In France, the European Hamster (Cricetus cricetus) only lives in Alsace and its population is dropping sharply. In 1972, there were 329 Alsatian towns where this animal lived; in 2014, this species is only present with certitude in 17 towns, mainly located in the South-Western area of Strasbourg. A specific action plan targeting protection of the hamster in Alsace, with the 2007-2011 National Action Plan (NAP), was aimed at boosting populations in the three Priority Action Zones, and halting population decline. In spite of progress, the viability threshold in Alsace for the European Hamster still has not been reached. Because of this, a new NAP for the European Hamster was put in place for 2012-2016. The Alister Project is a complementary and innovative approach. ... [Information of the supplier, modified]
In Cooperation with the Institute for Anatomy and Cell Biology, the Library of the University of Heidelberg has digitalized selected anatomical literature and lithographs from the 19th century. This includes textbooks, scripts and drawings which described the teaching and research of this period, and has provided a unique insight into the work and history of the Institute. The oldest textbooks that have been digitalized were written by Jacob Fidelis Ackermann (*1765 †1815). The public was made aware of his presence from the beginning of his tenure in Heidelberg because he attempted, often with little success, to rebut the phrenological theses of Franz Josef Galls (*1758 †1828). Most of the anatomical drawings are lithographs by anatomists who worked in Heidelberg during their scientific career. Many of these very artistic lithographs originated in Heidelberg. Indeed Friedrich Tiedemann (*1781 †1861) dissected innumerable human and zoological cadavers during his tenure in Heidelberg, which he used to write his book “Tabulae Anatomicae”. Unfortunately, the work of Vincent Fohmann (*1794 †1837) concerning the “Saugadersystem”, today known as the lymphatic system, has been for all practical purposes forgotten. He was however well known outside of Germany for his uncomparable detailed mercury injections of specimens. Other authors include the Anatomists Friedrich Arnold (*1803 †1890), Carl Gegenbaur (*1826 †1903), and Alexander Ecker (*1816 †1887). ... [Information of the supplier, modified]
The long-term aim of the project is the compilation of the current knowledge about the presentation, meaning, and function of animals in the literature of medieval Europe in form of an alphabetically ordered encyclopaedia. As a consequence, the encyclopaedia aims to provide: (1) Finding Aid: The encyclopaedia lists relevant text passages where the animal under discussion plays a central role. Furthermore, it refers the reader to already existing encyclopaedic articles and other relevant literature; (2) Research Overview: By summarizing publications on well-studied animals the encyclopaedia compiles, revises and resumes the current research on animals in medieval literature. (3) Pioneering Work: The encyclopaedia serves as a pioneering work with respect to the less studied animals. This will probably be the case for about half the animals of the corpus. (4) Impetus for further research on animals in literature The encyclopaedia combines basic research with innovative approaches. The encyclopaedia thus addresses not only medievalists and literary scholars but also students of other fields of study, such as cultural history, history of art, history of the book, cultural anthropology, etc. The encyclopaedia is designed to give the reader a concise and sound overview of the presentation, meaning and function of animals in medieval literature. ... [Information of the supplier]
avhumboldt.de. Alexander von Humboldt Informationen online. is an online information platform about worldwide activities regarding Humboldt. It is also the succeeding project of Alexander von Humboldt im Netz (www.humboldt-im-netz.de), which has been collecting and commenting information and marterials about the life and achievements of Alexander von Humboldt since 1999. avhumboldt.de. Humboldt Informationen online. wants to be an introduction to this great scientist and erudite, present worldwide activities around Humboldt and bundle them in one location, familiarize more people with „Humboldtian Science“ and serve as a research archive for both a specialized as well as wider audience, provide materials, subject-matters, primary and secondary sources concerning Humboldt, dynamically intertwine the many facets of scholarship on Humboldt, be open for you! – we look forward to your comments and contributions! ... [Information of the supplier]
For a long time breeding Bearded Vultures in captivity seemed almost impossible. Before the first successful reproductions at the Alpenzoo Innsbruck it was only in the twenties that a pair at Sofia Zoo had successfully raised chicks. One of the main problems was the difficulty in distinguishing male and female Bearded Vultures by external features. This hampered the formation of pairs. Because in the case when two males are put together, these behave like a pair, but, obviously, they produce no eggs. Today, by using new techniques, sex determination has become much easier. Within the project, all young Bearded Vultures are raised exclusively by parent birds. Raising by human "foster-parents" would lead to irreversible behavioural deficiencies. Only through the cooperation of zoos from all over Europe did the reintroduction project become possible. In some of these zoos today "grandchildren" of the first Bearded Vulture pairs are already breeding. Currently about 100 Bearded Vultures belong to the breeding stock of the project. The four release sites - situated at a distance of about 200-300 km from each other - are almost all in national parks or nature reserves. Bearded Vultures once occurred at each site. Also today, virtually unchanged natural habitats and extensive cliffs provide optimal conditions for Bearded Vultures. Large populations of chamois, red deer and ibex are a particular feature of the four sites. ... [Information of the supplier]
The Great Region, located between Rhine, Mosel, Sarre and Meuse, has a total area of 65.401 km2. Biogeographically, it is spread over the oceanic and continental zones. The administrative complexity of the Great Region, four countries and five regional entities, offer a challenging opportunity for trans-boundary collaboration in terms of Nature Conservation. Since many years, administrations, scientists and naturalists gather primary biodiversity data that are crucial for science-based decisions making. This website offers a trans-boundary view on species observations related to Birds and Habitats Directive, this project will deliver a more accurate evaluation of Natura2000 network. By linking nature monitoring, scientific research and innovation technology, it exposes publically funded data to a wider public and raises biodiversity loss awareness. Bio-GR makes available data that are shared by several data publishers from the Greater Region. These data are shared according to the Data Usage Agreement, which includes the provision that users of any data accessed through or retrieved via the Bio-GR Portal will always give credit to the original data publishers. ... [Information of the supplier]
Die Generalversammlung der UNO hat 2010 zum Internationalen Jahr der Biodiversität erklärt. Dies ist Gelegenheit zu fragen: Inwiefern ist es uns bisher gelungen, Biodiversität zu bewahren? Wo liegen für die Biodiversität die Herausforderungen der Zukunft? Wo ist unser Handeln nötig? Möchten Sie bereits heute etwas für die Biodiversität tun? Biodiversität ist überall. Ob beim Einkaufen, zu Hause oder unterwegs, unser Handeln hat Folgen für die Biodiversität. www.biodiversitaet2010.ch ist die offizielle Website der Schweiz zum Internationalen Jahr der Biodiversität 2010. ... [Information des Anbieters, verändert]
Switzerland is one of the first countries in the world to monitor its biological diversity. The Federal Office for the environment (FOEN) has launched a programme for this purpose called Biodiversity Monitoring in Switzerland (BDM). In conjunction with the BDM programme, experts contracted by the Federal Government will regularly count animals and plants in numerous predetermined areas in the field. Whereas numerical qualitative objectives are accepted in most areas of environmental protection (emissions thresholds in air pollution control, for example), there are so far no targets for how biodiversity should change. Biodiversity monitoring helps us to define specific targets for nature conservation policy and to establish whether the measures that have been implemented are enabling us to reach these targets. ... [Information of the supplier]
