The usage of various fungi species has allowed the Avicennia marina to develop more swiftly in Belawan and Pulau Sembilan

Yunasfi, Budi Utomo, Afifuddin Dalimunthe, Anita Zaitunah, Amanatul Fadhilah, Ipanna Enggar Susetya, O K Hasnanda Syahputra, Sri Lestari
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Abstract

Mangroves are a unique ecology that resides in places with salinity, which are inundated at low tide when there is no flooding and at high tide. Mangrove forests that are increasingly damaged cause the quality and quantity to decrease. Using different species of fungi that can accelerate the growth of mangroves is one attempt to increase and get high-quality mangrove seeds. This study aims to shed light on the fungi that can dramatically improve the growth of Avicennia marina seedlings. Mangroves can absorb organic and non-organic materials produced by decomposing microorganisms, which come from leaf litter or other decomposed materials. In this experiment, several fungal species were used, including Aspergillus niger, Aspergillus sp. 2, and Aspergillus sp. 1. The findings demonstrated that the fungus might speed up A. marina seedling growth. The plant's height, diameter, leaf width, and total dry weight were all altered as a result. Based on the study's findings, it can be said that Aspergillus niger provided the best growth for A. marina seedlings
各种真菌的使用使得巴拉望岛和森美兰岛的 Avicennia marina 发展更为迅速。
红树林是一种独特的生态,它栖息在盐度较高的地方,在没有洪水的退潮和涨潮时都会被淹没。日益遭到破坏的红树林会导致质量和数量下降。利用不同种类的真菌加速红树林的生长,是增加和获得优质红树林种子的一种尝试。本研究旨在揭示能显著改善 Avicennia marina 幼苗生长的真菌。红树林可以吸收由微生物分解产生的有机和非有机物质,这些物质来自落叶或其他分解物。本实验使用了多种真菌,包括黑曲霉、曲霉 2 号和曲霉 1 号。研究结果表明,真菌可加快栗树秧苗的生长。植物的高度、直径、叶片宽度和总干重都因此发生了变化。根据这项研究的结果,可以说黑曲霉能使海胆幼苗生长得最好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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