1. General Model Information
Name: Rostherne
Acronym: ROSTHERNE
Main medium: aquatic
Main subject: Lake Ecosystem, biogeochemistry, biogeochemistry, population dynamics
Organization level: Ecosystem, Population
Type of model: compartment model, ordinary differential equations
Main application:
Keywords: Rostherne mere, lake ecosystem, SEM XRMA, nutrient limitation, cell uptake
Contact:
Vladimir Kryosha Krivtsov
The University of Manchester,
School of Biological Sciences,
1.800 Stopford building, Oxford road,
Manchester M13 9PT, UK.
phone:
fax:
email: e96kri69@syslab.ceu.hu
Author(s):
V. Krivtsov, E. Bellinger, D. Sigee and J. CorlissAbstract:
abstract
II. Technical Information
II.1 Executables:
Operating System(s): Windows Available only for scientific co-operationII.2 Source-code:
Programming Language(s): Model Maker, Stella, Visual Basic Available only for scientific co-operationII.3 Manuals:
User Instructions available only for scientific co-operationII.4 Data:
Available only for scientific co-operationIII. Mathematical Information
III.1 Mathematics
III.2 Quantities
P, Si, Chlorophyll a and algalconcentrations in the lake water, nutrient mass fractions of algal cells, etc.
III.2.1 Input
Initial ambient concentrations of the considered chemicals, algal cells, detritus and zooplankton, morphological & hydrological parameters of the lake & inflow, geographical co-ordinates and meteorological data series (optional).
III.2.2 Output
Time series of ambient concentrations of the considered chemicals, algal cells, detritus and zooplankton, as well as sedimentation rates, mortality & nutrient intracellular concentrations of phytoplankton
IV. References
V. Further information in the World-Wide-Web
VI. Additional remarks
Last review of this document by: Tue Oct 21 22:43:03 1997
Status of the document: Contributed by V. Krivtsov
last modified by Tobias Gabele Wed Aug 21 21:44:48 CEST 2002