This Collection aims to consolidate contemporary research and provide a platform for the latest insights into how hormonal regulation can be leveraged to enhance plant resilience and productivity.

This cross-journal collection aims to advance our ability to rationally design and apply microbiome-based strategies by deepening our mechanistic insight into how plants select beneficial microbiomes and in turn how microbes shape plant health and productivity.

This collection brings together innovative research that dissects plant responses to multistress through biotechnological, molecular, biochemical, and ecophysiological approaches. By integrating high-throughput omics, synthetic biology, advanced imaging, and systems-level modelling, we aim to uncover the underlying regulatory networks and metabolic trade-offs that shape plant adaptation.

This collection invites contributions that span the full spectrum of plant biotechnology—from fundamental molecular discoveries to applied field technologies.