AbstractFollowing recent applications of numerical modelling and remote sensing to the thermal bar phenomenon, this paper seeks to review the current state of knowledge on the effect of its circulation on lacustrine plankton ecosystems. After summarising the literature on thermal bar hydrodynamics, a thorough review is made of all plankton observations taken in the presence of a thermal bar. Two distinct plankton growth regimes are found, one with production favoured throughout the inshore region and another with a maximum in plankton biomass near the position of the thermal bar. Possible explanations for the observed distributions are then discussed, with reference to numerical modelling studies, and the scope for future study of this inte...
1. Several studies have shown that wind-induced water movements have an important effect on the spat...
Long-tenn measurements (1979-1994) of meteorological parameters and of algal and crustacean biomass ...
Mixing processes in lakes are key factors controlling light availability for phytoplankton growth, b...
AbstractFollowing recent applications of numerical modelling and remote sensing to the thermal bar p...
A Finite-Volume discretisation of the Navier–Stokes equations is used to study various aspects of th...
This study identified formation time, movement and disappearance of spring thermal bars in southeas...
Phytoplankton growth in Lake Baikal was simulated during thermal bar events using meteorological dat...
A new framework for modelling the evolution of the thermal bar system in a lake is presented. The mo...
The mathematical model developed for simulating hydrobiological processes in a lake takes into accou...
The spring riverine thermal bar phenomenon is investigated numerically on an example of Lake Baikal,...
The community structure of planktonic cyanobacteria was studied in a dimictic lake in which recurren...
A number of modelling results suggested thermocline shifts as a consequence of global climate chang...
During spring and autumn a special thermohydrodynamic phenomenon, called a thermal bar, can be obser...
The 'migrating thermal bar' phenomenon, known to occur in certain large, dimictic, freshwater lakes,...
Water transparency affects the thermal structure of lakes, and within certain lake depth ranges, it ...
1. Several studies have shown that wind-induced water movements have an important effect on the spat...
Long-tenn measurements (1979-1994) of meteorological parameters and of algal and crustacean biomass ...
Mixing processes in lakes are key factors controlling light availability for phytoplankton growth, b...
AbstractFollowing recent applications of numerical modelling and remote sensing to the thermal bar p...
A Finite-Volume discretisation of the Navier–Stokes equations is used to study various aspects of th...
This study identified formation time, movement and disappearance of spring thermal bars in southeas...
Phytoplankton growth in Lake Baikal was simulated during thermal bar events using meteorological dat...
A new framework for modelling the evolution of the thermal bar system in a lake is presented. The mo...
The mathematical model developed for simulating hydrobiological processes in a lake takes into accou...
The spring riverine thermal bar phenomenon is investigated numerically on an example of Lake Baikal,...
The community structure of planktonic cyanobacteria was studied in a dimictic lake in which recurren...
A number of modelling results suggested thermocline shifts as a consequence of global climate chang...
During spring and autumn a special thermohydrodynamic phenomenon, called a thermal bar, can be obser...
The 'migrating thermal bar' phenomenon, known to occur in certain large, dimictic, freshwater lakes,...
Water transparency affects the thermal structure of lakes, and within certain lake depth ranges, it ...
1. Several studies have shown that wind-induced water movements have an important effect on the spat...
Long-tenn measurements (1979-1994) of meteorological parameters and of algal and crustacean biomass ...
Mixing processes in lakes are key factors controlling light availability for phytoplankton growth, b...