Speciality:
03.00.16 (Ecology)
Birth date:
8.11.1944
E-mail: Website: https://www.ccas.ru/~tarko Keywords: mathematical modeling,
ordinary differential equations,
modeling of global and regional biosphere processes,
biogeochemical cycles,
carbon dioxide cycle,
global warming,
climate change,
scientific and technical progress,
global ecology.
Subject:
Worked out methodology of mathematical modeling of environmental processes. Developed a mathematical approach to investigate the biosphere stability based on the Le Chatellier principle. Worked out several sets of models and software for prediction changes of global and regional processes under human impact. Developed spatially distributed models of global carbon and nitrogen cycles in "Atmosphere-Land Biota-Ocean" system. Calculated ecological consequences of nuclear war. Estimated ecological and climatic effects of industrial activity and land using. Worked out forecasts of carbon dioxide content in the atmosphere, changes of plants biomass, productivity and amount of humus for different ecosystems, regions and countries. Calculated carbon dioxide budget for countries and regions. A. M. Tarko teaches courses in Mathematical Ecology at Moscow Institute of Physics and Technology.
Main publications:
Tarko A. M., Kuznetsova M. V. Prostranstvenno raspredelennaya model globalnogo tsikla ugleroda v biosfere // Matematicheskoe modelirovanie, 2001, t. 13, # 9, s. 45–54.
Pervanyuk V. S. Tarko A. M. Modelirovanie globalnogo tsikla ugleroda v sisteme atmosfera-okean // Matematicheskoe modelirovanie, 2001, t. 13, # 11, s. 13–22.
Tarko A. M. Investigation of global biosphere processes with the aid of a global spatial carbon dioxide cycle model // Sixth International Carbon Dioxide Conference, Extended Abstracts. Tokohu University, Sendai, Japan, 2001, v. 2, p. 899–902.
Pervanyuk V. S., Tarko A. M. Spatial Seasonal Model of the Global Carbon Dioxide Cycle in "Ocean-Atmosphere" System // Sixth International Carbon Dioxide Conference, Extended Abstracts. Tokohu University, Sendai, Japan, 2001, v. 2, p. 992–995.
Tarko A. M. Ustoichivost biosfernykh protsessov i printsip Le-Shatele // Doklady Akademii nauk, 1995, t. 343, # 3, s. 393–395.
