Results 201 to 210 of about 16,464 (244)
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Plant Structure and Ecophysiology
2011Rubber is synthesized in over 7500 plant species, confined to 300 genera of seven families: Euphorbiaceae, Apocynaceae, Asclepiadaceae, Asteraceae, Moraceae, Papaveraceae and Sapotaceae (Backhaus 1985; Lewinsohn 1991; Cornish et al. 1993) (see Chap. 1 for other sources of rubber). Of late, scientists have started exploring the possibility of generating
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1987
A Cuticle, Temperature and Respiration.- I Chelicerate Cuticle Structure.- II Coloration and Chromes.- III Thermal and Water Relations.- IV Behavioural Temperature Regulation.- V Behavioural and Physiological Adaptations to Cold.- VI Respiratory System: Structure and Function.- VII Heart Rate and Physiological Ecology.- VIII Moulting Hormones.- B ...
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A Cuticle, Temperature and Respiration.- I Chelicerate Cuticle Structure.- II Coloration and Chromes.- III Thermal and Water Relations.- IV Behavioural Temperature Regulation.- V Behavioural and Physiological Adaptations to Cold.- VI Respiratory System: Structure and Function.- VII Heart Rate and Physiological Ecology.- VIII Moulting Hormones.- B ...
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Digging deeper: what the critical zone perspective adds to the study of plant ecophysiology
New Phytologist, 2020Todd E Dawson +2 more
exaly
2014
Ekofiziologija bilja proučava interakciju između biljaka i njihovog okoliša povezujući biljnu fiziologiju s ekologijom. Stupanj prilagodljivosti pojedinih biljnih vrsta na uvjete okoliša promjenom morfoloških svojstava i fizioloških mehanizama, utječe na opstanak i rast biljaka, njihovu produktivnost i međusobne odnose kao što su kompeticija ...
Đurđević, Boris +2 more
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Ekofiziologija bilja proučava interakciju između biljaka i njihovog okoliša povezujući biljnu fiziologiju s ekologijom. Stupanj prilagodljivosti pojedinih biljnih vrsta na uvjete okoliša promjenom morfoloških svojstava i fizioloških mehanizama, utječe na opstanak i rast biljaka, njihovu produktivnost i međusobne odnose kao što su kompeticija ...
Đurđević, Boris +2 more
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Ecophysiology of algae – a tribute to Mario Giordano (1964–2019)
Phycologia, 2021Alessandra Norici
exaly
Israel journal of medical sciences, 1976
Among bovids, antelopes, rodents and marsupials--in fact, probably in most animals--the rates of energy and water turnover are linked to salt tolerance, renal concentration and protein synthesis rates. Evolution in wet areas is associated with high turnover rates and low salt tolerance, while desert derivation goes with low rate functions and high salt
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Among bovids, antelopes, rodents and marsupials--in fact, probably in most animals--the rates of energy and water turnover are linked to salt tolerance, renal concentration and protein synthesis rates. Evolution in wet areas is associated with high turnover rates and low salt tolerance, while desert derivation goes with low rate functions and high salt
openaire +1 more source