Relationship between Forest Ecophysiology and Environment 

<br/><br/><br/>English[eng] 
<br/><br/><label>ISBN: </label>9783040000000 
<br/><br/><label>Subjects--Topical Terms: </label><br/>Leaf δ13C||Leaf δ15N||Growth stage||Environmental factors||Relative importance||nitrogen dioxide||nitrogen metabolism||photorespiration||heat dissipation||excess absorbed light energy||electron transfer||photochemical efficiency||altitude||non-structural carbohydrates||nutrients||ontogeny||Pinus cembra L.||Larix decidua Mill||boreal forest||leaf temperature||photosynthesis||water availability||leaf thermal damage||thermoregulation||endangered||Sonneratia × hainanensis||reproductive system||seed germination||light||temperature||salinity||Cinnamomum migao||autotoxicity||seedling growth||soil substrate||soil enzyme||soil fungi||TreeSonic||MOEd||forest productivity||dendrochronology||recruitment period||Aspromonte National Park||Sessile oak||deciduous forest||carbon sequestration||wood density||allometry||functional traits||climate niches||Malus baccata||MbERF11||cold stress||salt stress||transgenic plant||dendrometer||stem circumference changes||climate response||Mediterranean||Pinus nigra||Pinus pinaster||ontogenetic phases||adaptive strategies||leaf functional traits||light environment||canopy tree species||carbon isotopes||climate change||respiration||discrimination||mixed forest||keeling plot||branch lifespan||shoot lifespan||stem lifespan||branch shedding||shoot shedding||stem shedding||canopy||crown development||tree architecture||light foraging||phenotypic plasticity||shade tolerance||shade acclimation||light acclimation||light regime||sunfleck||leaf thickness||leaf angle||leaf three-dimensional structure||n/a