Journal of Plant EcologyThe joint action mode of the allometric partitioning theory (APT) and #OptimalPartitioningTheory (OPT) in #BiomassAllocation of #Artemisia plants: APT provides a baseline for allocation, while OPT makes adaptive adjustments based on this baseline.
Guillermo Uceda-Gómez et al. explored how the identity and activity of #FloralVisitorsChange along an #ElevationalGradient in the #MontaneGrasslands of Mount Cameroon (Hypericum revolutum).
【🎉Latest accepted article】
Confronting Allometric and #OptimalPartitioningTheories in #BiomassAllocation: Evidence from #Artemisia Species along an #ElevationalGradient in Southwest of China
#FungalCommunities related to invasive plants may change with an #ElevationalGradient, which may affect the performance and invasiveness of #InvasivePlants. Rui-Ling Liu et al. found that #Rhizosphere and #Root fungal community of the invasive plant #GalinsogaQuadriradiata changes along its elevational expansion route.
https://doi.org/10.1093/jpe/rtac055
https://doi.org/10.1093/jpe/rtac055
Abhishek KumarExcited to share our new #research #preprint on Determinants of Plant Species Richness along Elevational Gradients
Check it out ResearchSquare 👇
https://researchsquare.com/article/rs-3352045/latest
Access the #Reproducible draft with all data and #RStats code 👇
https://github.com/kumar-a/richness-determinants
Any comments, #feedback, or suggestions are welcome!
#SpeciesRichness #ElevationalGradient #PlantEcology #Himalayas #ResearchPreprint #FeedbackWelcome
Determinants of Plant Species Richness Along Elevational Gradients: Insights with Climate, Energy and Water-Energy Dynamics
Understanding the patterns and processes of species distributions has long remained a central focus of biogeographical and ecological research. While the evidence for elevational patterns in species richness is widespread, our understanding of underlying causes and mechanisms remained limited....