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Titel: Alpine Plant Life
Autor/en: Christian Körner
Autor/en: Christian Körner
Functional Plant Ecology of High Mountain Ecosystems.
2nd ed. 2003.
2nd ed. 2003.
Springer Berlin Heidelberg
14. Juli 2003 - gebunden - 364 Seiten
Generations of plant scientists have been fascinated by alpine plant life - with the exposure of organisms to dramatic climatic gradients over a very short distance. This comprehensive text treats a wide range of topics: alpine climate and soils, plant distribution and the treeline phenomenon, physiological ecology of water-, nutritional- and carbon relations of alpine plants, plant stress and plant development, biomass production, and aspects of human impacts on alpine vegetation. Geographically the book covers all parts of the world including the tropics.This second edition of Alpine Plant Life gives new references, new diagrams, and extensively revised chapters.
1 Plant ecology at high elevations.
The concept of limitation.
A regional and historical account.
The challenge of alpine plant research.
2 The alpine life zone.
Global alpine land area.
Alpine plant diversity.
Origin of alpine floras.
Alpine growth forms.
3 Alpine climate.
Which alpine climate.
Common features of alpine climates.
Regional features of alpine climates.
4 The climate plants experience.
Interactions of relief, wind and sun.
How alpine plants influence their climate.
The geographic variation of alpine climate.
5 Life under snow: protection and limitation.
Temperatures under snow.
Solar radiation under snow.
Gas concentrations under snow.
Plant responses to snowpack.
6 Alpine soils.
Physics of alpine soil formation.
The organic compound.
The interaction of organic and inorganic compounds.
7 Alpine treelines.
About trees and lines.
Current altitudinal positions of climatic treelines.
Intrazonal variations and pantropical plateauing of alpine treelines.
Treelines in the past.
Attempts at a functional explanation of treelines.
A hypothesis for treeline formation.
Growth trends near treelines.
Evidence for sink limitation.
8 Climatic stress.
Survival of low temperature extremes.
Avoidance and tolerance of low temperature extremes.
Heat stress in alpine plants.
Ultraviolet radiation - a stress factor.
9 Water relations.
Ecosystem water balance.
Soil moisture at high altitudes.
Plant water relations - a brief review of principles.
Water relations of alpine plants.
Water relations of special plant types.
10 Mineral nutrition.
The nutrient status of alpine plants.
Nutrient cycling and nutrient budgets.
Responses of vegetation to variable nutrient supply.
11 Uptake and loss of carbon.
Photosynthetic capacity of alpine plants.
Photosynthetic responses to the environment.
Daily carbon gain of leaves.
The seasonal carbon gain of leaves.
C4 and CAM photosynthesis at high altitudes.
Tissue respiration of alpine plants.
Ecosystem carbon balance.
12 Carbon investments.
Lipids and energy content.
Carbon costs of leaves and roots.
Whole plant carbon allocation.
13 Growth dynamics and phenology.
Diurnal leaf extension.
Rates of plant dry matter accumulation.
Functional duration of leaves and roots.
14 Cell division and tissue formation.
Cell size and plant size.
Mitosis and the cell cycle.
From meristem activity to growth control.
15 Plant biomass production.
The structure of alpine plant canopies.
Primary productivity of alpine vegetation.
Plant dry matter pools.
Biomass losses through herbivores.
16 Plant reproduction.
Flowering and pollination.
Seed development and seed size.
Alpine seed banks and natural recruitment.
Alpine plant age.
17 Global change at high elevation.
Alpine land use.
The impact of altered atmospheric chemistry.
Climatic change and alpine ecosystems.
References (with chapter annotation).
Taxonomic index (genera).
Plant life forms.
The alpine life zone.
The human dimension.
Christian Körner was born in 1949 in Salzburg, Austria, got his academic degrees from the University of Innsbruck, and became professor of botany at the University of Basel, Switzerland in 1989. He published over 300 scientific articles on plant-environment interactions and authored and coauthored numerous scientific books, including the leading plant science textbook Strasburger.
"The book may serve not only as an excellent reference source for ecophysiological topics, but also as a source of fresh ideas and inspiration for a much broader readership." (Leos Klimes, Folia Geobotanica, Vol. 41 (4), 2006)
" ... the best modern treatment of "functional ecology" of alpine plants that I have seen. ... this new edition added over 100 new references, new diagrams and revised and extended several chapters. ... an excellent summary and key to the study of plant-habitat relationships. ... should be a compulsory reading for every plant ecologist. In my library it is right next to the Larcher's Physiological Plant Ecology." (Botanical Electronic News)
"This is a fascinating synthesis on plant life at high altitude all around the world. There have been a number of studies on this topic, but the book by C. Körner is not just an addition to an already long list of publications. It attempts a synthesis based on a thorough functional analysis of the processes controlling plant life in these extreme situation, and on a broad overview of many of the mountain areaas around the world. ... It is also a very useful tool for ecophysiologists, because all the questions addressed are carefully analysed under the different relevant view points. ... In brief, this book is a model study for ecologists and ecophysiologists." (Annals of Forest Science)
"Alpine Plant Life proved to be the right book for those who are either advanced gardeners or for those with scientific interests in the alpine ecosystems. This book is divided into 17 chapters beginning with the discussion of "Plant Ecology at High Elevations" and ending with an excellent discussion of "Global Change at High Elevation". ... Several color plates supplement the black and white photographs included throughout the book." (Diana Pederson, BellaOnline's Environment, June, 2004)
"Korner, a renowned alpine ecophysiologist, synthesizes the accumulated knowledge of generations of alpine life scientists in this encyclopedic book. Introduces the alpine plant zone ... . Examines the interation between plant, wind ... . Discusses the physics of alpine soil ... . Reviews the uptake and loss of carbon ... . Analyses plant growth function, cell division ... . Extensively referenced, 218 figures, 4 color plates, and 47 tables. For ecologists and ecology students." (Northeastern Naturalist, Vol. 11(3), 2004)
"This book is the best modern treatment of 'functional ecology' of alpine plants that I have seen. The new edition, in hard copy book, costs less ... . At the same time, this new edition added over ... . This book is an excellent summary and key to the study of plant-habitat relationships. The Alpine Plant Life by Christian Koerner should be a compulsory (sic) reading for every plant ecologist." (Adolf Ceska, Botanical Electronic News, September 2004)
"The second edition has been revised, updated and enlarged. ... very clearly structured presentations of examples, discussions of arguments ... . As a result, the reader is not left alone with a wealth of details; rather, he/she becomes guided ... . In summary, Körner's "Alpine Plant Life" is an overview and manual for the scene, and will be a must for every scientific library. Moreover, it is very useful for the private book shelf for everybody who is engaged in research ... ." (Rainer Lösch, Phytocoenologia, Vol. 34(4), 2004)
"This is a fascinating synthesis on plant life at high altitude all around the world. ... is not just an addition to an already long list of publication. ... It is also a very useful tool for ecophysiologists, because all the questions addressed are carefully analysed under the different relevant view points. ... As such, it is a nice illustration of the way ecophysiological thinking may proceed. The best example ... . In brief, this book is a model study for ecologists and ecophysiologists." (Erwin Dreyer, Annals of Forest Science, Vol. 61(5), 2004)
"... a welcome second edition. ...
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