Submit an Article
Become a reviewer
Vol 149
Pages:
230-233
Download volume:
RUS
Article

Mathematical model of shoot morphology - development and prospects of application

Authors:
N. N. Semenchuk1
N. V. Kurmyshev2
D. Ya. Postelnik3
V. V. Rogotskii4
M. V. Andreeva5
About authors
  • 1 — Yaroslav Mudry Ngv State University
  • 2 — Yaroslav Mudry Ngv State University
  • 3 — Yaroslav Mudry Ngv State University
  • 4 — Valday National Park
  • 5 — Valday National Park
Date submitted:
2000-10-19
Date accepted:
2000-11-13
Date published:
2001-12-28

Abstract

Indicator plants allow to determine the state and stability of phytocenosis. The study of properties of indicator plants is possible with the help of a mathematical model of shoot morphology. Due to the impact of environmental factors, plants change the structure of stem and leaf. The development of a mathematical model of the shoot is carried out by determining the parameters of morphology and architectonics of stem and leaf. For this purpose, the dimensions of morphology elements are investigated and the proportions between them are established. An important characteristic of an indicator plant is the amount of variation in the size or proportion of a morphology element relative to the average. If the variation of parameters of morphology or architectonics element is very large, it cannot be used to indicate the impact of environmental factor on the plant. In case the parameters of morphology or architectonics elements are stable, they can be used for a mathematical model of a shoot. An indicator plant should have at least one stable parameter of morphology or architectonics that changes its value under the influence of an environmental factor.

Область исследования:
(Archived) Problems of sustainable operation of forest systems
Go to volume 149

Similar articles

Improving the efficiency of environmental management in the development of mineral deposits
2001 N. Ya. Lobanov, E. A. Kuklina, M. A. Nevskaya
Development of scientific basis for biogeochemical assessment of coastal aquatic landscapes and initiation of biogeochemical monitoring of Tsemesskaya Bay
2001 V. A. Alekseenko, L. P. Alekseenko, A. V. Suvorinov, B. D. Eletskii
Model of microresonant interatomic bonds in application to gold dissolution and sorption processes and their technological realization
2001 A. G. Sekisov
Geodynamic and other natural factors of the ecological state of Russia's geological environment
2001 A. A. Smyslov, A. G. Marchenko, L. V. Kulachkov, E. A. Botalova, A. Ya. Tutakova, V. V. Alekhina, I. A. Baranauskaite
Assessment of environmental and economic efficiency of recycling of secondary raw materials and technogenic wastes
2001 S. V. Karelov, E. S. Naboichenko, S. V. Mamyachenkov
New X-ray protective materials based on ultradisperse systems
2001 V. P. Alekhin, V. A. Artemev