Climatically controlled reproduction drives interannual growth variability in a temperate tree species - Hacket‐Pain, Andrew J.; Ascoli, Davide; Vacchiano, Giorgio; Biondi, Franco; Cavin, Liam; Conedera, Marco; Drobyshev, Igor; Liñán, Isabel Dorado; Friend, Andrew D.; Grabner, Michael; Hartl, Claudia; Kreyling, Juergen; et al. (Ecology letters, 2018)
Keywords: Climate; Climate change; Climate effects; data collection; Dendrochronology; drought; Ecology; Ekologi; Environmental Sciences; European beech; Fagus sylvatica; Forest ecosystems; forest growth; Forest Science; growth retardation; Letter; Letters; Life Sciences; masting; path analysis; Plant species; Reproduction; Reproduction (biology); Reproductive effort; SEM; Skogsvetenskap; Species; stem elongation; Structural equation modeling; structural equation modelling; summer; temperature; Terrestrial ecosystems; trade‐off; tree growth; trees; path analysis; forest growth; drought; masting; European beech; trade-off; SEM; structural equation modelling; Dendrochronology; Fagus sylvatica; structural equationmodelling