Fungicide Collection

Biggs sheep-dipping apparatus 1851
Thomas Bigg, Leicester House, Great Dover Street, Southwark, inventor and manufacturer of improved apparatus for sheep-dipping, using five men is capable of dipping 500 sheep per day. Date: 1851

Plunge dipping sheep in New Zealand. Sheep dipping is the immersion of the animals in water containing insecticides and fungicide. From a contemporary print, c.1935

Sheep Dipping at Robertsbridge - August 1938
Sheep in holding pens awaiting their turn to enter the dip George Garland Collection West Sussex Record Office Ref. No. Garland N17244

Spray deposit on the leaves of red climbing roses in a garden on the Bay of Naples, Italy

Dried deposit of sprayed fungicide on bunches of fruit and on the leaves of a grapevine

Dried deposit of sprayed fungicide on the leaves of a grapevine with maturing fruit

Noble rot or grey mould, Botrytis cinerea, on maturing grapes on the vine with evidence of a fungicidal spay deposit such as Bordeaux mixture on the leaves

Young man using paintbrush to dust tulip bulbs with fungicide

Dividing peonies, dusting divided sections of crown with fungicide, to discourage infection and rot, close-up

Dusting cut surface of bamboo rhizome in fungicidal powder, close-up

Pesticide contamination, SEM
Pesticide food contamination. Coloured scanning electron micrograph (SEM) of a single crystal of a fungicide on a broad bean plants leaf

Spraying against ash dieback disease
MODEL RELEASED. Spraying against ash dieback disease. Researcher using a hot fogger to spray a fine mist of fungicide over an ash tree during a field trial

Pentachlorophenol fungicide molecule
Pentachlorophenol pesticide, molecular model. Pentachlorophenol is a synthetic chemical that was broadly used as a preservative for wood and as a pesticide

Fungicide quintozene molecule
Quintozene. Computer model of a molecule of the fungicide quintozene (pentachloronitrobenzene, formula: C6Cl5NO2). The atoms are colour-coded: carbon (blue), chlorine (green)

Sheep dipping on a British farm, done to protect the sheep from parasites

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"Fungicide: Protecting Crops, Gardens, and Livestock from Fungal Menace" Since its inception in 1851 with the Biggs sheep-dipping apparatus, fungicides have played a crucial role in safeguarding various aspects of our lives. Plunge dipping sheep in New Zealand became a common practice to combat pests and diseases by immersing them in water infused with insecticides and fungicides. In August 1938, at Robertsbridge, farmers diligently engaged in sheep dipping to shield their flocks from potential harm. This age-old technique ensured that these valuable animals were protected against harmful fungi and insects. Moving beyond livestock protection, fungicides found their way into gardens worldwide. In Italy's picturesque Bay of Naples, red climbing roses stood tall as spray deposits delicately settled on their leaves. The application helped maintain the health and beauty of these vibrant blooms. The efficacy of fungicides extended even further into agriculture. Bunches of fruit hanging from grapevines showcased dried deposits left behind after being sprayed with protective agents. These measures prevented fungal infections that could jeopardize both vine health and crop quality. Botrytis cinerea or noble rot posed a constant threat to maturing grapes on vines; however, evidence of a fungicidal spray deposit provided relief for growers combating this notorious grey mold. The use of effective fungicides proved instrumental in preserving the integrity and flavor profile of these prized fruits. Beyond traditional methods like immersion or spraying, innovative approaches emerged over time. A young man meticulously dusted tulip bulbs with a paintbrush coated in potent fungicide—a testament to the evolving techniques employed for disease prevention. Even during plant propagation processes such as dividing peonies or cutting bamboo rhizomes, precautions were taken against infection and rot through close-up applications of specialized powders containing powerful antifungal properties. However beneficial they may be when used correctly, it is essential to acknowledge the potential risks associated with pesticide contamination.