Browsing Fakultät für Biologie und Psychologie (inkl. GAUSS) by Advisor & Referee "Ammer, Christian Prof. Dr."
Now showing items 1-6 of 6
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Community dynamics and trophic niches of soil fauna in Central European forests
(2024-09-06)Global change is altering the state of forest ecosystems, threatening their integrity. A number of studies have reported declines in aboveground arthropod diversity over the last decade and indicated management practices ... -
The phosphorus and nitrogen nutrition of European beech under a future warmer and drier climate: climate chamber experiments and transect studies
(2023-03-13)Productivity of temperate forests may increasingly be limited by phosphorus (P) shortage, as indicated by decreasing P concentrations and increasing nitrogen (N):P ratios in leaves and fine roots and reports on recent ... -
The influence of temperature, nutrient availability and soil depth on root exudation in european beech forests
(2023-03-10)The availability of mineral nutrients (i.e. N, P) in unfertilized soils is often not adequate to meet plant demand, which in turn creates a necessity to fulfil the supply requirements from nutrient release from soil organic ... -
Compositional and functional shifts in belowground fungal communities in tropical land-use systems
(2020-06-23)Tropical low-land rainforests are one of the most diverse ecosystems in the world and provide valuable ecosystem services such as climate change mitigation. They are immensely threatened by expanding human land-use. ... -
Species-specific Effects on the Carbon and Nitrogen Cycle in Temperate Decidous Forest
(2017-02-20)Various studies suggest that the main mechanism of biodiversity effects on ecosystem function is niche complementarity, but it is challenging to assess complementarity among plant species understanding its key mechanisms. ... -
Functional diversity of mycorrhiza in relation to land-use changes and ecosystem functions
(2016-02-19)Managing forest ecosystems has a long tradition in Germany. However, the influence of this intervention on the most important symbiosis partners of the trees, mycorrhizal fungi, is poorly understood. The fungal partner ...