MICROSCOPE.

Plate CCCXXXVII.

Fig. 2.

Fig. 2. A detailed illustration of a microscope with an ornate, curved stand (A) and a circular base (B). The microscope body (C) is mounted on the stand, featuring a lens (D) and a stage (E) with a mirror (F) and a small platform (G).

Fig. 1.

Fig. 1. A collection of microscope components. On the left is a cross-section of the microscope body (A, B, C, D, E, F, G, H, I, K, L) showing internal lenses and a handle (V). To the right are various parts: a lens (L), a small lens (S), a tube (N), a slide (M) with four circular apertures, a ring (K), a small assembly (Q), and a long thin rod (T).

Fig. 7.

Fig. 7. An illustration of a pair of four-pronged forceps or scissors, labeled with letters a, b, c, and d.

Fig. 3.

Fig. 3. An illustration of a specialized tool, possibly a probe or a holder, with a long handle (P) and a head (A) containing a lens (C) and a small mirror (D). Other parts are labeled G, F, and H.

Fig. 4.

Fig. 4. An illustration of a microscope stand (A) with a large circular mirror (H) mounted on a base (B). Other parts include a lens (L), a small assembly (R), and a long thin rod (T).
Fig. 5. An illustration of a microscope stand (F) with a circular base (G). It features a lens (L) and a small mirror (H). Other parts are labeled A, B, C, D, E, I, K, and M.

Fig. 6.

Fig. 6. An illustration of a cylindrical container or holder (C) with internal components (A, B, D, E, F, G, H, I, K). Other parts include a lens (L), a small assembly (O), and a small cup (S).

A. Bell's Microscope.

A blank page with a faint, light gray watermark or ghosting of a decorative border and various symbols, including a pair of scissors and a circular emblem.This image shows a blank page with a light beige background. A faint, light gray watermark or ghosting of a decorative border is visible across the page. The border features various symbols and motifs, including a pair of scissors in the center-right, a circular emblem or seal in the lower center, and other abstract shapes. There are also some small, irregular brown spots or stains on the page, particularly in the lower-left area.

MICROSCOPE.

Plate CCCXXXVIII.

Fig. 8.

Fig. 8: A simple microscope with a cylindrical body and a base, labeled with letters A, B, D, E, and F.

Fig. 9.

Fig. 9: A microscope with a circular stage and a curved arm, labeled with letters A, B, C, D, E, F, G, H, L, M, N, O, P, Q, R, S, T, U, V, W, X, Y, Z.

Fig. 10.

Fig. 10: A tall, ornate microscope with a multi-tiered body and a decorative base, labeled with letters A, B, C, D, E, F, G, H, I, K, L, M, N, O, P, Q, R, S, T, U, V, W, X, Y, Z.

Fig. 11.

Fig. 11: A detailed microscope with various components labeled, including a base, a vertical column, a stage, and a mirror, with letters A through Z.

Fig. 12.

Fig. 12: A microscope with a vertical column and a base, labeled with letters A through Z.

A Bell's Microscope, front.

A blank, aged page with a light beige background, showing faint, illegible ghosting of text and a large, faint rectangular frame.This image shows a blank, aged page with a light beige background. The paper has a slightly textured appearance with some minor discoloration and faint, illegible ghosting of text and a large, faint rectangular frame, likely from the reverse side of the page. There are no visible markings, text, or illustrations on this side of the page.

MICROSCOPE.

Plate CCCXXXIX.

Fig. 13.

Fig. 13: A detailed illustration of a microscope stand and objective lens assembly. The stand (labeled with letters A, B, C, D, E, F, G, H, I, K, L, M, N, O, P, Q, R, S, T, U, V, W, X, Y) consists of a vertical column with a horizontal arm for the objective lens. The objective lens (labeled C) is mounted on a sliding carriage (labeled D) that can be moved up and down. The stand is supported by a four-legged base (labeled O, P, R, T).

Fig. 14.

