Mountain Biodiversity

Mountain Biodiversity PDF

Author: Ch. Korner

Publisher: Routledge

Published: 2019-09-18

Total Pages: 451

ISBN-13: 1000699013

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Originally published in 2002, Mountain Biodiversity deals with the biological richness, function and change of mountain environments. The book was birthed from the first global conference on mountain biodiversity and was a contribution to the International Year of Mountains in 2002. The book examines biological diversity as essential for the integrity of mountain ecosystems and argues that this dependency is likely to increase as environmental climates and social conditions change. This book seeks to examine the biological riches of all major mountain ranges, from around the world and using existing knowledge on mountain biodiversity, examines a broad range of research in diversity, including that of plants, animals, human and bacterial diversity. The book also examines climate change and mountain biodiversity as well as land use and conservation.

Tundra-Taiga Biology

Tundra-Taiga Biology PDF

Author: R. M. M. Crawford

Publisher: Oxford University Press

Published: 2013-11

Total Pages: 281

ISBN-13: 0199559406

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This book provides an integrated account of the biological, climatic and anthropological factors that affect the entire circum-polar tundra-taiga biome.

An Altitudinal Study of the Flora of the Inland Mountains of South-East Greenland

An Altitudinal Study of the Flora of the Inland Mountains of South-East Greenland PDF

Author: Geoffrey Halliday

Publisher:

Published: 2019-02

Total Pages: 94

ISBN-13: 9788763545549

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Prior to 1963 virtually all our knowledge of the flora of south-east Greenland had been gained at low altitudes. However, that year saw the first of seventeen European mountaineering expeditions to the region covered in this volume. Their members rarely had any botanical expertise, but the author was able to persuade most to make collections and record the altitude. This resulted in 111 collections from altitudes of up to 2480 m. This, in Schweizerland, is probably the highest altitude for vascular plants in the Arctic. The region was divided into northern and southern halves, 100 species being recorded from the southern area and 86 from the northern. The altitude range in each was divided into three zones, and the proportion of each of eleven biological distribution types (e.g., low Arctic, high Arctic) was determined for each zone. This showed a clear transition from mainly low-Arctic oceanic montane species in the lower zone to widespread Arctic montane species in the higher zone. Graphs are plotted showing the decrease in the number of species with altitude. When extrapolated, they suggest maximum limits of 2250 m in the south and 2400 m in the north. There is a close correlation between number of species and altitude, with the mean decrease being about two species per 100 m. Records of bryophytes and lichens are included as appendices.