peer reviewedThe model consists of a four-component ecosystem model, coupled to a hydrodynamic model. The hydrodynamic model considers the Lake as two homogeneous layers of different density lying above each other, representing the warm epilimnion (surface mixed layer) and cold dense hypolimnion (lower layer) separated by a thermocline (Naithani et al., 2002, 2003
Thermal structure, light attenuation, and chlorophyll- a dynamics within the upper 100 m at the nort...
Climate warming over the 20th century has increased the density stratification and stability of Lake...
Lake Kivu is a 485 m deep, Central-East African rift lake with huge amounts of carbon dioxide and me...
peer reviewedThe model consists of a four-component ecosystem model, coupled to a hydrodynamic mode...
peer reviewed1. The ecosystem response of Lake Tanganyika was studied using a four-component, nutrie...
peer reviewedAny change in the air temperature, wind speed, precipitation, and incoming solar radiat...
An eco-hydrodynamic (ECOH) model is proposed for Lake Tanganyika to study the plankton productivity....
peer reviewedAn analysis is presented of the wind-induced thermocline oscillations of Lake Tanganyik...
peer reviewedTen variables were measured at least twice per month at three locations of Lake Tangany...
The fluctuations in Tanganyikan fish catches defy standard fisheries planning, management and develo...
Within the framework of the development of SLIM (Second-generation Louvain-la-Neuve Ice-ocean Model)...
peer reviewedIntraseasonal thermocline oscillations in Lake Tanganyika are analysed using observatio...
The spatial and seasonal variations in phytoplankton concentrations can be pronounced in large trop...
The African great lakes are of utmost importance for the local economy (fishing), as well as being e...
We studied the effects of upwelling on nutrient and phytoplankton dynamics in the pelagic and littor...
Thermal structure, light attenuation, and chlorophyll- a dynamics within the upper 100 m at the nort...
Climate warming over the 20th century has increased the density stratification and stability of Lake...
Lake Kivu is a 485 m deep, Central-East African rift lake with huge amounts of carbon dioxide and me...
peer reviewedThe model consists of a four-component ecosystem model, coupled to a hydrodynamic mode...
peer reviewed1. The ecosystem response of Lake Tanganyika was studied using a four-component, nutrie...
peer reviewedAny change in the air temperature, wind speed, precipitation, and incoming solar radiat...
An eco-hydrodynamic (ECOH) model is proposed for Lake Tanganyika to study the plankton productivity....
peer reviewedAn analysis is presented of the wind-induced thermocline oscillations of Lake Tanganyik...
peer reviewedTen variables were measured at least twice per month at three locations of Lake Tangany...
The fluctuations in Tanganyikan fish catches defy standard fisheries planning, management and develo...
Within the framework of the development of SLIM (Second-generation Louvain-la-Neuve Ice-ocean Model)...
peer reviewedIntraseasonal thermocline oscillations in Lake Tanganyika are analysed using observatio...
The spatial and seasonal variations in phytoplankton concentrations can be pronounced in large trop...
The African great lakes are of utmost importance for the local economy (fishing), as well as being e...
We studied the effects of upwelling on nutrient and phytoplankton dynamics in the pelagic and littor...
Thermal structure, light attenuation, and chlorophyll- a dynamics within the upper 100 m at the nort...
Climate warming over the 20th century has increased the density stratification and stability of Lake...
Lake Kivu is a 485 m deep, Central-East African rift lake with huge amounts of carbon dioxide and me...