Fig. 14: Various microscope accessories including a stage clip (labeled T), a stage screw (labeled 44), a stage plate (labeled 4), a stage dish (labeled 5), a stage clip (labeled 6), and a stage clip (labeled 7).
Fig. 15: A collection of microscope accessories including a stage clip (labeled 17), a stage clip (labeled 18), a stage clip (labeled 19), a stage clip (labeled 20), a stage clip (labeled 21), a stage clip (labeled 22), a stage clip (labeled 23), a stage clip (labeled 24), a stage clip (labeled 25), a stage clip (labeled 26), a stage clip (labeled 27), a stage clip (labeled 28), a stage clip (labeled 29), a stage clip (labeled 30), a stage clip (labeled 31), a stage clip (labeled 32), a stage clip (labeled 33), a stage clip (labeled 34), a stage clip (labeled 35), a stage clip (labeled 36), a stage clip (labeled 37), a stage clip (labeled 38), a stage clip (labeled 39), a stage clip (labeled 40), a stage clip (labeled 41), a stage clip (labeled 42), a stage clip (labeled 43), a stage clip (labeled 44), a stage clip (labeled 45), a stage clip (labeled 46), a stage clip (labeled 47), a stage clip (labeled 48), a stage clip (labeled 49), a stage clip (labeled 50), a stage clip (labeled 51), a stage clip (labeled 52), a stage clip (labeled 53), a stage clip (labeled 54), a stage clip (labeled 55), a stage clip (labeled 56), a stage clip (labeled 57), a stage clip (labeled 58), a stage clip (labeled 59), a stage clip (labeled 60), a stage clip (labeled 61), a stage clip (labeled 62), a stage clip (labeled 63), a stage clip (labeled 64), a stage clip (labeled 65), a stage clip (labeled 66), a stage clip (labeled 67), a stage clip (labeled 68), a stage clip (labeled 69), a stage clip (labeled 70), a stage clip (labeled 71), a stage clip (labeled 72), a stage clip (labeled 73), a stage clip (labeled 74), a stage clip (labeled 75), a stage clip (labeled 76), a stage clip (labeled 77), a stage clip (labeled 78), a stage clip (labeled 79), a stage clip (labeled 80), a stage clip (labeled 81), a stage clip (labeled 82), a stage clip (labeled 83), a stage clip (labeled 84), a stage clip (labeled 85), a stage clip (labeled 86), a stage clip (labeled 87), a stage clip (labeled 88), a stage clip (labeled 89), a stage clip (labeled 90), a stage clip (labeled 91), a stage clip (labeled 92), a stage clip (labeled 93), a stage clip (labeled 94), a stage clip (labeled 95), a stage clip (labeled 96), a stage clip (labeled 97), a stage clip (labeled 98), a stage clip (labeled 99), a stage clip (labeled 100).

Fig. 20.

Fig. 20: Two circular microscope components, labeled A and B, which appear to be objective lenses or filters.

Fig. 16.

