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CO2, Temperature, and Trees = Experimental Approaches /

Record Type:	Language materials, printed : Monograph/item
Title/Author:	CO2, Temperature, and Trees/ by Dieter Overdieck.
Reminder of title:	Experimental Approaches /
Author:	Overdieck, Dieter.
Description:	IX, 240 p. 98 illus., 12 illus. in color.online resource. :
Contained By:	Springer Nature eBook
Subject:	Plant ecology. -
Online resource:	https://doi.org/10.1007/978-981-10-1860-2
ISBN:	9789811018602

CO2, Temperature, and Trees = Experimental Approaches /
Overdieck, Dieter.

CO2, Temperature, and TreesExperimental Approaches /[electronic resource] :by Dieter Overdieck. - 1st ed. 2016. - IX, 240 p. 98 illus., 12 illus. in color.online resource. - Ecological Research Monographs,2191-0707. - Ecological Research Monographs,.

1 Introduction -- 2 Research methods -- 3 CO2 net assimilation of leaves -- 4 Respiration in plant compartments -- 5 Water use efficiency and stomatal conductance -- 6 Nonstructural and structural carbohydrates -- 7 Secondary metabolites -- 8 Macro- and micronutrients -- 9 Anatomy -- 10 Growth and mass -- 11 Phenology -- 12 Expanding the outlook to effects on ecosystems -- 13 Modeling responses to [CO2] and temperature -- Subject Index -- Organism Index.

This comprehensive book discusses the ecophysiological features of trees affected by the two most prominent factors of climate change: atmospheric CO2 concentration and temperature. It starts with the introduction of experimental methods at the leaf, branch, the whole-tree, and tree group scales, and in the following chapters elaborates on specific topics including photosynthesis of leaves, respiration of plant organs, water use efficiency, the production of and/or distribution patterns of carbohydrates, secondary metabolites, and nutrients, anatomy of cells and tissues, height and stem-diameter growth, biomass accumulation, leaf phenology and longevity, and model ecosystems (soil-litter-plant enclosures). The current knowledge is neatly summarized, and the author presents valuable data derived from his 30 years of experimental research, some of which is published here for the first time. Using numerous examples the book answers the fundamental questions such as: What are the interactions of elevated CO2 concentration and temperature on tree growth and matter partitioning? How do different tree groups react? Are there any effects on organisms living together with trees? What kinds of models can be used to interpret the results from experiments on trees? This volume is highly recommended for researchers, postdocs, and graduate students in the relevant fields. It is also a valuable resource for undergraduate students, decision-makers in the fields of forest management and environmental protection, and any other scientists who are interested in the effect of global change on ecosystems.

ISBN: 9789811018602

Standard No.: 10.1007/978-981-10-1860-2doiSubjects--Topical Terms:

655434
Plant ecology.

LC Class. No.: QK900-989

Dewey Class. No.: 581.7

CO2, Temperature, and Trees = Experimental Approaches /
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520 $a This comprehensive book discusses the ecophysiological features of trees affected by the two most prominent factors of climate change: atmospheric CO2 concentration and temperature. It starts with the introduction of experimental methods at the leaf, branch, the whole-tree, and tree group scales, and in the following chapters elaborates on specific topics including photosynthesis of leaves, respiration of plant organs, water use efficiency, the production of and/or distribution patterns of carbohydrates, secondary metabolites, and nutrients, anatomy of cells and tissues, height and stem-diameter growth, biomass accumulation, leaf phenology and longevity, and model ecosystems (soil-litter-plant enclosures). The current knowledge is neatly summarized, and the author presents valuable data derived from his 30 years of experimental research, some of which is published here for the first time. Using numerous examples the book answers the fundamental questions such as: What are the interactions of elevated CO2 concentration and temperature on tree growth and matter partitioning? How do different tree groups react? Are there any effects on organisms living together with trees? What kinds of models can be used to interpret the results from experiments on trees? This volume is highly recommended for researchers, postdocs, and graduate students in the relevant fields. It is also a valuable resource for undergraduate students, decision-makers in the fields of forest management and environmental protection, and any other scientists who are interested in the effect of global change on ecosystems.
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