Results 251 to 260 of about 454,151 (277)

Mathematical Descriptions of Biological Models

1980
The major aim in mathematical modelling is to obtain equations describing the behaviour of a system under all relevant conditions. This information may be quantitative or qualitative. It may be derived from a theoretical basis, in which the mechanism is analysed in terms of known or proposed interactions between components, from an empirical basis in ...
James E. A. McIntosh, Rosalind P. McIntosh   +1 more
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Mathematics for the Biological Sciences

Technometrics, 1975
John J. Buoni, Stanley I. Grossman, James E. Turner   +2 more
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Mathematical Treatment of Biological Diffusion

2001
In the lifetime of most animals there occurs a time when the site of inhabitation is abandoned in favor of migration. Thus, in an environment changing through space and time, the most probable strategy for a new individual to adapt to survive and reproduce may not necessarily consist of remaining to compete with its parents or congeners, but may rather
Akira Okubo, Daniel Grünbaum
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Biologic Complexity in Mathematical Modeling

Medical Decision Making, 1989
L B, Ellwein, M H, Eckman
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Mathematical Models of Biological Communities

1999
The mathematical models of the communities of animals and plants have been developed in detail including their analytic theory as well as simulation computer methods for such models. Present-day models take into account aftereffect and joint influence of different exogenous and endogenous (external and internal) factors.
Natali Hritonenko, Yuri Yatsenko
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Mathematics for Biological Scientists

2009
Mike Aitken, Bill Broadhurst, Steve Hladky   +2 more
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Mathematical modeling of biological dynamics

2023
Mathematical modeling is a powerful tool for studying intricate biological dynamics, as modeling can provide a comprehensive and coherent picture about the system of interest that facilitates our understanding, and can provide ways to probe the system that are otherwise impossible through experiments.
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Mathematical models in biological oceanography

Deep Sea Research Part B. Oceanographic Literature Review, 1984
Hal Caswell, T. Platt, K. H. Mann, R. E. Ulanowicz   +3 more
  +4 more sources

Mathematics in the Biological Sciences

Scientific American, 1964
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Mathematical models of biological systems

Reproductive Toxicology, 1989
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