Editorial: Biostimulants for climate-smart and sustainable agriculture

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omics, New Formulation, Microbiome, Sustainability. 19 20In the quest for sustainable and climate-resilient agriculture, a diverse array of innovative 21 strategies has emerged to bolster resilience and productivity, from harnessing biostimulants to 22 unraveling the intricate interplay between plants and their microbiome under environmental stresses. 23The Research Topic "Biostimulants for Climate-Smart and Sustainable Agriculture" presents a 24 collection of pioneering studies in a wide range of areas, including the beneficial effects of 25 biostimulants, new formulations for sustainable agriculture under different climate change-associated 26 abiotic stresses, and the application of biostimulants for plant growth promotion and protection. The 27 compilation of research weaves together a tapestry of data that illuminate novel pathways toward 28 enhancing crop productivity, resilience, and sustainability in the face of changing climatic conditions. 29 Through a synthesis of diverse approaches and findings, this Editorial aims to contextualize the 30 contributions of the included articles and underscore their collective implications for advancing 31 climate-resilient agriculture. 32Several studies within this Research Topic investigate the application of plant growth-33 promoting rhizobacteria (PGPR) to enhance plant growth, performance, and stress tolerance. 34

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