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opennotspecifiedOct 2011View details →

FIGURE 1 in Catalogue of the type specimens of Ichneumonidae (Hymenoptera) in the Jacques F. Aubert collection at the Musée de Zoologie, Lausanne, Switzerland

FIGURE 1. Drawers from the three collection parts in which type specimens are stored at the Musée de Zoologie in Lausanne. (A) drawer number 13 (Banchinae) from part A of the Aubert collection. (B) drawer numbers 17 (Ichneumoninae - Phaeogenini) and 18 (Cryptinae - Cryptini) from part B of the Aubert collection. (C) drawer number 4 (Banchinae - genus Lissonota) from part C in the main Hymenoptera collection of the museum.

Figure 3 in Heterochronic evolution explains novel body shape in a Triassic coelacanth from Switzerland

Figure 3. Phylogenetic relationships of Foreyia maxkuhni gen. et sp. nov. and developmental origin of the derived characters. (A) Strict consensus trees of the 259 most parsimonious trees of 317 steps (CI = 0.3817, RI = 0.6766) with some of the uniquely derived characters present in Foreyia maxkuhni on the left, and reconstructions of genera with atypical general morphology. (B and C) Shared features of Ticinepomis peyeri and Foreyia maxkuhni (in orange) not included in the cladistics analysis (see main text for numbers). (D) Reconstruction of a coelacanth embryo with localization of embryonic tissues that give rise the derived skeletal features present in Foreyia. It is hypothesized that changes in the expression of Pax9 may have altered the derived characters shown in blue on the reconstruction (E). All the drawings were made by LC. Abbreviation: Boc, basioccipital; Cla, clavicle; Exo, exoccipital; lat. Meso., lateral mesoderm; neur. cr., neural crest; pect. f., pectoral fin; S (numbered), somite.

Figure 2 in Heterochronic evolution explains novel body shape in a Triassic coelacanth from Switzerland

Figure 2. Osteological details of the new coelacanth Foreyia maxkuhni gen. et sp. nov. (A) Photo and (B) surface CT reconstruction of the skull of the paratype (PIMUZ A/I 4372). (C) Tubercles and denticles in the Holotype (PIMUZ A/I 4620) and (D) in the paratype (PIMUZ A/I 4372). 1, tubercles on the skull roof. 2, large spine-like tubercles on the posterior margin of the otico-occipital shield. 3, denticles on the fin rays of the first dorsal fin. 4, scales with denticles from the ventral margin of the caudal peduncle. 5, scales with denticles from the anal region. 6, scales with denticles from the belly region. 7, toothed coronoid bones. 8, scales with denticles from the flank. 9, supplementary caudal fin lobe with spiny scales. 10, Scales with denticles from the lobe of the anal fin.

Figure 4 in Heterochronic evolution explains novel body shape in a Triassic coelacanth from Switzerland

Figure 4. Reconstruction of the living coelacanth Foreyia maxkuhni gen. et sp. nov. Artwork by Alain Bénéteau.

Figure 1 in Heterochronic evolution explains novel body shape in a Triassic coelacanth from Switzerland

Figure 1. Skeleton of the new coelacanth Foreyia maxkuhni gen. et sp. nov. (A) Photo and (B) outline of the holotype (PIMUZ A/I 4620). (C) Reconstruction of the whole skeleton.

opencc-by-4.0Apr 2024View details →

Crosshole seismic data (travel times) and crosshole GPR data (travel times and amplitudes) of the FE experiment in Mont Terri, Switzerland

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opencc-by-4.0May 2024View details →

Illustrative materials for presentation B1113, European Fuel Cell Forum 2024, Lucerne, Switzerland.

Internal EIS data file (text): 18eis1_700c_cc-6a_180h2o+20h2+500air.eisdf Formal equivalent circuit model file (text): 18_drt20240502085244.eism Equivalent circuit model file (text): 18_eqc20240502090321.eism DRT report: 18_drt20240502085232.xlsx Augmented DRT report: 18aug_drt20240502092610.xlsx Equivalent circuit fit report: 18_eqc20240502090124.xlsx

opencc-by-sa-4.0May 2024View details →

Literature review of 406 academic articles from feminist, queer and masculinity studies (2008-2023 / Spain, Germany, Denmark, UK, Switzerland and Hungary).

