The Arctic Environmental Problems - New Ecoinformatics Tools in Environmental Science: Applications and Decision-making - page 541

Table 6.13 List of units of the AYRSSM whose scheme is presented in Fig. 6.12
Unit Description of the unit
CHD Control of parameterization of hydrophysical and hydrological processes in the AY-
system
CON Controlling interface with functions of service of the man-machine dialogue when
realizing simulation experiments
FLOW Model of the river run-off
STRM Simulation procedure that reflects the water masses motion in the AY-system

EVAP The choice of the model to parameterize the process of evaporation

QUAL The choice of the criterion to assess the water quality

WRR Model of the water regime in a water body

EFM An empirical model of the river runoff

RWS Model of spreading the river run-off beyond the river-bed

INP Model of infiltration

SPR Model of the sink taking into account the effect of vegetation and soil covers

VMG Model of the vertical uplifting of ground waters in evaporation, feeding and

ex filtration

FTM Model of filtration

EPM An empirical model of precipitation

THP A speci ed model of transpiration

RUM The Kuzmin model (Kuzmin 1957)

TRM A simple model of transpiration

SES Model of snow melting and evaporation from snow surface

EBM Parameterization of evaporation using the method of energy balance

PEM The Penman model (Penman 1948)

PRI The Penman model as speci ed by Priestley (Bras 1990)

KRP The Penman model as speci ed by Kohler and Richards (1962)

SIM A simplified version of the Penman model

EEE Empirical models of evaporation

KOH The Kohler model (Bras 1990)

HOM The Horton model (Bras 1990)

BIO A simulation model of sedimentation and biological assimilation of pollutants

POL A simulation model of the formation of anthropogenic fl fluxes of pollutants

TWT Model of the process of the water temperature formation

RAK Model of kinetics of the radionuclide pollution of water

CPK Model of kinetics of the chemical pollution of water

COD Database correction

SCE The choice and formation of scenario for simulation experiment

VIP Visualization of the simulation experiment results

AAS Adaptation of the AYRSSM to the scenario of the simulation experiment

IAS Referencing the AYRSSM to the space and time scales