Zotti Maurizio
Department of Agricultural Sciences, University of Naples Federico II, Via Università, 100, 80055 Portici, Italy.
J Fungi (Basel). 2024 Apr 9;10(4):275. doi: 10.3390/jof10040275.
The checklist serves as an informative method for evaluating the diversity, geography, and ecology of established and reproducing macrofungi. Additionally, considering macrofungi as bioindicator species, their census should be incorporated into efforts to monitor the state of health of ecosystems and directly applied to conservation policies. Between 2019 and 2023, a census of macrofungal species was conducted in Taburno-Camposauro Regional Park (Campania, Italy) across nine distinct habitats. A total of 453 fungal taxa were identified, including several new records for the Campania region. The fungal diversity exhibited significant variations based on the dominant plant species in each habitat. Fagacean tree species and spp. shared similar fungal communities. Equally, coniferous tree species displayed a comparable fungal composition. In and mixed broad-leaved forests, low levels of ectomycorrhizal taxa were observed alongside a concurrent increase in saprotrophs, indicating a disturbed habitat and a reduction in the Gadgil effect. Notably, lower fungal diversity was documented in the grassland habitat, suggesting the potential implications of wildlife imbalance and excessive grazing. The provided checklist constitutes a valuable resource for local management authorities, providing insights to formulate specific management policies.
该清单是评估已建立和繁殖的大型真菌的多样性、地理分布和生态的一种信息丰富的方法。此外,将大型真菌视为生物指示物种,其普查应纳入监测生态系统健康状况的工作中,并直接应用于保护政策。2019年至2023年期间,在意大利坎帕尼亚的塔布尔诺-坎波萨罗地区公园的九个不同栖息地对大型真菌物种进行了普查。共鉴定出453个真菌分类群,包括坎帕尼亚地区的几个新记录。真菌多样性因每个栖息地的优势植物物种而呈现出显著差异。壳斗科树种和 属物种具有相似的真菌群落。同样,针叶树种也表现出类似的真菌组成。在 和混交阔叶林中,观察到外生菌根分类群水平较低,同时腐生菌数量增加,这表明栖息地受到干扰,加吉尔效应减弱。值得注意的是,草原栖息地的真菌多样性较低,这表明野生动物失衡和过度放牧可能产生的影响。所提供的清单是当地管理当局的宝贵资源,为制定具体管理政策提供了见解。