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Johann Georg Hargasser (1785 – 1824) – sein Leben für die Botanik
Biographical data are presented for Johann Georg Hargasser to commemorate his premature death while hunting rare and unknown plants in the Alps around Berchtesgaden 200 year ago. The data were either previously unknown, inaccessible, not connected to his person or scattered throughout literature. Details and whereabouts of his collections are discussed.ZusammenfassungBiografische Daten zu Johann Georg Hargasser werden hier präsentiert um an seinen vorzeitigen Tod auf der Suche nach seltenen und unbekannten Arten in den Alpen um Berchtesgaden vor zweihundert Jahren zu erinnern. Die Daten waren zuvor entweder unbekannt, unzugänglich, nicht mit seiner Person in Verbindung gebracht oder über die Literatur verteilt. Angaben zu seinen Sammlungen und deren Verbleib werden diskutiert.
Journal Article
Aronia ×prunifolia, Narcissus ×medioluteus, Patrinia scabiosifolia und Thunbergia alata neu für Österreich und weitere floristische Beiträge
Records of 17 remarkable vascular plant taxa are reported including Aronia ×prunifolia, Narcissus ×medioluteus, Patrinia scabiosifolia and Thunbergia alata as new for the flora of Austria .New for the flora of Burgenland are Campanula poscharskyana, Echinacea purpurea, Euphorbia serpens, Geranium sylvaticum, Jacobaea maritima, Lonicera pileata, Oenothera lindheimeri and Tilia tomentosa.New for Upper Austria are Perovskia atriplicifolia and Perovskia ×superba.New for the federal state of Salzburg is Jacobaea maritima.New for Styria are Cotoneaster bullatus, Houttuynia cordata and Sedum pallidum.
Journal Article
Fodor's Vienna & the best of Austria
Provides information on the history, cultural background, accommodations, restaurants, shops, entertainment, and cultural and scenic attractions of Vienna and the surrounding area.
Book
Campingplätze als überraschender Lebensraum für heimische und eingeschleppte Pflanzen – ein erster Bericht über Beobachtungen in Oberösterreich, Salzburg und Südostbayern
From May to June 2025, the author searched 47 campsites and caravan sites in the federal states of Upper Austria, Salzburg and south-east Bavaria for plants. It was found that the vegetation consists of typical grassland species, some of which came from green cover seeding, as well as introduced species. The latter were unintentionally brought in by vehicles, tourists, tents, mats etc. Some new species have been recorded for the area or the federal states, including even occurrences in high abundance where establishment can even be assumed. Although there were differences between the individual campsites in terms of vegetation, one group of plants was found on almost all of them. New records for Upper Austria are Ranunculus muricatus, R. parviflorus and Veronica acinifolia, for the province of Salzburg Alchemilla australis, Ranunculus muricatus, R. parviflorus and Sclerochloa dura, for Bavaria Crassula tillaea, Galium murale, Ranunculus parviflorus, Sabulina mediterranea and Trifolium scabrum. Photos are shown of the more interesting species. A comparison with other publications on campsite plants and the findings to date are discussed with regard to their known distribution. As camping continues to be a strong trend, further introductions are to be expected in the future. This publication is intended to motivate further investigations.
Journal Article
Salzburg Intensive Care database (SICdb): a detailed exploration and comparative analysis with MIMIC-IV
The utilization of artificial intelligence (AI) in healthcare is on the rise, demanding increased accessibility to (public) medical data for benchmarking. The digitization of healthcare in recent years has facilitated medical data scientists’ access to extensive hospital data, fostering AI-based research. A notable addition to this trend is the Salzburg Intensive Care database (SICdb), made publicly available in early 2023. Covering over 27 thousand intensive care admissions at the University Hospital Salzburg from 2013 to 2021, this dataset presents a valuable resource for AI-driven investigations. This article explores the SICdb and conducts a comparative analysis with the widely recognized Medical Information Mart for Intensive Care - version IV (MIMIC-IV) database. The comparison focuses on key aspects, emphasizing the availability and granularity of data provided by the SICdb, particularly vital signs and laboratory measurements. The analysis demonstrates that the SICdb offers more detailed information with higher data availability and temporal resolution for signal data, especially for vital signs, compared to the MIMIC-IV. This is advantageous for longitudinal studies of patients’ health conditions in the intensive care unit. The SICdb provides a valuable resource for medical data scientists and researchers. The database offers comprehensive and diverse healthcare data in a European country, making it well suited for benchmarking and enhancing AI-based healthcare research. The importance of ongoing efforts to expand and make public datasets available for advancing AI applications in the healthcare domain is emphasized by the findings.
Journal Article
Gortdrumite, Cu24Fe2Hg9S23, from Leogang, Salzburg, Austria; crystal structure and revision of the chemical formula
The crystal structure of the mineral gortdrumite, a rare copper-mercury-iron sulfide, was solved using intensity data collected using a crystal from the Neuschurf adit, Leogang, Salzburg, Austria. This study revealed that the structure is triclinic, space group P1, with cell parameters: a = 9.677(4), b = 9.865(5), c = 11.992(5) Å, α = 77.85(4), β = 79.42(3), γ = 76.30(4)°, V = 1076.5(8) Å3 and Z = 1. The refinement led to an R index of 0.0833 for 3335 independent reflections and 143 parameters. Twelve S sites (one with half occupancy) and eighteen metal sites (5 Hg, 12 Cu and 1 Fe) occur in the crystal structure of gortdrumite. Mercury cations link two sulfur atoms in a linear coordination, Cu cations are found in various low-coordination (2, 3 and 4) sites, in agreement with the Cu preference for such environments, and Fe in tetrahedral coordination. Metal-metal interactions are also present and these contacts are discussed in relation with other copper sulfides, intermetallics and pure metals. Electron microprobe analyses of the crystal used for the structural study led to the formula Cu24.83Fe1.73Hg9.09S22.35, on the basis of 58 atoms. On the basis of information gained from the structural and chemical characterization, the crystal-chemical formula was revised to Cu24Fe2Hg9S23 (Z = 1) instead of (Cu,Fe)6Hg2S5 as reported previously.
Journal Article