EXPLORATION OF INDIGENOUS PLANT GROWTH PROMOTING FUNGI (PGPF) AS BIOLOGICAL CONTROL AGENTS AND BIOFERTILIZER

Asniwita Asniwita, Novalina Novalina, M. Syarif, Andini Vermita Bestari, Bruce Ochieng Obura
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Abstract

This groundbreaking study ventures into uncharted territory to explore the vast potential of Plant Growth Promoting Fungi (PGPF) as multifaceted allies in agricultural sustainability. Departing from traditional paradigms, the research sets out to identify and characterize non-pathogenic fungal isolates with the capacity to serve as potent PGPF agents. Employing a pioneering approach, fungal isolates are meticulously collected from the rhizosphere of plants, heralding a new era of ecological exploration at the microorganism level. Rigorous testing for pathogenicity on soybean seeds unveils a rich reservoir of fungi diversity, with 18 isolates demonstrating remarkable efficacy in enhancing germination rates and promoting vigorous seedling growth. These findings not only underscore the pivotal role of PGPF in bolstering plant health and resilience but also herald a paradigm shift in sustainable agriculture. With the potential to serve as biopesticides for plant protection and biofertilizers for enhancing growth, these PGPF isolates offer a promising avenue for reducing reliance on synthetic inputs and mitigating environmental impacts. Moreover, their integration into integrated disease management strategies holds the promise of synergistic efficacy, paving the way for holistic approaches to agricultural sustainability. This research not only expands the frontiers of knowledge surrounding PGPF but also lays the groundwork for transformative innovations in agroecological practices, ushering in a greener, more resilient future for global agriculture.
探索本地植物生长促进真菌(PGPF)作为生物控制剂和生物肥料的用途
这项开创性研究涉足未知领域,探索植物生长促进真菌(PGPF)作为农业可持续发展多面盟友的巨大潜力。与传统范式不同,这项研究旨在鉴定和描述有能力作为强效 PGPF 制剂的非致病性真菌分离物。该研究采用了一种开创性的方法,从植物根圈中精心采集真菌分离物,开创了微生物生态探索的新纪元。对大豆种子致病性的严格测试揭示了丰富的真菌多样性宝库,其中 18 个分离物在提高发芽率和促进幼苗旺盛生长方面具有显著功效。这些发现不仅强调了 PGPF 在促进植物健康和恢复能力方面的关键作用,而且预示着可持续农业模式的转变。这些 PGPF 分离物有可能用作植物保护的生物农药和促进生长的生物肥料,为减少对合成投入品的依赖和减轻对环境的影响提供了一条大有可为的途径。此外,将它们整合到综合病害管理策略中有望产生协同效应,为农业可持续发展的整体方法铺平道路。这项研究不仅拓展了有关 PGPF 的知识前沿,还为生态农业实践的变革性创新奠定了基础,为全球农业开创了一个更加绿色、更具复原力的未来。
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