Abstract
Background The simple term “rhizosphere” is well defined and has inspired numerous studies from a broad field of science since the beginning of the 20th century. However, we still know very little about the spatial and temporal heterogeneity of rhizosphere processes. This is mostly because assessing rhizosphere heterogeneity is not a trivial task. One technology for high-resolution and quantitative imaging of rhizosphere processes is called planar optode technology. This technology can create quantitative maps of key rhizosphere parameters non-invasively and has great potential to reveal new insights into this biogeochemical hotspot.
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