biological dynamics.

In addition, the model based on biological data from an α1 assay (rat brain membranes) resembles the model for the α1b adrenoceptor subtype.

In this study, we propose a computational model based on biological evidence reported by Wang et al. (2006), who demonstrated that the influence pattern of V1 feedback is phase-reversed.

Thus, they integrated other models, such as those of freeze injury and fruit ripening, to develop a bioclimatic model based on biological processes, which they referred to as the PHENOFIT model.

We extend the model based on biological fluctuation framework, a recent perspective on how noise may be utilized in living beings [23][24], without changing the essence of the stochastic property in Escherichia coli physiological mechanism.