Forest Development in Cold Climates

Front Cover
John Alden, J.Louise Mastrantonio, Soren Ødum
Springer Science & Business Media, Jun 29, 2013 - Science - 570 pages
As forests decline in temperate and tropical climates, highly-developed countries and those striving for greater economic and social benefits are beginning to utilize marginal forests of high-latitude and mountainous regions for resources to satisfy human needs. The benefits of marginal forests range from purely aesthetic to providing resources for producing many goods and services demanded by a growing world population. Increased demands for forest resources and amenities and recent warming of high latitude climates have generated interest in reforestation and afforestation of marginal habitats in cold regions. Afforestation of treeless landscapes improves the environment for human habitation and provides for land use and economic prosperity. Trees are frequently planted in cold climates to rehabilitate denuded sites, for the amenity of homes and villages, and for wind shelter, recreation, agroforestry, and industrial uses. In addition, forests in cold climates reduce the albedo of the earth's surface in winter, and in summer they are small but significant long-lived sinks for atmospheric carbon dioxide. Finally, growth and reproductive success of forests at their geographic limits are sensitive indices of climatic change. As efforts to adapt forests to cold climates increase, however, new afforestation problems arise and old ones intensify. Austral, northern, and altitudinal tree limits are determined by many different factors. Current hypotheses for high-latitude tree limits are based on low growing-season temperatures that inhibit plant development and reproduction.
 

Contents

Socioeconomic Importance of Forests in Iceland
1
Molecular Bases for Adaptation of Coniferous Trees to Cold Climates
15
Growth and Development of Northern Forest Trees as Affected
43
Testing Winter Desiccation Resistance for Species and Provenance Selection
59
Growth of Mountain Birch Betula Pubescens Ehrh in Response
65
Performance of Mountain Birch in Different Environments in Sweden
79
ENVIRONMENTAL LIMITATIONS OF FOREST DEVELOPMENT
86
Physiology of Trees at Treeline
105
Accelerating Adaptation of Trees at Tree Limits by Selective Breeding
299
Selection and Breeding of Scots Pine for Northern Sweden
321
Provenance and Individual Variation in Climatic Hardiness
333
Hybridization among Provenances of Lodgepole Pine
343
Chloroplast DNA Diversity Phylogenetics and Hybridization in Picea
369
Genetic Variation in Early Frost Tolerance of Spruce from
383
History of Tree Planting on the Aleutian Islands
393
Afforestation of Lutz Spruce Sitka Spruce and Norway Spruce
427

Treeline in Relation to Climate with Special Reference to Oceanic Areas
115
Phytogeography
135
Predicting Afforestation Success during Climatic Warming at
167
Climate Change as Seen by Trees and by Climate Modelers
189
Effects of Wind on Boreal Forests
203
LongTerm Biometeorological Monitoring at Two Forest Sites
227
Genetic Diversity of Tree Populations at Their Arctic Limits
241
Potential Species and Provenances for Forest Development in Cold Climates
251
Species and Provenance Choice at Northern Tree Limits in Maritime
262
Seed Collections from North American Trees for Marginal Sites in
277
The Uses of Lignoses in Horticulture in Iceland
293
Development of an Environmental Forest and Arboretum on the Outer Coast
437
Forest Development in Iceland
453
Potential Treeline in the Faroe Islands
463
Forest Trials at High Elevations in Britain
475
A Case Study and Implications for Silviculture
491
The Alpine Timberline of Tibet
511
Forestry in New Zealands Southern High Country
529
Summaries of Working Group Sessions
549
Subject Index
559
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