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ÎÒ ÐÅÄÀÊÖÈÈ
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Íåëèíåéíûé ìèð À. Ñ. Êîìàðîâà
P. Ya. Grabarnik, D. O. Logofet
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205–212 |
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Mathematical modeling of the mechanism of a reproductive strategies differentiation in natural populations (on the example of arctic fox, Alopex lagopus)
O. L. Zhdanova, E. Ya. Frisman
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213–228 |
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An integer-valued mathematical model of lake communities: chaotic and long-period oscillations in the fish population size
A. V. Rusakov, A. E. Bobyrev, V. A. Burmensky, E. A. Kriksunov, N. I. Nurieva, A. B. Medvinskii
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229–239 |
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Modelling the risk of insect impacts on forest stands after possible climate changes
V. G. Suhovol'skii, A. V. Kovalev, E. N. Palnikova, O. V. Tarasova
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241–253 |
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Marks of stochastic determinacy of forest ecosystem autogenous succession in markov models
A. V. Nemchinova
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255–265 |
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Discrete models in population dynamics: advantages, problems, and justification
A. G. Topaj, A. V. Abramova, S. E. Tolstopyatov
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267–284 |
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A.s. komarov’s publications about cellular automata modelling of the population-ontogenetic development in plants: a review
E. V. Zubkova, L.A. Zhukova, P. V. Frolov, V. N. Shanin
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285–295 |
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Modeling the impact of mobility of individuals on space-time dynamics of a population by means of a computer model
N. V. Belotelov, I. A. Konovalenko
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297–305 |
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Sectional model of non-free tree growth
V. V. Galitskii
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307–322 |
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Parameter estimation methods for random point fields with localinteractions
P. Ya. Grabarnik
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323–332 |
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Substantiation of optimum planting schemes for forest plantations: a computer experiment
I. V. Priputina, G. G. Frolova, V. N. Shanin
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333–343 |
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A modeling approach to estimate the gross and net primary production of forest ecosystems as a function of the fraction of absorbed photosynthetically active radiation
A. V. Olchev
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345–353 |
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Three-dimensional modelling of turbulent transfer in the atmosphericsurface layer using the theory of contrast structures
N. T. Levashova, Yu. V. Mukhartova, A. V. Olchev
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355–367 |
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Model of $\rm CO_2$ exchange in a sphagnum peat bog
A. G. Molchanov, A. V. Olchev
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369–377 |
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Forecasting the global temperature increase for the xxi century by means of a simple statistical model
D. G. Zamolodchikov
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379–390 |
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ÌÎÄÅËÈÐÎÂÀÍÈÅ ÏÎÒÎÊÎÂ ÂÅÙÅÑÒÂÀ È ÝÍÅÐÃÈÈ Â ÍÀÇÅÌÍÛÕ ÝÊÎÑÈÑÒÅÌÀÕ
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Models of soil organic matter dynamics: problems and perspectives
O. G. Chertov, M.A. Nadporozhskaya
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391–399 |
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Mathematical modeling of soil hydrology in two arable chernozems with different depth to carbonates
T. A. Arkhangelskaya, O. S. Khokhlova, T. N. Miakshina
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401–410 |
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Schools on mathematical biology 1973-1992
A. A. Titlyanova
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411–422 |
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