Literature review of 406 academic articles from feminist, queer and masculinity studies (2008-2023) / Spain, Germany, Denmark, UK, Switzerland and Hungary This dataset represents the extensive and comprehensive literature review of 406 research articles that were analysed through an in-depth qualitative abductive and iterative classification process. The codification covers a period of fifteen years (2008-2015) in the six countries of interest to UNTWIST (Denmark, Germany, Hungary, Spain, Switzerland, and the United Kingdom), with the purpose of creating a typology of Gender Based Needs (GBNs). Due to the importance of covering the breadth of ‘needs’, the data collection was designed with the goal to reach saturation of areas and dimensions covered in each country context (see detailed explanation below). This means that the data should not be seen as representative in terms of the number of articles on each topic per country but rather as representing the total coverage of topics and approaches in feminist theory over the time. Our codification identifies a set of needs that, while not exhaustive, are considered as indicative of important trends and needs that have emerged during this time across the six countries under investigation. The basis of the Typology relies on insights from gender-focused research, including feminist, queer and masculinity studies. This choice was rooted in the observation that these bodies of literature have a long-standing tradition of analysing policy issues through a ‘gender lens’, thus making visible the role of gender in politics and policy and aiming to understand and explain political and social events, behaviours, and dynamics through a focus on gender. The focus of feminist research on gender as an analytical category helps us to assess how gender factors into political and social needs and demands and to identify ‘gender-based needs’ (GBNs), i.e., those needs and demands that are discussed with specific reference to gender. The theoretical assumption is here that such needs are rooted in (e.g., as the effect of certain configurations of) the social and political structures that have emerged around the social distinctions between woman/female/feminine and man/male/masculine. Based on insights on the invisible and informal nature of gender as political and social force, we further assume that their relationship with gender is often missed by those approaches that do not center a gender lens. This means that we define feminist, queer and masculinity studies as best suited to derive and assess relevant areas and types of GBNs.

opencc-by-4.0Jan 2025View details →

Data from "Population genomic structure of Lemna minor and the cryptic species L. japonica in Switzerland"

SNP data and sample annotation: <ul> <li>sampleTab.csv contains the sample annotation (species and population)</li> <li>L.minor.reference.bcftools.snps.vcf.gz(.tbi) contains SNPs from all samples using the L. minor reference genome (Lm7210)</li> <li>L.japonica.reference.bcftools.snps.vcf.gz(.tbi) contains SNPs from all samples using the L. japonica reference genome (Lj9421)</li> </ul>

opencc-by-4.0Jul 2024View details →

2024 Inventory of Micropaleontological Collections at the Natural History Museum in Basel, Switzerland

This inventory is a snapshot of continuous registry and documentation of the Micropaleontological Collections at the Natural History Museum in Basel (NMB), Switzerland over the period from 2002 through 2024. It comes in form of a "frozen" 7z archive of the homepage at <a href="https://www.micropal-basel.unibas.ch/Colls_NMB/MPCOLNMB.HTML">https://www.micropal-basel.unibas.ch/Colls_NMB/MPCOLNMB.HTML</a> as by 11 July 2024 (final datum). After download and unzipping the inventory expands to 159 MB of hyperlinked html, pdf, word or excel documents. The homepage launches by double clicking on starting file called MPCOLNMB.HTML using a standard web browser (for example Firefox). As maintenance of the above homepage is not secured in future this frozen inventory is intended to aid collection managers and curators at NMB, as well as external visiting scientists to navigate through the status of holdings of micropaleontological collections and related archives at NMB until the above mentioned final datum in times when the NMB will undergo changes due to beforestanding movement into new buildings during the coming years. In many museums change is the constant. This applies also to NMB and its collections and archives on different levels. Curation of museum collections is therefore subject to continuous modification. In the present case, physical storage facilities (rooms, location and type of compactus compartments, cabinets, drawers, shelves, display units, etc) of individual collections are unavoidable but will no longer be updated under www.micropal-basel.unibas.ch. With other words, physical storage locations of collections indicated in the small frame at the top right corner of the front page of the present "frozen inventory" described here reflect the state as by the above mentioned final datum. The same holds true for archival holdings (archive rooms, shelves, storage systems) that are often contextually closely related to individual collections. Also formats of documentation (digital versus analogue, data base systems) are exposed to strong changes because of galoping digitisation efforts. This has strong practical consequences for efficient accessibility of both, collections and archived content related to them, if the physical storage of specimens and storage of important analogue documentation (reports, correspondence, maps or fotos showing sampling locations, field books) occur at different rooms, different buildings, or even multiple repositories of an institution. The preservation and storage of the collection's memory (archives) to specimens is especially important and should be physically as close together as possible because they are contextually related to each other. Often, there exist strong contextual relationships between collections of the same author or between different authors and their teams. Different types of collections (e.g., primary type collections, reference collections to publications, study collections, etc.) or collections from author to author, or sub-collections from the same author, are sometimes intimately linked to autho's or collector's specialist hand libraries, maps archives, image collections, obituaries, or other archival holdings. If collections are physically dislocated, for example due to space problems, which is a common situation in active collections, or during the forthcoming movement of the NMB into a new building in few years, this internal contextual connection is at risk to be lost if there is no detailed record of previous and new storage place. The present register of micropaleontological collections at NMB is by far not complete but represents a mind map of the author at retirement as by the above final datum. In this context the present "frozen inventory" may help to prevent loss of valuable internal memory between collections and archives and so may serve as a resource for "forward curation" and digitisation of collections and related archives during and beyond the transitional phase into NMB's future.