Fig. 16: A detailed illustration of a microscope objective lens assembly, showing the lens (labeled 1), the lens holder (labeled 2), the lens cap (labeled 3), the lens cap (labeled 4), the lens cap (labeled 5), the lens cap (labeled 6), the lens cap (labeled 7), the lens cap (labeled 8), the lens cap (labeled 9), the lens cap (labeled 10), the lens cap (labeled 11), the lens cap (labeled 12), the lens cap (labeled 13), the lens cap (labeled 14), the lens cap (labeled 15), the lens cap (labeled 16), the lens cap (labeled 17), the lens cap (labeled 18), the lens cap (labeled 19), the lens cap (labeled 20), the lens cap (labeled 21), the lens cap (labeled 22), the lens cap (labeled 23), the lens cap (labeled 24), the lens cap (labeled 25), the lens cap (labeled 26), the lens cap (labeled 27), the lens cap (labeled 28), the lens cap (labeled 29), the lens cap (labeled 30), the lens cap (labeled 31), the lens cap (labeled 32), the lens cap (labeled 33), the lens cap (labeled 34), the lens cap (labeled 35), the lens cap (labeled 36), the lens cap (labeled 37), the lens cap (labeled 38), the lens cap (labeled 39), the lens cap (labeled 40), the lens cap (labeled 41), the lens cap (labeled 42), the lens cap (labeled 43), the lens cap (labeled 44), the lens cap (labeled 45), the lens cap (labeled 46), the lens cap (labeled 47), the lens cap (labeled 48), the lens cap (labeled 49), the lens cap (labeled 50), the lens cap (labeled 51), the lens cap (labeled 52), the lens cap (labeled 53), the lens cap (labeled 54), the lens cap (labeled 55), the lens cap (labeled 56), the lens cap (labeled 57), the lens cap (labeled 58), the lens cap (labeled 59), the lens cap (labeled 60), the lens cap (labeled 61), the lens cap (labeled 62), the lens cap (labeled 63), the lens cap (labeled 64), the lens cap (labeled 65), the lens cap (labeled 66), the lens cap (labeled 67), the lens cap (labeled 68), the lens cap (labeled 69), the lens cap (labeled 70), the lens cap (labeled 71), the lens cap (labeled 72), the lens cap (labeled 73), the lens cap (labeled 74), the lens cap (labeled 75), the lens cap (labeled 76), the lens cap (labeled 77), the lens cap (labeled 78), the lens cap (labeled 79), the lens cap (labeled 80), the lens cap (labeled 81), the lens cap (labeled 82), the lens cap (labeled 83), the lens cap (labeled 84), the lens cap (labeled 85), the lens cap (labeled 86), the lens cap (labeled 87), the lens cap (labeled 88), the lens cap (labeled 89), the lens cap (labeled 90), the lens cap (labeled 91), the lens cap (labeled 92), the lens cap (labeled 93), the lens cap (labeled 94), the lens cap (labeled 95), the lens cap (labeled 96), the lens cap (labeled 97), the lens cap (labeled 98), the lens cap (labeled 99), the lens cap (labeled 100).

Fig. 17.

Fig. 17: A detailed illustration of a microscope objective lens assembly, showing the lens (labeled 1), the lens holder (labeled 2), the lens cap (labeled 3), the lens cap (labeled 4), the lens cap (labeled 5), the lens cap (labeled 6), the lens cap (labeled 7), the lens cap (labeled 8), the lens cap (labeled 9), the lens cap (labeled 10), the lens cap (labeled 11), the lens cap (labeled 12), the lens cap (labeled 13), the lens cap (labeled 14), the lens cap (labeled 15), the lens cap (labeled 16), the lens cap (labeled 17), the lens cap (labeled 18), the lens cap (labeled 19), the lens cap (labeled 20), the lens cap (labeled 21), the lens cap (labeled 22), the lens cap (labeled 23), the lens cap (labeled 24), the lens cap (labeled 25), the lens cap (labeled 26), the lens cap (labeled 27), the lens cap (labeled 28), the lens cap (labeled 29), the lens cap (labeled 30), the lens cap (labeled 31), the lens cap (labeled 32), the lens cap (labeled 33), the lens cap (labeled 34), the lens cap (labeled 35), the lens cap (labeled 36), the lens cap (labeled 37), the lens cap (labeled 38), the lens cap (labeled 39), the lens cap (labeled 40), the lens cap (labeled 41), the lens cap (labeled 42), the lens cap (labeled 43), the lens cap (labeled 44), the lens cap (labeled 45), the lens cap (labeled 46), the lens cap (labeled 47), the lens cap (labeled 48), the lens cap (labeled 49), the lens cap (labeled 50), the lens cap (labeled 51), the lens cap (labeled 52), the lens cap (labeled 53), the lens cap (labeled 54), the lens cap (labeled 55), the lens cap (labeled 56), the lens cap (labeled 57), the lens cap (labeled 58), the lens cap (labeled 59), the lens cap (labeled 60), the lens cap (labeled 61), the lens cap (labeled 62), the lens cap (labeled 63), the lens cap (labeled 64), the lens cap (labeled 65), the lens cap (labeled 66), the lens cap (labeled 67), the lens cap (labeled 68), the lens cap (labeled 69), the lens cap (labeled 70), the lens cap (labeled 71), the lens cap (labeled 72), the lens cap (labeled 73), the lens cap (labeled 74), the lens cap (labeled 75), the lens cap (labeled 76), the lens cap (labeled 77), the lens cap (labeled 78), the lens cap (labeled 79), the lens cap (labeled 80), the lens cap (labeled 81), the lens cap (labeled 82), the lens cap (labeled 83), the lens cap (labeled 84), the lens cap (labeled 85), the lens cap (labeled 86), the lens cap (labeled 87), the lens cap (labeled 88), the lens cap (labeled 89), the lens cap (labeled 90), the lens cap (labeled 91), the lens cap (labeled 92), the lens cap (labeled 93), the lens cap (labeled 94), the lens cap (labeled 95), the lens cap (labeled 96), the lens cap (labeled 97), the lens cap (labeled 98), the lens cap (labeled 99), the lens cap (labeled 100).

