The aniseed funnel is a captivating and easily identified fungus, largely due to its remarkable and distinctive aromatic profile. As its common name suggests, the mushroom emits a strong, sweet scent of aniseed or fennel, which acts as a diagnostic feature even before one examines its physical characteristics. The cap is generally funnel-shaped or depressed in the centre, often displaying a soft, attractive blue-green or pale greenish-grey colour, which may fade to a whitish or dull buff hue as the specimen matures or dries out. It typically reaches a diameter of 3 to 10 centimetres. The cap surface is smooth, sometimes slightly moist, and the margin can appear wavy or irregular with age. Beneath the cap, the gills are relatively crowded and run slightly down the stem, mirroring the cap colour in their pale greenish or off-white appearance. The stem is solid, fibrous, and often matches the cap in colour, providing sturdy support for the fruiting body. Ecologically, the aniseed funnel is a saprotrophic species that performs the essential work of breaking down organic matter on the forest floor. It is most frequently encountered in damp, sheltered woodlands, where it colonises deep layers of leaf litter, moss, and decaying woody debris. This fungus thrives in the humid, shaded environments often found under broadleaf or coniferous tree canopies. By processing complex materials like lignin and cellulose, it releases nutrients back into the soil, thereby supporting the growth of surrounding vegetation. Its fruit bodies often appear in small groups or scattered formations during the wetter, cooler months, following rainfall events that stimulate reproductive growth. While the aniseed funnel is often noted for its pleasant fragrance, it is not a primary target for culinary foraging in New Zealand. Although some historic sources suggest its edibility, there is significant potential for confusion with other, less desirable fungi that occupy similar habitats. As an introduced species, it has successfully established itself in many modified environments, including parks, botanical gardens, and forest remnants where exotic tree species are present. Its resilience and ability to colonise diverse organic substrates ensure that it remains a consistent, albeit seasonal, presence in the local mycological landscape. For the naturalist, encountering this fungus is a sensory experience, providing a clear example of how introduced species can leave a distinct, lasting impression on the environment. Observers are encouraged to admire its beauty and scent from a distance, allowing it to continue its role in the natural decomposition cycle without disturbance.