30 research outputs found
Multidisciplinary approach to assess the water self-depuration characteristics of SuquĂa River (CĂłrdoba, Argentina)
Get PDF(Table 1) Seawater parameters and primary production of phytoplankton in the Tugur Bay (Sea of Okhotsk) in July-August 1990
Full text linkSeasonal Dynamics of Microbiological Cycle of Methane in the Water of Littoral Shallow Zones of the Rybinsk Reservoir
Full text linkSeasonal Dynamics of the Processes of Methane Cycle in Bottom Sediments of Lake Pleshcheyevo
Full text linkOrganic Matter Decomposition in Bottom Sediments of the Reservoirs of the Volga and Kama Rivers. Role of Methanogenesis
Full text link(Table 2) Primary elements of productivity in waters of the Tugur Bay (Sea of Okhotsk) in July-August 1990
Full text linkMicrobiological Processes of Methane Transformation and Organic Matter Decomposition in Bottom Sediments of the Reservoirs of the Volga and Kama Rivers
Full text linkDistribution and Microbial Transformation of Methane in Water of some Tributaries of the Rybinsk Reservoir
Full text link
Phytoplankton and bacterial productivity in the Tugur Bay (Sea of Okhotsk) in July-August 1990
Full text linkA study of quantitative characteristics: phytoplankton photosynthesis (Ph), bacterial assimilation of CO2 (BA), total abundance of bacteria (TAB) and organic matter destruction (D) was carried out in waters the Tugur Bay (tidal level fluctuations up to 7 m) in July-August 1990. Calculations were made of integral indices in some parts: Ph -10-630, BA - 8-29, D - 280-1015 and of total primary production (TPP) - 18-652 mg C/(m2 day). According to obtained data and TAB the ecosystem of the Tugur Bay can be regarded as oligotrophic-mesotrophic one. Dependence on spatial and temporal inhomogeneity of primary productional processes on tide-ebb cycles was found. The role of bacterial relations in the ecosystem of the bay was shown. Portion of ?A in TPP varied from 4 to 44% reaching the maximum in desalinated water during the tide-ebb
