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Typ záznamu * : stať ve sborníku (D)
Domácí pracoviště * : Katedra fyziky (31300)
Název * : Relation between spectral and non-spectral characteristics of radiation incident on the assimilatory apparatus
Citace : Navrátil, M. a Špunda, V. Relation between spectral and non-spectral characteristics of radiation incident on the assimilatory apparatus. In: The 14th FESPB Congress: The 14th FESPB Congress, Book of Abstracts 2004-08-23 Cracow, Poland. Cracow: Polish Academy of Sciences, 2004. Polish Academy of Sciences, 2004. s. 99-100. ISBN 0137-5881.
Podnázev :
Rok * : 2004
Obor * : Biofyzika
Počet stran * : 2
Strana od * : 99
Strana do * : 100
Forma vydání * :
Kód ISBN * : 0137-5881
Kód ISSN :
Název sborníku * : The 14th FESPB Congress, Book of Abstracts
Sborník :
Název nakladatele * : Polish Academy of Sciences
Místo vydání * : Cracow
Stát vydání : Sborník vydaný v zahraničí
Název konference : The 14th FESPB Congress
Místo konání konference * : Cracow, Poland
Datum zahájení konference * :
Typ akce podle státní
příslušnosti účastníků akce * :
Celosvětová akce
Kód UT WoS : 000205415400259
EID :
Klíčová slova anglicky * :
spectral composition; irradiance; diffuse index; solar elevation angle
Popis v původním jazyce * :
The radiation environment is traditionally quantified in terms of radiant energy and irradiance of PAR, but detailed characterization of spectral irradiance or photon flux distributions is missing. Information about changes of PAR spectral composition (and partly also out of this spectral region) during daytime, growing season and within the canopy layer is important both for understanding of differentiation of photosynthetic apparatus in natural environment and for determination of solar energy absorption and conversion efficiency on the level of individual leaves, plants and the whole canopy. Initially, we attempted to find relation between spectral characteristics (represented by the spectral ratios) and non - spectral parameters (represented by irradiance, diffuse index and solar elevation angle) as a tool for prediction of irradiance quality.
Popis v anglickém jazyce * :
The radiation environment is traditionally quantified in terms of radiant energy and irradiance of PAR, but detailed characterization of spectral irradiance or photon flux distributions is missing. Information about changes of PAR spectral composition (and partly also out of this spectral region) during daytime, growing season and within the canopy layer is important both for understanding of differentiation of photosynthetic apparatus in natural environment and for determination of solar energy absorption and conversion efficiency on the level of individual leaves, plants and the whole canopy. Initially, we attempted to find relation between spectral characteristics (represented by the spectral ratios) and non - spectral parameters (represented by irradiance, diffuse index and solar elevation angle) as a tool for prediction of irradiance quality.
Typ zdroje financování výsledku * : Projekty CEP/Záměry CEZ
Seznam projektů :
ID Projektu Název projektu
Seznam ohlasů : 
Ohlas
R01: RIV/61988987:17310/04:00000076

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