Art History · 7 min read · Kuriosis Studio Team, Berlin · April 2026
In 1904, a German biologist published a book of 100 plates that quietly reshaped Western design. Ernst Haeckel art prints — drawn from his landmark work Kunstformen der Natur (Art Forms in Nature) — depict radiolarians, jellyfish, sea anemones, and ferns with a symmetry that makes them feel less like scientific illustration and more like blueprints for Art Nouveau. Over a century later, these plates remain among the most wall-ready images in the public domain.
From Medicine to Marine Biology
Ernst Haeckel was born in Potsdam in 1834. He trained as a physician, earned his medical degree in Berlin in 1857, and then read Charles Darwin's On the Origin of Species in 1859. He abandoned medicine entirely. Within three years he held a professorship in comparative anatomy at the University of Jena — a post he would keep for nearly half a century, until his retirement in 1909.
The medical training wasn't wasted. It gave Haeckel a clinician's eye for structure that distinguishes his scientific illustrations from the looser botanical art of his contemporaries. His fieldwork ranged across the Mediterranean, the Canary Islands, Norway, Egypt, Ceylon, and Indonesia. During one early Mediterranean expedition alone he identified and named nearly 700 new radiolarian species — single-celled marine organisms whose intricate mineral skeletons look, under magnification, like objects a jeweller might have designed from scratch.
Haeckel also coined the scientific vocabulary we still use today: ecology, phylum, phylogeny, ontogeny, and the kingdom Protista. He was Darwin's principal advocate in Germany at a time when German academia resisted evolutionary theory. His popular book Natürliche Schöpfungsgeschichte (1868) ran through 11 German editions and 25 translations. Darwin himself wrote that had Haeckel's book appeared before he wrote The Descent of Man, he might never have felt the need to complete it.
What made Haeckel unusual among 19th-century scientists was the visual discipline he brought to research. He didn't merely describe organisms — he drew them, obsessively, across thousands of sketches and watercolors produced over decades. That visual archive became the raw material for the one book that outlasted his scientific reputation by more than a century.
Kunstformen der Natur — 100 Plates, One Organizing Idea
Published in ten fascicles of ten plates each between 1899 and 1904, Kunstformen der Natur (Art Forms in Nature) distilled a lifetime of fieldwork into exactly 100 chromolithographic prints. Lithographer Adolf Giltsch translated Haeckel's finest watercolors — selected from over 1,000 source sketches — into a print quality exceptional for the era.
The organizing principle was not taxonomic. Haeckel arranged the plates by symmetry and level of biological organization — composing each image for maximum visual impact rather than textbook accuracy. The subjects span radiolarians, jellyfish (Medusae, Discomedusae), sea anemones (Actiniae), siphonophores, nudibranchs, orchids, ferns, bats, and hummingbirds. What unites them is structure: every plate reads as an exercise in natural geometry.
The most famous plate is Plate 8, Discomedusae, featuring the jellyfish Desmonema annasethe — which Haeckel named after his first wife Anna Sethe, who died in 1864. He wrote that its trailing tentacles reminded him of her hair. It is one of the most reproduced images in natural history. Our print of Discomedusae III continues the series, where the formal qualities reach their peak: radial symmetry, deep saturated color, and a composition that would sit comfortably in any gallery.
The influence reached architecture and design almost immediately. Architect René Binet based the main gateway arch of the 1900 Paris World's Fair directly on Haeckel's radiolarian illustrations. Art Nouveau glassmaker Émile Gallé drew on Haeckel's marine forms. The Amsterdam Commodities Exchange, designed by Hendrik Petrus Berlage, incorporated motifs traced to the plates. Haeckel didn't design for Art Nouveau — he provided its source material.
The Four Qualities That Make Haeckel Prints Collectible
What turned a scientific publication into a design classic? Four things, working together — and none of them accidental.
