Our paper describes the development of research information-based workflows in the Friedrich-Alexander Universität Erlangen-Nürnberg (FAU). We present a data integration platform connecting the ...university's CRIS and library IT systems. Our plan is to create and improve intra-university workflows for secondary publication of open access papers, and also to avoid duplicate work for the university's authors. We address the challenge of multiple start points within the system, meaning publications can be entered either on the CRIS side or in the library IT system.
Zur Überlieferung der ‚Heidin II Gudrun Felder
Maniculae: Beiträge zur Überlieferungsforschung mittelalterlicher Texte,
09/2021, Letnik:
2
Journal Article
Echeveria
‘Perle von Nürnberg’ is a popular ornamental potted plant. In 2017–2018, stem rot lesions caused by
Fusarium
spp. were repeatedly observed on
Echeveria
‘Perle von Nürnberg’ in Zhangzhou, ...Fujian Province, China. In this study, samples were collected to isolate the pathogen. After morphological observations, molecular identification, and pathogenicity measurements, the pathogen was confirmed as
Fusarium oxysporum
. Green fluorescent protein was used to label
F. oxysporum
to observe the pathogenic process in the host plant. Two to three days after inoculation, the pathogen conidia adhered to the surface of the host stem and germinated into hyphae. The hyphae invaded the host cortex through wounds on the plant or the stem-leaf junction. The host stem produced greyish-brown circular or irregular lesions. Five days after inoculation, the expanded hyphae invaded the vascular cylinder and proliferated. The lesions on the host stem became larger and the neighboring leaves gradually fell off. Seven days after inoculation, the thalli continued to proliferate in the host, the hyphae continued to expand, and the host pith was damaged. The lesions on the stem continued to expand; the stems and branches became withered and lodged, and numerous leaves fell off. Given the rapid infection of
F. oxysporum
in
Echeveria
‘Perle von Nürnberg’ plants, necessary prevention and control measures should be employed prior to infection. In summary, this study demonstrated that the pathogen responsible for stem rot disease in
Echeveria
‘Perle von Nürnberg’ is
F. oxysporum
and further revealed the invasion modes and pathways of
F. oxysporum
in this plant, providing an empirical basis for the diagnosis and treatment of this stem rot pathogen.
The use of table decorations in the form of ship models, known as nefs, became a way of demonstrating prestige among the elite merchant class of the fifteenth and sixteenth centuries. One of the most ...impressive and important of these centrepieces is the so-called Schlüsselfeld model made in 1503 for Wilhelm Schlüsselfeld (1483-1549), head of a large trading family in Nürnberg and now in the collection of the Germanisches Nationalmuseum in Nürnberg. This extraordinary engraved and partially gilt silver model is a complex historical source that tells us much about the socio-cultural context of the trading elite and their tools of business. This article investigates the model, along with archive and archaeological evidence, and concludes that, although not an accurate scale model, it provides a tangible and realistic picture of the art of shipbuilding and seafaring on the eve of the early modern period.
Zhangzhou in Fujian province is the primary habitat for the succulent plant
Echeveria
‘Perle von Nürnberg’ (Crassulaceae), which has seriously suffered from anthracnose disease in recent years. ...Plants with typical disease symptoms were collected from three planting bases in Zhangzhou, and pathogens were isolated for further identification. The pathogen was identified as
Colletotrichum destructivum
by morphological observation, rDNA-ITS, Actin, and TUB2 gene sequence analysis, and pathogenicity identification. This is the first ever report of anthracnose caused by
C. destructivum
on
Echeveria
‘Perle von Nürnberg.’
PDF