Fig. 19.

Fig. 19: A long, cylindrical microscope tube, labeled K, showing its internal structure and the objective lens assembly at one end.

Fig. 15.

Fig. 15: A detailed illustration of a microscope objective lens assembly, showing the lens (labeled 1), the lens holder (labeled 2), the lens cap (labeled 3), the lens cap (labeled 4), the lens cap (labeled 5), the lens cap (labeled 6), the lens cap (labeled 7), the lens cap (labeled 8), the lens cap (labeled 9), the lens cap (labeled 10), the lens cap (labeled 11), the lens cap (labeled 12), the lens cap (labeled 13), the lens cap (labeled 14), the lens cap (labeled 15), the lens cap (labeled 16), the lens cap (labeled 17), the lens cap (labeled 18), the lens cap (labeled 19), the lens cap (labeled 20), the lens cap (labeled 21), the lens cap (labeled 22), the lens cap (labeled 23), the lens cap (labeled 24), the lens cap (labeled 25), the lens cap (labeled 26), the lens cap (labeled 27), the lens cap (labeled 28), the lens cap (labeled 29), the lens cap (labeled 30), the lens cap (labeled 31), the lens cap (labeled 32), the lens cap (labeled 33), the lens cap (labeled 34), the lens cap (labeled 35), the lens cap (labeled 36), the lens cap (labeled 37), the lens cap (labeled 38), the lens cap (labeled 39), the lens cap (labeled 40), the lens cap (labeled 41), the lens cap (labeled 42), the lens cap (labeled 43), the lens cap (labeled 44), the lens cap (labeled 45), the lens cap (labeled 46), the lens cap (labeled 47), the lens cap (labeled 48), the lens cap (labeled 49), the lens cap (labeled 50), the lens cap (labeled 51), the lens cap (labeled 52), the lens cap (labeled 53), the lens cap (labeled 54), the lens cap (labeled 55), the lens cap (labeled 56), the lens cap (labeled 57), the lens cap (labeled 58), the lens cap (labeled 59), the lens cap (labeled 60), the lens cap (labeled 61), the lens cap (labeled 62), the lens cap (labeled 63), the lens cap (labeled 64), the lens cap (labeled 65), the lens cap (labeled 66), the lens cap (labeled 67), the lens cap (labeled 68), the lens cap (labeled 69), the lens cap (labeled 70), the lens cap (labeled 71), the lens cap (labeled 72), the lens cap (labeled 73), the lens cap (labeled 74), the lens cap (labeled 75), the lens cap (labeled 76), the lens cap (labeled 77), the lens cap (labeled 78), the lens cap (labeled 79), the lens cap (labeled 80), the lens cap (labeled 81), the lens cap (labeled 82), the lens cap (labeled 83), the lens cap (labeled 84), the lens cap (labeled 85), the lens cap (labeled 86), the lens cap (labeled 87), the lens cap (labeled 88), the lens cap (labeled 89), the lens cap (labeled 90), the lens cap (labeled 91), the lens cap (labeled 92), the lens cap (labeled 93), the lens cap (labeled 94), the lens cap (labeled 95), the lens cap (labeled 96), the lens cap (labeled 97), the lens cap (labeled 98), the lens cap (labeled 99), the lens cap (labeled 100).