Radical Symmetry
Radiolarians, medusae, and corals share a natural radial structure the eye reads as intentional design. Haeckel didn't impose symmetry — he found it, then composed each plate to make it unmissable.
Chromolithographic Color
The original plates were chromolithographs — a process that layered colors with a precision unmatched by most printing methods of the time. Deep teals, warm ochres, and crisp blacks hold up at large print sizes without losing their character.
Scientific Provenance
These images are primary sources from one of the 19th century's most important naturalists. That context adds a layer of intellectual weight that purely decorative prints lack — and it tends to generate conversation when a visitor notices the Latin plate labels.
Art Nouveau Roots
Haeckel's plates didn't just influence Art Nouveau — they were its source material. René Binet, Émile Gallé, and Hendrik Berlage all drew directly from Kunstformen. When you hang a Haeckel print, you're looking at the original, not the interpretation.
"Not just a book of illustrations, but the summation of his view of the world."
— Olaf Breidbach, Haeckel scholar, on Kunstformen der Natur
Browse Ernst Haeckel Prints at Kuriosis →
How to Display Haeckel Prints
The most common mistake with scientific illustration prints is treating them as curiosities rather than art. Haeckel's plates are formal compositions that reward generous framing and room. A Lichenes plate in a wide white-bordered frame becomes a statement; the same print in a narrow clip frame loses the weight it needs.
Subject pairings work well. The jellyfish and medusa plates share a palette of deep teals and warm creams that sits naturally alongside the coral and anemone series. For contrast, the Hexacoralla II plate — dense, structured, almost architectural — reads very differently from the fluid jellyfish plates and creates an interesting dialogue when hung alongside them.
The choice of material matters for this collection. Canvas works well for the more fluid marine plates (medusae, anemones, siphonophores), where the slight texture of the canvas surface echoes the organic subject matter. Fine art paper suits the more precise botanical prints — the orchid, fern, and lichen series — where sharp edges and fine detail benefit from a flatter surface.
In terms of room placement: these prints adapt more widely than their scientific origin suggests. They read as scholarly in a study or home library, decorative in a living room, and graphically bold in a kitchen or hallway. The palette — cool enough for minimal interiors, detailed enough to anchor busier spaces — gives them genuine flexibility.
More Ernst Haeckel prints from our collection:
Why Fine Art Prints? The Kuriosis Approach
Public domain doesn't mean all reproductions are equal. The quality difference comes down to the source file and what happens to it before printing. Haeckel's original plates were chromolithographs produced to the highest standard of their era — fine detail, accurate color, deliberate composition. A good reproduction honors that; a poor one flattens it.
At Kuriosis, we source, restore, and retouch archive-quality files before printing anything. Colors are calibrated against the original plates rather than brightened for commercial appeal. Every Haeckel print is produced in our Berlin studio on archival Japanese pigment inks — rated stable for 100+ years — on either 400g cotton canvas or matte fine art paper. We choose the format based on the subject: fluid marine prints suit canvas; sharp botanical prints suit paper.
We frame in oak, black, or brown hardwood with UV-protective glass. Canvas prints are mounted on our floating frame system with a 5mm shadow gap — the same gallery mount used for original works. Everything goes through our hands before it leaves Berlin. No outsourcing, no drop-shipping.
Sources & Further Reading
- Wikipedia — Ernst Haeckel: full biography, scientific contributions, and cultural legacy
- Wikipedia — Kunstformen der Natur: publication history, plate descriptions, and Art Nouveau influence
- Encyclopaedia Britannica — Ernst Haeckel: academic career, key publications, and scientific legacy
- UC Berkeley Museum of Paleontology — History of Evolutionary Thought: Ernst Haeckel
Hexacoralla I by Ernst Haeckel
Actinia Anemones by Ernst Haeckel
Nepenthaceae by Ernst Haeckel
Filicinae Palm Tree by Ernst Haeckel
Orchideae Lilly Flowers by Ernst Haeckel