Dewi Fibrianti Shinta, Dewi Rifani Rusiana, Abadi Abdul Latief, Setiawan Adi, Aini Luqman Qurata, Syib'li Muhammad Akhid
Graduate Plant Pathology Study Program, Universitas Brawijaya, Malang, Indonesia.
Department of Plant Pest and Diseases, Universitas Brawijaya, Malang, Indonesia.
Mycobiology. 2025 Jan 16;53(1):18-26. doi: 10.1080/12298093.2024.2433826. eCollection 2025.
Garlic () is an indispensable ingredient for enriching and diversifying Indonesian cuisine taste. Indonesian people always use garlic for their daily dishes and any traditional foods. Due to its widespread culinary use, its availability in the market become critical. The main challenge to consistently growing this garlic is f. sp. , which wilts plants. The application of arbuscular mycorrhiza fungi (AMF) + B1 on local garlic varieties named Lumbu Hijau could effectively control through and experiments. In the test, B1 successfully suppressed the growth of up to 53.41%. The consortium application in the greenhouse reduced disease incidence by up to 39.17%, and the efficacy of this biocontrol reached 84%. In addition, this approach also positively influenced plant growth, such as plant height, total wet shoot and root weight, and also tuber weight. As such, it is essential to use this consortium of microorganisms in field research and carry out a comprehensive investigation to identify any possible phenomena that may arise in the rhizosphere after application.
大蒜()是丰富和多样化印尼菜肴口味不可或缺的食材。印尼人在日常菜肴和任何传统食物中都会使用大蒜。由于其在烹饪中的广泛应用,其在市场上的可得性变得至关重要。持续种植这种大蒜的主要挑战是f. sp.,它会使植物枯萎。丛枝菌根真菌(AMF)+ B1应用于名为Lumbu Hijau的当地大蒜品种上,通过和实验能够有效控制。在测试中,B1成功抑制了的生长,抑制率高达53.41%。在温室中的联合应用使发病率降低了高达39.17%,这种生物防治的效果达到了84%。此外,这种方法还对植物生长产生了积极影响,如株高、地上部和根部总湿重以及块茎重量。因此,在田间研究中使用这种微生物联合体并进行全面调查,以确定施用后根际可能出现的任何现象至关重要。