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The radiation regime and architecture of plant stands
other
Author(s):
Juhan Ross
Publication date
(Print):
1981
Publisher:
Springer Netherlands
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Higher order chromatin architecture
Author and book information
Book
ISBN (Print):
978-94-009-8649-7
ISBN (Electronic):
978-94-009-8647-3
Publication date (Print):
1981
DOI:
10.1007/978-94-009-8647-3
SO-VID:
24f78e94-f96b-44f1-8f60-baaa29ae9f5f
License:
http://www.springer.com/tdm
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Book chapters
pp. 1
Introduction
pp. 9
Role of phytometric investigations in the studies of plant stand architecture and radiation regime
pp. 12
Principal phytometric characteristics of stands
pp. 36
Phytometrical methods
pp. 55
Statistical characteristics of a stand
pp. 66
Spatial distribution of phytoelements in stands
pp. 90
Foliage area orientation in stands
pp. 122
Plant stand architecture, photosynthesis and productivity
pp. 127
Radiation field in a plant stand and the problem of its mathematical modelling
pp. 159
Incident radiation
pp. 175
Optical properties of phytoelements
pp. 188
Penetration of direct solar radiation into a plant stand
pp. 239
Penetration of diffuse sky radiation into plant stand
pp. 253
Scattering of radiation inside plant stands
pp. 282
Total radiation field in plant stands
pp. 312
Semiempirical formulae for total radiation fluxes
pp. 323
Albedo of plant stand
pp. 336
Calculation of long-wave radiation in a stand
pp. 344
Net radiation in plant stands
pp. 355
Conclusion
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