Photographer
Anna Atkins
Anna Atkins (1799–1871) was an English botanist, illustrator, and photographic pioneer, widely regarded as the first person to publish a book illustrated with photographic images. Raised by her scientist father, John George Children, she received an unusually scientific education for a woman of her era and became a skilled natural history illustrator in her youth. Her early drawings of shells were published in the English translation of Lamarck’s Genera of Shells, foreshadowing her lifelong devotion to botanical study.
Atkins became an important figure in the early history of photography through her pioneering use of the cyanotype process, invented by Sir John Herschel in 1842. Rather than using a camera, she created photograms by placing algae, ferns, and other botanical specimens directly onto sensitized paper, producing striking white silhouettes against rich Prussian‑blue backgrounds. Beginning in 1843, she issued her landmark work “Photographs of British Algae: Cyanotype Impressions,” widely recognized as the first book ever illustrated with photographic images. She later collaborated with her close friend Anne Dixon on additional volumes, including “Cyanotypes of British and Foreign Flowering Plants and Ferns.”
Her photographic publications combined scientific accuracy with visual elegance, demonstrating early on the potential for photography to serve both scientific documentation and aesthetic expression. Atkins produced hundreds of cyanotypes over the course of a decade, creating one of the earliest and most sustained bodies of photographic work by any practitioner. Today her works are held in major museum collections worldwide and she is celebrated as one of photography’s foundational innovators, bridging botany, chemistry, and visual art at a transformative moment in scientific and artistic history.
English Wikipedia’s article is the standard orientation biography for Atkins (1799–1871), covering her Kent birth, her unusually scientific upbringing under her father, the chemist and zoologist John George Children, her marriage to John Pelly Atkins, and her earlier career as a botanical illustrator. It then traces her adoption of John Herschel’s 1842 cyanotype process, her hand-issued Photographs of British Algae: Cyanotype Impressions from 1843, her later work with Anne Dixon, and the institutional holdings that secured her posthumous reputation. It is the most complete single starting point for verified dates and titles.
Britannica’s entry presents Atkins as an English botanist and photographer who is remembered for the first book illustrated with photographs. It records her origins as the daughter of the scientist John George Children and notes that her botanical interests and drafting skills led directly to photographic work once the cyanotype became available. The entry emphasises that she applied the process to the systematic documentation of algae rather than to pictorial subjects, and that her privately printed volumes, produced from the mid-1840s onward, distributed her images to a small readership of scientists and collectors.
This editorial feature from The Public Domain Review presents selections of Atkins’s algae cyanotypes and explains why her hand-made books are treated as a founding moment in photographic publishing. It describes how she placed dried specimens directly on sensitised paper and exposed them to sunlight, producing white silhouettes on Prussian blue without a camera, and how she transcribed the Latin nomenclature by hand for each plate. The essay situates her practice within early photographic experimentation and within the community of scientists, including John Herschel, that promoted the new medium.
Selected Works & Key Projects
A source-backed introduction to individual photographs and significant bodies of work.
Key projects
Project · 1843–1853
Photographs of British Algae: Cyanotype Impressions
Issued in fascicles from 1843, this cyanotype publication is identified by The Metropolitan Museum of Art as the first book to be photographically printed and illustrated. Atkins made its plates by laying wet algae on sensitized paper and exposing them to sunlight, while writing the labels herself according to William Harvey’s nomenclature. Its importance lies at the project level: the sustained, entirely cyanotype book joined emerging algal science to carefully arranged pages whose visual force made photographic reproduction an effective vehicle for both knowledge and form.
View source ↗
Project · 1853
Cyanotypes of British and Foreign Ferns
This 1853 album of one hundred photographs was made by Anna Atkins and Anne Dixon, according to the Getty’s collection publication. It extends Atkins’s botanical use of the cyanotype from algae to ferns: objects placed on sensitized paper and exposed to sunlight yield detailed silhouettes on a saturated blue ground. The album merits selection because it shows a later collaborative chapter in her practice and because its sequencing of individual botanical photograms makes an album, rather than a single print, the meaningful artistic and photographic unit.
View source ↗
Project · 1854
Cyanotypes of British and Foreign Flowering Plants and Ferns
The Getty identifies this 1854 project as a book made with Anne Dixon after the fern album, containing a broad range of weeds, flowers, and ferns. A Metropolitan Museum record further describes a unique 1854 album as a gift from Atkins to Dixon. The project is significant for enlarging the botanical field of the cyanotype books and for making the album a site of collaboration, exchange, and presentation. Its varied plant subjects demonstrate how the direct-photogram method could accommodate more than one taxonomic group without abandoning close specimen-based observation.
View source ↗Selected photographs

