【💡Editor's Choice】
The microbe-induced plant volatiles released by individual #PhytolaccaAmericana under heavy metal stress (manganese) induction contribute to the tolerance of neighboring receiver plants to heavy metals.

#VolatileOrganicCompounds | #AbioticStress | #AlertingEffect | #HeavyMetalTolerance | #CSRStrategies

https://doi.org/10.1093/jpe/rtaf065

【🎉Latest accepted article】
Invasive plants exhibit stronger root-shoot ratio plasticity than natives under #AbioticStress: Insights from meta-analysis and experiments

#InvasiveSpecies | #PhenotypicPlasticity | #ResourceAllocation | #DroughtResilience | #HeavyMetalTolerance

https://doi.org/10.1093/jpe/rtaf217

Jieren Jin et al. employed #PhytolaccaAmericana as a study species to investigate whether heavy metal-induced microbe-induced plant volatiles released by the emitter plants contribute to metal tolerance in neighboring receiver plants.

#VolatileOrganicCompounds | #AbioticStress | #AlertingEffect | #HeavyMetalTolerance | #CSRStrategies

https://doi.org/10.1093/jpe/rtaf065

📖 Whether heavy metal-induced #Microbe_inducedPlantVolatiles (MIPVs) released by the emitter plants contribute to metal tolerance in neighboring receiver plants❓

🌳 Study species: #PhytolaccaAmericana

#VolatileOrganicCompounds | #AbioticStress | #AlertingEffect | #HeavyMetalTolerance | #CSRStrategies

https://doi.org/10.1093/jpe/rtaf065