It bleeds. Break the gills of the Beech Milkcap, and a white latex oozes from the wound. This is not sap. It is a defence mechanism, a bitter fluid that deters insects and slugs from feeding on the flesh. The milk turns yellow as it dries, staining the cap and the fingers of those who handle it. It is a small mushroom, rarely exceeding five centimetres in diameter. The cap is convex, often with a depressed centre, and coloured a pale ochre or brownish-yellow. It is dry to the touch, sometimes slightly sticky in wet weather. The gills are white and brittle. They are attached to the stem and spaced widely apart. Break one, and it snaps cleanly, like chalk. This is a characteristic of the family Russulaceae, to which both Russula and Lactarius belong. The stem is white, slender, and hollow. It does not have a ring. It does not have a web. It stands alone, supporting the cap with quiet strength. The flesh is white and firm. It smells faintly of earth, nothing more. This fungus is mycorrhizal. It forms symbiotic relationships with southern beech trees. The hyphae extend into the soil, gathering water and nutrients that the tree cannot reach. In exchange, the tree provides sugars produced by photosynthesis. It is a quiet trade, essential for the health of the forest. Without these fungi, the beech trees would struggle. The soil would be less fertile. The forest would be poorer. Beech Milkcaps are found in damp, mossy areas under beech canopy. They fruit in autumn, often in small clusters. They are not edible. The milk is acrid and peppery, causing severe gastrointestinal distress if consumed. They are best left alone. Their beauty is in their function, not their flavour. Threats are minimal. The species is stable in its preferred habitat. However, it is sensitive to changes in moisture and soil structure. Logging, fire, or heavy grazing can disrupt the delicate mycelial networks beneath the forest floor. Recovery is slow. The fungi wait for the conditions to return. They do not rush. It carries on.