1846
Plocamium coccineum
Getty identifies this 1846–47 cyanotype as Plocamium coccineum from Part VII of Photographs of British Algae: Cyanotype Impressions, published in 1853. It merits selection as a named plate from Atkins’s landmark algae publication, a work Getty describes as the world’s first book illustrated entirely with photographs. The individual sheet represents the project’s central photographic proposition: a marine specimen is placed directly on light-sensitive paper to produce a camera-less cyanotype, linking close material contact with reproducible book illustration and botanical display.
Work source ↗1851
Spiraea aruncus (Tyrol)
This cyanotype of several sprigs of the Tyrolean flowering shrub Spiraea aruncus was removed from a unique album, Cyanotypes of British and Foreign Flowering Plants. The Metropolitan Museum of Art calls it a superb example of Atkins’s cameraless photograms, made from algae and plant specimens she collected or received from amateur scientists. It merits individual selection because the Museum identifies it as Atkins’s first work and the earliest photograph by a woman to enter its collection. Its bold graphic treatment also demonstrates how botanical illustration and photographic process converge in one sheet.
Work source ↗1851
Lygodion Microphyllum (Australia)
The Metropolitan Museum of Art dates this cyanotype to about 1851–54 and identifies its subject as a single specimen of Lygodium microphyllum. The fern’s stems create what the Museum describes as a dancing pattern, making the biological structure legible as an animated linear composition. The sheet belonged to the unique 1854 album Cyanotypes of British and Foreign Flowering Plants and Ferns, presented by Atkins to her friend and collaborator Anne Dixon. It merits selection as a particularly clear instance in which one plant produces both botanical information and an energetic abstract-looking design.
Work source ↗
1853
Equisetum sylvaticum
Attributed by the Getty to Anna Atkins and Ann Dixon, this 1853 cyanotype comes from Cyanotypes of British and Foreign Ferns. The Getty describes a deliberate juxtaposition: tangled strands at the far right contrast with more gracefully ordered stems that rise and curve across the sheet. It merits selection because the source explicitly finds that arrangement more compelling than mere specimen identification and notes its anticipation of twentieth-century art. The print therefore makes visible the compositional intelligence within a project otherwise grounded in botanical subjects and direct photographic contact printing.
Work source ↗-
1799
Career milestone
Born in Kent, England
Anna Atkins was born in Kent, southeast England, in 1799. The Natural History Museum identifies her father as John George Children, who worked at the British Museum; this scientific family context is documented as an important foundation for her later work as an illustrator, botanical collector, and photographer.
Source: Natural History Museum Verified Sep 15, 2026
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1822–1824
Education
Shell illustrations published in Genera of Shells
In her early twenties, Atkins completed 256 scientifically accurate shell drawings for her father’s English translation of Jean Baptiste de Lamarck’s Genera of Shells, published from 1822 to 1824. This documented body of watercolour and graphite illustration demonstrates her early command of natural-history description before she adopted photographic processes.
Source: Natural History Museum Verified Sep 15, 2026
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1825
Career milestone
Married John Pelly Atkins
Atkins married John Pelly Atkins in 1825. The Natural History Museum places this event immediately before her 1830s concentration on botany and the formation of her own preserved-plant collection, linking a major biographical transition with the beginning of the sustained botanical work that later informed her cyanotypes.
Source: Natural History Museum Verified Sep 15, 2026
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1830s
Career milestone
Developed a preserved-plant collection
During the 1830s, Atkins began assembling her own collection of preserved plants. She also supplied specimens to botanists at Kew Gardens. This period matters because it established the botanical material and taxonomic interests that she would later translate into cyanotype images made directly from specimens.
Source: Natural History Museum Verified Sep 15, 2026
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1841
Career milestone
Received a camera
Atkins received a camera in 1841, although no photographs made by her with that apparatus are known to survive. The record is significant as evidence of her early engagement with photography before her surviving achievement became identified with the cameraless cyanotype process rather than camera-made images.
Source: Natural History Museum Verified Sep 15, 2026
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1843
Photobook
Began Photographs of British Algae: Cyanotype Impressions
In 1843, Atkins self-published Photographs of British Algae: Cyanotype Impressions using the cyanotype process. The Natural History Museum identifies it as the first book printed and illustrated by photography. Its importance lies in joining detailed botanical representation to a photographic production method, expanding how natural-history knowledge could be circulated in book form.
Source: Natural History Museum Verified Sep 15, 2026
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1843–1853
Photobook
Completed the multi-volume British Algae project