FIGURE 56 in Stoneflies of the genus Zwicknia Murányi, 2014 (Plecoptera: Capniidae) from western Switzerland

FIGURE 56. Distribution of Zwicknia westermanni in Switzerland (Source of basemap: Federal Office of Topography swisstopo)

FIGURE 55 in Stoneflies of the genus Zwicknia Murányi, 2014 (Plecoptera: Capniidae) from western Switzerland

FIGURE 55. Distribution of Zwicknia bifrons in Switzerland (Source of basemap: Federal Office of Topography swisstopo)

FIGURE 54 in Stoneflies of the genus Zwicknia Murányi, 2014 (Plecoptera: Capniidae) from western Switzerland

FIGURE 54. Distribution of Zwicknia ledoarei in Switzerland (Source of basemap: Federal Office of Topography swisstopo)

FIGURE 53 in Stoneflies of the genus Zwicknia Murányi, 2014 (Plecoptera: Capniidae) from western Switzerland

FIGURE 53. The Rosersbach, near Bonfol, in April, with its typical silt-clay deposits and Sundgau gravels. Larvae of Metreletus balcanicus are visible near the center of the picture.

FIGURE 52 in Stoneflies of the genus Zwicknia Murányi, 2014 (Plecoptera: Capniidae) from western Switzerland

FIGURE 52. Shaded digital elevation model (50 m horizontal resolution) showing the present day drainage basin of the Doubs with the Sundgau and Forest of Chaux gravels. AMF Avant-Monts Fault, AMZ Avant-Monts Zone, BG Bresse Graben, BZ Bresse Graben, CH Chailluz Thrust, FB Faisceau Bisontin, FL Faisceau du Lomont, FQ Faisceau de Quingey, LSH La Serre Horst, MP Montbéliard Plateau, URG Upper Rhine Graben. Reprinted with permission from Madritsch et al. 2010, Fig. 4.

FIGURE 50 in Stoneflies of the genus Zwicknia Murányi, 2014 (Plecoptera: Capniidae) from western Switzerland

FIGURE 50. Paleohydrology of the Jura Mountains in Middle Pliocene times (4.2–2.9 Ma). FC = Forest of Chaux; SG = Sundgau (modified from Reiter 2013, Fig. 4.3A).

FIGURE 51 in Stoneflies of the genus Zwicknia Murányi, 2014 (Plecoptera: Capniidae) from western Switzerland

FIGURE 51. Simplified geological map of the region of Bonfol. Sampling stations of Zwicknia westermanni are indicated by arrows. Reprinted with permission from CSD Engineers, Porrentruy, Switzerland.

FIGURE 8 in Stoneflies of the genus Zwicknia Murányi, 2014 (Plecoptera: Capniidae) from western Switzerland

FIGURE 8. Zwicknia bifrons, adult male, main epiproct sclerite and process of tergite 9, lateral view.

FIGURE 12 in Stoneflies of the genus Zwicknia Murányi, 2014 (Plecoptera: Capniidae) from western Switzerland

FIGURE 12. Zwicknia westermanni, adult male, main epiproct sclerite and process of tergite 9, lateral view.

FIGURE 3 in Stoneflies of the genus Zwicknia Murányi, 2014 (Plecoptera: Capniidae) from western Switzerland

FIGURE 3. Zwicknia ledoarei, adult male, main epiproct sclerite and process of tergite 9, lateral view.