Wichtiger Hinweis für Kundinnen und Kunden aus den USA
British Wildlife is the leading natural history magazine in the UK, providing essential reading for both enthusiast and professional naturalists and wildlife conservationists. Published eight times a year, British Wildlife bridges the gap between popular writing and scientific literature through a combination of long-form articles, regular columns and reports, book reviews and letters.
Conservation Land Management (CLM) ist ein Mitgliedermagazin und erscheint viermal im Jahr. Das Magazin gilt allgemein als unverzichtbare Lektüre für alle Personen, die sich aktiv für das Landmanagement in Großbritannien einsetzen. CLM enthält Artikel in Langform, Veranstaltungslisten, Buchempfehlungen, neue Produktinformationen und Berichte über Konferenzen und Vorträge.
The aim of the Atlantis book series Advances in Quaternary Science' is to bring together texts in the broad field of Quaternary Science that highlight recent research advances on aspects of glaciation and sea level change, the development and application of Quaternary geochronological methods, records of climate change from marine and terrestrial settings, geomorphology and landscape evolution and regionally-focused reviews of Quaternary environmental change. Advances in Quaternary Science comprises monographs and edited volumes that require extensive illustration and substantial space, and which provide state of the art thematic and regional reviews on Quaternary related topics often focusing on processes and associated responses within the fields of geology, geomorphology, glaciology, geochronology and palaeo-biology. In the last two decades technological developments in dating methods, remote sensing and techniques for the analysis and interpretation of sedimentary and climatic archives have resulted in significant advances of climate and ocean change across a range of time-scales from annual to millennial. Publications in the Atlantis book series Advances in Quaternary Science capture these developments and show how they have increased understanding of Pleistocene to Holocene climate, cryosphere and ocean change across a range of spatial and temporal scales.



