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Abb. 2. Makroskopische und mikroskopische Darstellungen von einem Mangokern und Mangokernfragmenten. A: Dreidimensionale Darstellung eines Mangokerns in der Gesamtansicht auf Basis einer μ-CT-Messung. B: Detailansicht einer Mangokernschale im axialen Schnitt mit großen Interzellularen (Pfeil). C: Mit Safranin gefärbter (Mikrotom-) Dünnschnitt eines in PG eingebetteten Mangokernschalenfragments mit Interzellularen (Pfeil). D: 3D-RLM Darstellung eines verkohlten Mangokernschalenfragments mit vergrößertem Ausschnitt mit Interzellularen und der charakteristischen Struktur von Mangokernschalen in der Übersicht.
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Seit 2016 werden am Thünen-Institut für Holzforschung routiniert Holzartenidentifizierungen an Holzkohle und Briketts durchgeführt.
Mit Hilfe der anatomischen Untersuchungen kann überprüft werden, ob die Deklarationen auf den Verpackungen der Warenmuster korrekt sind. Zudem können die Herkunftsangaben über die Verbreitungsgebiete der bestimmten Tax...
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Citations
For about a decade, the Thünen Institute of Wood Research has been analyzing wood species in charcoal and briquettes. The anatomical analyses can be used to check whether the species declarations of the product samples are correct. In addition, the origin information on the distribution areas of the specific taxa can be scrutinized (e.g., tropical vs. non-tropical). The investigations make an important contribution to quality assurance for the producers and traders of the products, and also serve to protect consumers. In the context of the studies, it has been observed that more raw and residual materials, such as non-timber forest products (NTFPs), are becoming established on the charcoal substitutes market. Anatomical studies are currently being carried out to characterize the structure of important NTFPs, such as coconut shells, olive or mango kernels, in order to describe them and reliably identify them using 3D-Refelcted-Light- Microscopy (3D-RLM) and nano-CT in practical applications for market analyses
