Blättern Naturwissenschaften, Mathematik und Informatik nach Betreuer & Gutachter "Carminati, Andrea Prof. Dr."
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The effect of the mycorrhizal type on root-rhizosphere interactions in AM and ECM tree species: field studies and mesocosm experiments
(2019-02-20)Based on the two main types of mycorrhizal associations in temperate forests, which are arbuscular (AM) and ectomycorrhiza (ECM), the idea of a mycorrhizal-associated nutrient economy framework developed (Phillips et al., ... -
Rhizosphere engineering Improving plant tolerance to drought by modifying the physical and biological properties of the rhizosphere
(2018-10-23)Among various biotic and abiotic stresses, drought is one of the most limiting factors compromising plant growth and crop productivity. Mobility and availability of nutrients are controlling factors for plant growth and ... -
Land-use Control on Abiotic and Biotic Mechanisms of P Mobilization
(2017-10-13)Phosphorus (P) is the most limiting nutrient for plant growth and productivity in many regions worldwide especially in the tropics. Aside intrinsic low P availability controlled by physicochemical and biological reactions, ... -
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. ... -
Crop residue decomposition and stabilization in soil organic matter
(2017-02-10)Cropland soils may be sources or sinks for atmospheric CO2. In general, it is assumed that C input into the soil and soil organic matter (SOM) levels are linearly related. This gives rise to environmental concerns regarding ... -
Root exudation pattern of sugar beet (Beta vulgaris L.) as influenced by light intensity and P deficiency
(2016-07-28)Sugar beet is known as a P uptake efficient plant species due to its ability for increasing P availability in soil. This is done by changing rhizosphere chemistry through exudation of e.g. citric, malic, oxalic, citramalic ... -
Quantitative imaging of water flow in soil and roots using neutron radiography and deuterated water
(2013-10-07)Where and how fast do roots take up water? Despite its importance in plant and soil sciences, there is limited experimental information on the location of water uptake along the roots of transpiring plants growing in soil. ...