Global fungal conservation gains momentum as systemic neglect of fungi’s ecological role faces scrutiny

Indigenous communities across Africa and beyond have long recognized fungi’s ecological and medicinal roles, integrating them into agricultural and spiritual practices. Western mycology’s recent 'discovery' of fungi’s carbon storage mirrors historical patterns of appropriating Indigenous knowledge while erasing its origins. Systems like agroforestry in West Africa’s Sahel region demonstrate fungi’s role in drought resilience, yet these practices are rarely cited in global conservation strategies.

The neglect of fungi in conservation is rooted in 19th-century colonial botany, which prioritized vascular plants and charismatic animals. African mycologists like Dorothy Wanjiku (Kenya) and Nokuthula Mchunu (South Africa) have spent decades documenting fungal diversity, only to face systemic barriers in funding and publication. The 'Age of Exploration' saw European collectors strip-mine fungal specimens from Africa, yet today’s conservation narratives rarely acknowledge this history.

In Japan, fungi like shiitake are central to forest management and culinary culture, with traditional practices ensuring sustainable harvesting. The Māori concept of 'mauri' (life force) extends to fungi, framing their conservation as a spiritual duty. Cross-cultural comparisons reveal that fungi are often seen as 'bridges' between life and death, yet Western science frames them solely as ecological tools, stripping their cultural significance.

Fungi store an estimated 1,500 gigatons of carbon globally, with mycorrhizal networks playing a critical role in soil carbon sequestration. Recent studies show that industrial agriculture disrupts these networks, reducing soil carbon storage by up to 30%. However, fungal conservation lacks standardized metrics in global biodiversity assessments, leading to underfunding compared to plant or animal conservation.

Artists like South Africa’s Mbali Dhlamini use fungi as metaphors for resilience and interconnectedness in post-colonial narratives. In many cultures, fungi symbolize rebirth and transformation, yet Western conservation art rarely reflects this symbolism. Indigenous art forms, such as beadwork or rock paintings, often depict fungi in sacred contexts, highlighting their role in cultural memory.

Modeling suggests that prioritizing fungal conservation could offset 5-10% of global carbon emissions by 2050 if integrated into agroecological systems. Scenario planning must account for the lag time in fungal recovery, as mycorrhizal networks can take decades to regenerate. The rise of 'mycoremediation'—using fungi to clean polluted soils—offers a low-cost, scalable solution for industrial wastelands.

African women mycologists face double discrimination in a field dominated by Western men, yet their research on edible and medicinal fungi is critical for local food security. Indigenous knowledge holders, such as the San people of Southern Africa, possess unparalleled expertise on fungal ecology but are excluded from global policy forums. The 'mushrooming' interest in fungi risks sidelining these voices unless intentional inclusion mechanisms are implemented.