Make each entry about one animal-built structure in J. G. Wood's 1866 Homes Without Hands, its materials or arrangement, and one visible relationship. Ground the central claim in a retrieved passage and use a genuinely matching source plate. Attribute historical observations to Wood or his named observer. Distinguish nurseries, traps, protective cases, dwellings and display structures; never imply all constructions are permanent homes. Original plates support depicted structure; colour remasters and generated artwork are interpretations, not biological evidence. Check captions against originals and passages. Vary taxa, materials, scale, construction and viewpoint. Exclude publisher advertisements, generic trivia, unsupported modern science, fabricated diagrams, invented quotations, anthropomorphic tools, fantasy structures and adopted colonial or racial hierarchies. Discuss historical prejudice only explicitly and when relevant to reading the book.

Image selection: use an available remastered source image in preference to the original, and select that remaster for the post. If no remaster exists, use the selected source display variant. Keep originals for source verification. Disclose remastered colour as interpretation; do not infer factual anatomy, labels or mechanisms from it.

Animal architecture through J. G. Wood's Homes Without Hands (1866): woven nests, hidden burrows, silk chambers and communal roofs. Original plates remastered by Pandi in 2026, with stories grounded in the book.

Homes Without Hands

Homes Without Hands: Being a Description of the Habitations of Animals, Classed According to Their Principle of Construction

Wood found an emperor moth in its cage, though the cocoon looked unbroken. He thought it had come from elsewhere and waited for the cocoon to open.

A year later, he cut it open: inside were an empty pupal shell and the caterpillar’s shrivelled skin. At the neck, stiff crossed fibres yielded to pressure from within but pressed together under pressure from outside. The moth had escaped without leaving an obvious break.

A leaf still hangs from its twig. Look closer: its sides have been drawn together around a hidden nest.
Wood’s tailor bird pierces holes with its beak, then passes a long plant fibre through them to join the edges.
The folded leaf forms an envelope. Soft material goes inside: the stitched covering and the nest are different layers.
Wood describes single-leaf and several-leaf examples. The revealing detail is the join, with the covering still attached to its twig.

The British-gall plate groups oak galls with the rose’s moss-like bedeguar near the centre. Their outer shapes differ, but Wood invites the reader to think of a larva housed within plant tissue. These structures grow around their occupants instead of being woven from gathered material.
https://askpandipro.s3.amazonaws.com/users/1/documents/11018/figures/80.png?AWSAccessKeyId=AKIAQT4QH3CHNPX5WHX7&Signature=VBfoflrCIzY55OHY955On9Wsihw%3D&Expires=1791416616
In the foreign-gall plate, the angular fo

A beaver’s home is more than its lodge. In Wood’s account, the dam comes first: logs, branches, earth and mud form a barrier across the stream, holding back water around the dwelling. The dam and lodge are distinct structures, each with a different role.

The lodge’s passage leads down into the water, with an entrance deep enough to stay below surface ice. Its dry chamber connects to an underwater approach. Read together, the structures show how the lodge depends on the water held by the dam.

The branching pattern belongs to the Scolytus bark beetle. Wood describes larval feeding tunnels radiating from a central passage and widening as their occupants grow. The pattern records excavation and feeding, rather than a woven nest.
https://askpandipro.s3.amazonaws.com/users/1/documents/11018/figures/32.png?AWSAccessKeyId=AKIAQT4QH3CHNPX5WHX7&Signature=IxPUWZAfikBQ5DN%2BcuvDV54Grdk%3D&Expires=1791427560
Find the oval structure at upper right: the Rhagium beetle’s cocoon. Before pupation, th

At first glance, a pond. Look below the surface: a spider’s silk chamber holds a pocket of air.
Each trip to the surface brings another bubble down to the web. The room is furnished with air.
Bell watched one spider make fourteen journeys, reshaping the chamber between trips. Fourteen belonged to that observation.
In Wood’s account, the spider settles head-down inside. Its home is underwater; the air came from above.