Mycorrhiza Collection

Fly agaric fungi (Amanita muscaria). The mycelium of the fly agaric fungus shares a symbiotic relationship with spruce, forming a mycorrhizal sheath around the roots of the tree

RBG18-1251
A spider orchid, Ophrys saliarisii, in Rhodes. Date: 15-Apr-19

Picture No. 11073870
Long-spurred Orchid Orchis longicornu = Anacamptis morio ssp. longicornu Sardinia, Italy

Branching threads of fungus mycelium in organic soil

Bare-root mycorrhizal fungi treatment C013 / 7276
Application of a mycorrhizal fungi product in the planting of a bare-root hedging plant. These fungi act as a plant stimulator by improving the access to nutrients

Root fungus, light micrograph
Root fungus. Light micrograph of a cross-section through a root containing fungal hyphae called endotrophic mycorrhiza. The hyphae (green and blue)

Japanese sago palm root, light micrograph
Japanese sago palm root. Light micrograph of a transverse section through a root of a Japanese sago palm, (Cycas revoluta)

Fly agaric fungus (Amanita muscaria). The mycelium of the fly agaric fungus shares a symbiotic relationship with the spruce, forming a mycorrhizal sheath around the roots of the tree

Death cap fungi (Amanita phalloides) at the base of a beech tree (Fagus sp. not seen) The mycelium of the death cap fungus shares a symbiotic relationship with the beech

Root of the sago palm, micrograph
Sago palm root. Micrograph of a cross-section of the root of the sago palm (Cycas revoluta) showing the diarch xylem and the presence of fungal endotropic mycorrhiza in the cells

Snowplant - in high Sierra forest
ROG-11926 Snowplant - in high Sierra forest. California, USA Sarcodes sanguinea Bob Gibbons Please note that prints are for personal display purposes only and may not be reproduced in anyway

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"Mycorrhiza: The Hidden Partnership Beneath Our Feet" In the enchanting world of nature, there exists a fascinating symbiotic relationship between plants and fungi known as mycorrhiza. This captivating image, captured through a Scanning Electron Micrograph (SEM), unveils the intricate beauty of this connection. At a magnification of x700, we witness the mesmerizing sight of mycorrhizal fungus entwined within plant roots. These branching threads of fungus mycelium thrive in organic soil, forming an underground network that stretches far and wide. They act as nature's silent architects, constructing bridges for communication and nutrient exchange between plants. This particular photograph showcases the remarkable RBG18-1251 species of mycorrhizal fungi. Its delicate structure resembles an ethereal dance frozen in time—a testament to the wonders hidden beneath our feet. Mycorrhiza plays a vital role in maintaining ecosystem balance by enhancing plant growth and resilience. It acts as an extension to their root system, enabling them to access nutrients beyond their reach while providing protection against pathogens. Amongst these diverse fungal partners lies the infamous Fly agaric fungi—known for its vibrant red cap with white spots—an iconic symbol often associated with fairy tales and folklore. However, it is essential to note that not all fly agaric fungi are beneficial; some can be deadly like Death cap fungi. Even Japanese sago palm roots have embraced this harmonious alliance with mycorrhizal fungus—a testimony to its widespread occurrence across various plant species worldwide. As we delve into this microscopic realm through light micrographs showcasing root fungus treatments or exploring different types such as bare-root mycorrhizal fungi treatment C013/7276—the complexity and importance become evident. Mycorrhiza serves as a reminder that even amidst vast landscapes or humble gardens lie interconnected networks fostering life's resilience.