This work is part of a study of wet meadows within the project GA CR 526/09/1545. The objective of the project is to determine the importance of newly assimilated carbon for the plat-soil interactions of plants with in wet grassland ecosystems in changing environmental conditions. As part of this project, a wet grassland ecosystem near Hamr situated in the Nežárka river floodplain was assessed in terms of aboveground production. This work includes data from 2010 and 2011. Each year the biomass was sampled two times. At each sampling, 24 samples were collected from plots differing in the intensity of fertilization. The treatments included high intensity of fertilization, low intensity of fertilization and no fertilization. In 2010, the annua...
Understanding how the hydrological regime in relation to sediment type interferes with ecosystem dev...
This MSc thesis is part of the project GACR 526/09/1545 Importance of newly assimilated carbon for t...
Understanding how the hydrological regime in relation to sediment type interferes with ecosystem dev...
Annotation This thesis is part of the project GA CR No 526/09/1546 (?Importace of newly assimilated ...
This Bc. Thesis is part of Project of the Grant Agency of the Czech Republic No. 526/09/1546 entitle...
This thesis is part of the project GA CR No 526/09/1546 (``Importace of newly assimilated carbon to ...
The bachelor thesis is part of the project GA CR 526/09/1545, which explores the relationship betwee...
Increased nutrient input into wet-meadow ecosystems can affect activity of decomposers and carbon cy...
Plant biomass production, soil chemical and microbial parameters, microbial processes of C and N cyc...
Annotation: The thesis was focused on effect of fertilization on greenhouse gas emissions from wetla...
Thesis (Ph. D.)--University of Washington, 1994The effects of nitrogen (N) and phosphorus (P) availa...
Southern Appalachian wetlands have yet to be studied in terms of net primary production (NPP), thus ...
International audience1. Eutrophication increases primary productivity and favours the predominance ...
International audience1. Eutrophication increases primary productivity and favours the predominance ...
International audience1. Eutrophication increases primary productivity and favours the predominance ...
Understanding how the hydrological regime in relation to sediment type interferes with ecosystem dev...
This MSc thesis is part of the project GACR 526/09/1545 Importance of newly assimilated carbon for t...
Understanding how the hydrological regime in relation to sediment type interferes with ecosystem dev...
Annotation This thesis is part of the project GA CR No 526/09/1546 (?Importace of newly assimilated ...
This Bc. Thesis is part of Project of the Grant Agency of the Czech Republic No. 526/09/1546 entitle...
This thesis is part of the project GA CR No 526/09/1546 (``Importace of newly assimilated carbon to ...
The bachelor thesis is part of the project GA CR 526/09/1545, which explores the relationship betwee...
Increased nutrient input into wet-meadow ecosystems can affect activity of decomposers and carbon cy...
Plant biomass production, soil chemical and microbial parameters, microbial processes of C and N cyc...
Annotation: The thesis was focused on effect of fertilization on greenhouse gas emissions from wetla...
Thesis (Ph. D.)--University of Washington, 1994The effects of nitrogen (N) and phosphorus (P) availa...
Southern Appalachian wetlands have yet to be studied in terms of net primary production (NPP), thus ...
International audience1. Eutrophication increases primary productivity and favours the predominance ...
International audience1. Eutrophication increases primary productivity and favours the predominance ...
International audience1. Eutrophication increases primary productivity and favours the predominance ...
Understanding how the hydrological regime in relation to sediment type interferes with ecosystem dev...
This MSc thesis is part of the project GACR 526/09/1545 Importance of newly assimilated carbon for t...
Understanding how the hydrological regime in relation to sediment type interferes with ecosystem dev...