Two further volumes of Photographs of British Algae were produced between 1843 and 1853. In the Natural History Museum’s copies, the three volumes contain 411 plates, with scientific names handwritten by Atkins, and she made every print herself. The decade-long production demonstrates that the publication was a sustained photographic, botanical, and book-making undertaking rather than a single experimental object.
Source: Natural History Museum Verified Sep 15, 2026
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1865
Collection acquisition
Herbarium donated to the British Museum
Atkins’s herbarium of British plants was donated to the British Museum in 1865. The donation records the institutional afterlife of the preserved specimens she had assembled and used within a wider scientific network. It also confirms that her botanical activity extended beyond photographs to the collecting and preservation practices central to nineteenth-century natural history.
Source: Natural History Museum Verified Sep 15, 2026
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1871
Career milestone
Died at Halsted Place, Kent
Atkins died in 1871 at Halsted Place in Kent, where she had lived. The Natural History Museum notes that her contribution to photography is commemorated there by a Photographic Heritage plaque. Her death closes a career now principally remembered for applying cyanotype photography to botanical specimens and book publication.
Source: Natural History Museum Verified Sep 15, 2026
Other institution
Botanical Society of London
Atkins was admitted to the Botanical Society of London in 1839, making her one of the earliest women members of such a learned society. Membership placed her inside a working botanical network at exactly the moment she began her systematic study of British algae, the subject of her first cyanotype publication.
Verified 2026-09-15Wikipedia — Anna Atkins
Collection
The Metropolitan Museum of Art
The Metropolitan Museum of Art holds Atkins cyanotypes and parts of her algae publications in its photographs collection, where her work is studied alongside the beginnings of cameraless photography. Museum cataloguing of individual plates documents the plates' titles and dating, giving her nineteenth-century blueprints a permanent place in an art-historical collection.
Verified 2026-09-15The Metropolitan Museum of Art, Collection
Collection
Victoria and Albert Museum
The Victoria and Albert Museum holds Atkins cyanotypes as part of its photography collection, preserving examples of her botanical contact prints. Such holdings allow the museum to present her work in histories of the medium that connect early scientific imaging with later photographic art and design.
Verified 2026-09-15Victoria and Albert Museum, Collections
Collection
Rijksmuseum
The Rijksmuseum holds Atkins cyanotypes and has made photographic images of them available through its online collection. International holdings of this kind show that her algae prints circulated and are now treated as photographic works of art as well as botanical records.
Verified 2026-09-15Rijksmuseum, Collection
Collection
The New York Public Library
The New York Public Library preserves a copy of Atkins's Photographs of British Algae and digitises its plates for public access. Library custody of the book matters because it treats her cyanotypes simultaneously as rare printed volumes and as images available for close public study.
Verified 2026-09-15New York Public Library, Digital Collections
Collection
J. Paul Getty Museum
The J. Paul Getty Museum holds Atkins material within its photographs collection, where her cyanotype plates are catalogued and exhibited as part of the history of the medium. Getty custody reflects the scholarly reassessment of her books as photographs rather than only as botanical illustrations.
Verified 2026-09-15J. Paul Getty Museum, Collection
Category: Anna Atkins — Wikimedia Commons (opens a new site)
Wikimedia Commons category gathering digitised images associated with Atkins, including plates from her cyanotype albums of British algae and other botanical subjects, together with portraits and related material. Because the underlying works are long in the public domain, the files can be freely reused, making the category useful for comparing her plates and for illustrating her process.
Cyanotype — Wikipedia (opens a new site)
Explains the cyanotype process invented by Sir John Herschel in 1842, in which iron salts and sunlight produce a Prussian-blue image. The article describes contact printing and photogram methods, the fixing of the image, and the technique's spread through nineteenth-century scientific and amateur photography, providing the technical context for Atkins's botanical prints.
Anna Atkins — Wikipedia (opens a new site)
Reference biography of the English botanist and photographic pioneer. It covers her scientific upbringing under her father John George Children, her early botanical and shell illustration, her adoption of Sir John Herschel's cyanotype process, her camera-less photograms of algae and ferns, the publication of Photographs of British Algae from 1843, her later collaboration with Anne Dixon, and her standing as an early woman photographer.

Antoine D'Agata
Shared publisher: Prestel, Steidl
22 photobook(s) in the library

Sebastiao Salgado
Shared publisher: Prestel, Taschen
21 photobook(s) in the library

Steve McCurry
Shared publisher: Prestel, Taschen
18 photobook(s) in the library

Daido Moriyama
Shared publisher: Getty Publications, Prestel
15 photobook(s) in the library
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