Unseen allies-Fungi as natural solutions for a cleaner environment

Fungi have many different roles in keeping the environment healthy. These roles aren’t often recognized, but they make fungi key to fixing today’s ecological problems. This review focuses on what fungi can do for environmental monitoring, bioremediation and ecological restoration work. Fungi have a remarkable metabolic versatility and ecological adaptability, which allows them to degrade complex organic contaminants and heavy metals, pharmaceutical waste, and even plastic. Symbiotic and mycorrhizal fungi are helpful for phytoremediation and soil regeneration. We use fungi for biomonitoring tools, fungal biosensors, and hybrid technologies. These technologies pair fungal systems with things like biochar adsorption and AI monitoring. They show even more clearly how fungi help with sustainable environmental care. Fungi have a remarkable ability to solve ecological problems. Their potential is huge, but people mostly ignore them. The reasons include limited molecular reference information, confusion about how to classify them, and problems with public acceptance. These issues are considerable barriers to using them on a large scale. Therefore, we can fix these problems by collecting more fungal species, building DNA reference libraries, and combining different technologies. Environmental chemists, taxonomists, and microbial environmentalists should work together across various fields. This will open up new ways to restore ecosystems and reduce pollution. Above all, seeing fungi as ecological partners we can’t do without is crucial. It helps make new and creative, easy to use on a large scale, flexible, and long-lasting solutions for a cleaner planet.

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Publication Details

Journal
Environmental chemistry and safety
Published
2025-12-01
DOI
https://doi.org/10.26599/ecs.2025.9600020
Primary Topic
Mycorrhizal Fungi and Plant Interactions
Type
article
Field-Weighted Citation Impact
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article

Unseen allies-Fungi as natural solutions for a cleaner environment

Sajeewa S. N. Maharachchikumbura
Environmental chemistry and safety
Mycorrhizal Fungi and Plant Interactions
article

Unseen allies-Fungi as natural solutions for a cleaner environment

Sajeewa S. N. Maharachchikumbura
article en

Abstract

Fungi have many different roles in keeping the environment healthy. These roles aren’t often recognized, but they make fungi key to fixing today’s ecological problems. This review focuses on what fungi can do for environmental monitoring, bioremediation and ecological restoration work. Fungi have a remarkable metabolic versatility and ecological adaptability, which allows them to degrade complex organic contaminants and heavy metals, pharmaceutical waste, and even plastic. Symbiotic and mycorrhizal fungi are helpful for phytoremediation and soil regeneration. We use fungi for biomonitoring tools, fungal biosensors, and hybrid technologies. These technologies pair fungal systems with things like biochar adsorption and AI monitoring. They show even more clearly how fungi help with sustainable environmental care. Fungi have a remarkable ability to solve ecological problems. Their potential is huge, but people mostly ignore them. The reasons include limited molecular reference information, confusion about how to classify them, and problems with public acceptance. These issues are considerable barriers to using them on a large scale. Therefore, we can fix these problems by collecting more fungal species, building DNA reference libraries, and combining different technologies. Environmental chemists, taxonomists, and microbial environmentalists should work together across various fields. This will open up new ways to restore ecosystems and reduce pollution. Above all, seeing fungi as ecological partners we can’t do without is crucial. It helps make new and creative, easy to use on a large scale, flexible, and long-lasting solutions for a cleaner planet.

Environmental chemistry and safetyVol. 1(3)
Uva Wellassa University (LK)
Openalex Percentile: Top 71%
Mycorrhizal Fungi and Plant Interactions
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