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Relevancy: 100%
Development of integrated plant protection methods in forests (Project)
Optimizing and specification of forest protection techniques aimed at reducing the application of synthetic substances
Funding period: 2001 - 2008
Relevancy: 100%
SFB/TRR 38: Project B3 Phase 1: Influence of different pioneering plants on microbial food web development in soil during initial states of ecosystem development (Project)
Food webs determine the functionality and stability of young ecosystems, since an efficient budget of nutrients in carbon and nitrogen limited ecosystems is the basis for the initiation and stabilisation of ecosystem processes. Therefore understanding the temporal dynamics of initial processes in the degrader’s food webs is of superior importance. The focus of this subproject is relating...
Funding period: 2007 - 2010
Relevancy: 100%
Research on the biology of fungal diseases of trees (e.g. decay dynamics) (Project)
Estimation of the impact of fungal diseases on tree health and mechanical stability
Funding period: 2001 - 2008
Relevancy: 100%
Filtration of recirculation water in nurseries for the non-chemical control of Phytopthora sp. in recirculation water (Project)
Introduction of different filtration systems in nurseries and examination of their applicability to control Phytophthora sp. under practical conditions
Funding period: 2006 - 2007
Relevancy: 100%
SFB/TRR 38: Project B4 Phase 2: Formation and importance of functional redundancy for microbial nitrogene transformation during initial states of ecosystem development (Project)
Nitrogen is an important factor for the functionality and development of biotic communities in terrestrial ecosystems. Especially in young ecosystems nitrogen is a limiting factor. Thus optimal nitrogen turnover, including an efficient mineralization of organic nitrogen compounds and low denitrification rates are important for a sustainable development of vegetation. Furthermore dinitrogen...
Funding period: 2007 - 2010
Relevancy: 100%
SFB/TRR 38: Project B5 Phase 2: C transformation and C accumulation during initial stream succession (Project)
Stream ecosystem succession in a sandy virgin landscape is characterized by three distinct stages: an open landscape, a macrophyte-dominated stage and a woodland stage. Benthic biofilms, macrophytes and dead wood are posited to act as key physical structures that strongly influence in-stream processes during stream succession. In addition, biofilms, macrophytes and woody vegetation are sources of...
Funding period: 2007 - 2010
Relevancy: 100%
SFB/TRR 38: Project C1 Phase 1: Determination and modelling of water and matter balance in the artifically created catchment area „Huehnerwasser“ (Project)
In hydrology, hypotheses and concepts for the analysis of hydrologic processes, in particular of water and matter fluxes at the catchment scale, are usually based on field observations in natural water catchment areas. The obtained observation results are more or less detailed but always point information only. By the application of modelling and parameter identification, the findings shall be...
Funding period: 2007 - 2010
Relevancy: 100%
SFB/TRR 38: Project C2 Phase 1: A priori predictions in small catchment hydrology (Project)
Purpose: Internally, this project module is the platform for the transfer of system understanding within the hydrology sector (C-projects) and the entire SFB program. Externally, it is the link to the international community of catchment- and eco-hydrology. Focus: The main focus is on understanding the dominant ecosystem processes as a prerequisite for predicting discharge and, at a later stage,...
Funding period: 2007 - 2010
Relevancy: 100%
SFB/TRR 38: Project C3 Phase 2: Registration and modeling of surface structures as determinants and results of the primary succession of an ecosystem (Project)
keine Angaben
Funding period: 2007 - 2010
Relevancy: 100%
SFB/TRR 38: Project C4 Phase 1: Hydrological surface processes during the development of an artificial catchment (Project)
This project aims at an improved understanding of the influence of orientated surface structures (such as erosion gullies caused by runoff) on soil moisture measurements using microwave radiometry. To develop a radiometer-based method for quantifying the gradual formation of dominant near-surface flow patterns on sandy soils is one of the main goals of this project. The naturally emitted...
Funding period: 2007 - 2010
