Journal of Plant Ecology#Growing_seasonWarming (GW) and #Non_growing_seasonWarming (NW) interactively and differently influence reproductive phenology in a semi-arid steppe. GW advanced both #FloweringTime and fruiting time, whereas NW delayed only #FruitingTime.
γπLatest accepted articleγ
Growing and non-growing seasons warming interactively affect plant phenology in semi-arid steppe
#ClimateWarming | #FloweringTime | #FruitingTime | #InteractiveEffects | #TypicalGrassland
#PlantDensity and #NitrogenAvailability influence plant survival and #NutrientUseStrategies. Using #ArabidopsisThaliana, with the combination of four levels of plant density and four levels of N addition, Zheng-Bing Yan et al. explored the #InteractiveEffects of plant density and N availability on the #BiomassProduction and #LeafStoichiometry.
https://doi.org/10.1093/jpe/rtac101
https://doi.org/10.1093/jpe/rtac101
#TriadicaSebifera is widely distributed across China from tropical to temperate regions where soils and herbivore communities vary significantly, Li Xiao et al. explored #InteractiveEffects of #Soils, #LocalEnvironmentalConditions and #Herbivores on #SecondaryChemicals in it.
Details: https://doi.org/10.1093/jpe/rtae062
Details: https://doi.org/10.1093/jpe/rtae062
