IMAGES TAKEN NEAR TO
Dumbarton Road, GLASGOW, G60 5BB

The building with the scaffolding is a former inn which is being repaired, maybe reopening?

Eastern portal of the short tunnel on the former Lanarkshire & Dunbartonshire Railway line through Bowling. The path leads from the SECC at Glasgow to Loch Lomond. See also Image

Date stone on the eastern portal of the tunnel on the former Lanarkshire & Dunbartonshire Railway line at Bowling. Now part of the National Cycle Network.

Slightly west of Bowling station. Now locked from public use, it once led to the Scott of Bowling shipyard.

The former Lanarkshire and Dunbartonshire Railway line passes through a cutting in the bedrock above Bowling village.

These tough black threads are covering a piece of fallen wood; formerly, this "Honey Fungus" would have been identified as Armillaria mellea, but it is now known that the fungi that look rather like this belong to any of a number of quite distinct species. This particular example was photographed alongside the cycle path between Dumbarton and Bowling, where the path is confined between steep stone walls (the course of an old railway line); the photo was taken not far to the west of the tunnel shown in Image Though we tend to notice the larger structures (mushrooms and brackets), a fungus largely consists of cottonwool-like threads (called hyphae) that spread inconspicuously through the ground, wood, or whatever the fungus is growing on. This photo shows a different kind of structure, rhizomorphs (Honey Fungus is also sometimes known as Bootlace Fungus; the picture shows why this is quite fitting). The rhizomorphs not only allow the fungus to physically spread, but they also serve as supply lines (in the following quotation, "basidiocarps" are mushrooms): "Clumps of basidiocarps of Armillaria mellea, the honey fungus, are common on and around dead tree stumps in the autumn. The stump or the dead trunk and roots are the operational saprotrophic base for the parasite to act. Black, water-proof, root-like rhizomorphs grow out, ten metres or more, from the base until they make contact with the roots or trunk base of another living tree. These rhizomorphs are aggregates of several thousand hyphae. Specialized hyphae within conduct nutrients from the colonized food base to the new victim. These nutrients provide a massive resource to enable the fungus to overcome the physical and chemical barrier of the bark and become established within" [Ingold & Hudson, "The Biology of Fungi", p162-4]. After penetrating the bark of their new victim, the threads spread beneath the bark, eventually merging into a solid black mat that encircles the inner wood of the tree (in places where bark has fallen from a tree, this mat can sometimes be seen); the rhizomorphs then send out hyphae (much smaller threads) to degrade the wood of the tree. Armillaria mellea causes an intensive white rot, and is one of the most dangerous parasites of trees, causing the loss of a great deal of timber.

The properties are set back from the road.