Culex Pipiens Collection

Mosquito head
Mosquito. Coloured scanning electron micrograph (SEM) of the head of a male mosquito (Culex pipiens). Its large compound eyes are seen at lower right

European river life, artwork C016 / 3451
European river life. Artwork showing various typical plants and animals that live on a river in southern Europe

European river insects, artwork C016 / 3450
European river insects. Artwork showing various typical insects that live on a river in southern Europe. These include: a mayfly (order Ephemeroptera, centre)

Two pupae of the mosquito Culex pipiens floating just beneath the water surface

Northern house mosquito, SEM
Northern house mosquito. Coloured scanning electron micrograph (SEM) of the northern house mosquito (Culex pipiens). It has large compound eyes (pink) and feathery antennae (upper right) on its head

Culex mosquito male, light micrograph

Mosquito testis infected with bacteria. Coloured transmission electron micrograph (TEM) of a testis from a Culex pipiens mosquito infected with Walbachia sp. bacteria (yellow)

Mosquito ovary infected with bacteria TEM
Mosquito ovary infected with bacteria. Coloured transmission electron micrograph (TEM) of an ovary from a Culex pipiens mosquito infected with Walbachia sp. bacteria (yellow)

Mosquito wing, light micrograph
Mosquito wing. Differential interference contrast micrograph of the scale-like hairs at the edge of northern house mosquitos (Culex pipiens) wing

Gnat, light micrograph
Gnat (Culex pipiens), light micrograph. The gnats body has three major parts: the abdomen, thorax and head. The abdomen is at upper centre

Gnat head, light micrograph
Gnat head. Light micrograph of the head (lower left), antennae (upper left), proboscis (lower right) and other mouthparts of a gnat (Culex pipiens)

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"Culex pipiens: A Fascinating Look into the World of European River Life" In this captivating artwork, titled C016 / 3451, we are presented with a close-up view of the head of a culex pipiens mosquito. This particular species is commonly known as the Northern house mosquito and can be found in various regions across Europe. As we delve deeper into the European river ecosystem, another artwork (C016 / 3450) showcases an array of insects that coexist alongside the culex pipiens. These intricate creatures play vital roles in maintaining balance within their habitat. Moving on to two pupae of the mosquito, we witness their transformation from larvae to adult form. The process is truly remarkable and highlights nature's ability to adapt and evolve. Examining these mosquitoes under different microscopes provides us with unique perspectives. In one image captured using scanning electron microscopy (SEM), we observe the detailed structure of a male culex mosquito's wing. Its delicate veins intricately patterned like fine lacework. Contrasting this, a light micrograph reveals fascinating details about female genitalia—LM allows us to explore aspects often hidden from plain sight. Additionally, another intriguing image displays a testis infected with bacteria—a reminder that even these tiny creatures face challenges in their environment. Further exploration takes us inside a mosquito ovary infected with bacteria through transmission electron microscopy (TEM). This glimpse unveils how infections impact reproductive organs—an area crucial for population dynamics and survival strategies. Returning once again to examine a culex mosquito wing through light microscopy offers yet another perspective on its intricate design—the beauty lies not only in its functionality but also in its aesthetic appeal.