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Forschergruppe (FOR) 1740: Ein neuer Ansatz für verbesserte Abschätzungen des atlantischen Frischwasserhaushalts und von Frischwassertransporten als Teil des globalen Wasserkreislaufs, Variation of the fresh water in the western Nordic Seas

The goal of this project is to capture and analyse fluctuations of the fresh water in the western Nordic Seas and to understand the related processes. The East Greenland Current in the Nordic Seas constitutes an important conduit for fresh water exiting the Arctic Ocean towards the North Atlantic. The Arctic Ocean receives huge amounts of fresh water by continental runoff and by import from the Pacific Ocean. Within the Arctic Ocean fresh water is concentrated at the surface through sea ice formation. The East Greenland Current carries this fresh water in variable fractions as sea ice and in liquid form; part of it enters the central Nordic Seas, via branching of the current and through eddies. It controls the intensity of deep water formation and dilutes the water masses which result from convection. The last decades showed significant changes of the fresh water yield and distribution in the Nordic Seas and such anomalies were found to circulate through the North Atlantic. In this project the fresh water inventory, its spatial distribution and its pathways between the East Greenland Current and the interior Greenland and Icelandic seas shall be captured by autonomous glider missions. The new measurements and existing data will, in combination with the modeling work of the research group, serve as basis for understanding the causes of the fresh water variability and their consequences for the North Atlantic circulation and deep water formation.

Denkmalliste der Landeshauptstadt Schwerin

Dieser Datensatz enthält die Denkmalliste der Landeshauptstadt Schwerin

Kindertageseinrichtungen Landkreis Lüneburg

Standorte verschiedener Kindertageseinrichtungen im Landkreis Lüneburg

Regeneration de la communication promotionnelle (FRA)

Il s'agit d'une action quotidienne pour ameliorer l'authenticite, la credibilite, de la communication promotionnelle. Par divers exces et diverses manoeuvres, manipulatoires, l'environnement de la communication se degrade petit a petit, prend une tonalite de mefiance, d'incredulite qui agit sur l'ensemble des relations humaines, avec un risque d'engagement dans un cercle vicieux. Notre projet est donc d'offrir une alternative, d'aborder la communication promotionnelle dans un autre etat d'esprit, donc une autre intention. Son degre d'implication dans ces travaux quotidiens depend de nos clients puisqu'il s'agit d'une action permanente dans le concret. Nous avons affaire a l'environnement psychologique et affectif. (FRA)

Schulstandorte im Landkreis Uelzen

Schulen

Schulen im Stadtgebiet der Stadt Göttingen. Dazu zählen Grundschulen und weiterführende Schulen sowie Berufsbildende Schulen von städtischen, kirchlichen und privaten Trägern.

'Naturnahe Umgestaltung des Schulhofes' im Rahmen des laufenden Umweltbildungsprogramms 'Oekologische Umgestaltung von Schulgelaenden'

'Umweltschutz im Tischlerhandwerk'

Dynamic (redox) interfaces in soil - Carbon turnover in microbial biomass and flux into soil organic matter

Existing models of soil organic matter (SOM) formation consider plant material as the main source of SOM. Recent results from nuclear magnetic resonance analyses of SOM and from own incubation studies, however, show that microbial residues also contribute to a large extent to SOM formation. Scanning electron microscopy showed that the soil mineral sur-faces are covered by numerous small patchy fragments (100 - 500 nm) deriving from microbial cell wall residues. We will study the formation and fate of these patchy fragments as continuously produced interfaces in artificial soil systems (quartz, montmorillonite, iron oxides, bacteria and carbon sources). We will quantify the relative contributions of different types of soil organisms to patchy fragment formation and elucidate the effect of redox con-ditions and iron mineralogy on the formation and turnover of patchy fragments. The develop-ment of patchy fragments during pedogenesis will be followed by studying soil samples from a chronosequence in the forefield of the retreating Damma glacier. We will characterize chemical and physical properties of the patchy fragments by nanothermal analysis and microscale condensation experiments in an environmental scanning electron microscope. The results will help understanding the processes at and characteristics of biogeochemical interfaces.

Durchfuehrung der Arbeitstagung: Grenzueberschreitende Zusammenarbeit im Umweltschutz vom 25.08. - 01.09.96

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