Fig. 18.

Fig. 18: A detailed illustration of a microscope objective lens assembly, showing the lens (labeled 1), the lens holder (labeled 2), the lens cap (labeled 3), the lens cap (labeled 4), the lens cap (labeled 5), the lens cap (labeled 6), the lens cap (labeled 7), the lens cap (labeled 8), the lens cap (labeled 9), the lens cap (labeled 10), the lens cap (labeled 11), the lens cap (labeled 12), the lens cap (labeled 13), the lens cap (labeled 14), the lens cap (labeled 15), the lens cap (labeled 16), the lens cap (labeled 17), the lens cap (labeled 18), the lens cap (labeled 19), the lens cap (labeled 20), the lens cap (labeled 21), the lens cap (labeled 22), the lens cap (labeled 23), the lens cap (labeled 24), the lens cap (labeled 25), the lens cap (labeled 26), the lens cap (labeled 27), the lens cap (labeled 28), the lens cap (labeled 29), the lens cap (labeled 30), the lens cap (labeled 31), the lens cap (labeled 32), the lens cap (labeled 33), the lens cap (labeled 34), the lens cap (labeled 35), the lens cap (labeled 36), the lens cap (labeled 37), the lens cap (labeled 38), the lens cap (labeled 39), the lens cap (labeled 40), the lens cap (labeled 41), the lens cap (labeled 42), the lens cap (labeled 43), the lens cap (labeled 44), the lens cap (labeled 45), the lens cap (labeled 46), the lens cap (labeled 47), the lens cap (labeled 48), the lens cap (labeled 49), the lens cap (labeled 50), the lens cap (labeled 51), the lens cap (labeled 52), the lens cap (labeled 53), the lens cap (labeled 54), the lens cap (labeled 55), the lens cap (labeled 56), the lens cap (labeled 57), the lens cap (labeled 58), the lens cap (labeled 59), the lens cap (labeled 60), the lens cap (labeled 61), the lens cap (labeled 62), the lens cap (labeled 63), the lens cap (labeled 64), the lens cap (labeled 65), the lens cap (labeled 66), the lens cap (labeled 67), the lens cap (labeled 68), the lens cap (labeled 69), the lens cap (labeled 70), the lens cap (labeled 71), the lens cap (labeled 72), the lens cap (labeled 73), the lens cap (labeled 74), the lens cap (labeled 75), the lens cap (labeled 76), the lens cap (labeled 77), the lens cap (labeled 78), the lens cap (labeled 79), the lens cap (labeled 80), the lens cap (labeled 81), the lens cap (labeled 82), the lens cap (labeled 83), the lens cap (labeled 84), the lens cap (labeled 85), the lens cap (labeled 86), the lens cap (labeled 87), the lens cap (labeled 88), the lens cap (labeled 89), the lens cap (labeled 90), the lens cap (labeled 91), the lens cap (labeled 92), the lens cap (labeled 93), the lens cap (labeled 94), the lens cap (labeled 95), the lens cap (labeled 96), the lens cap (labeled 97), the lens cap (labeled 98), the lens cap (labeled 99), the lens cap (labeled 100).

W. Bell, Optician, Manchester, 1810.

Faint, mirrored technical drawing of a mechanical assembly, possibly a pump or engine, with various components like cylinders, valves, and pipes visible.The image shows a faint, mirrored technical drawing of a mechanical assembly, likely a pump or engine, on a page of aged paper. The drawing is composed of several distinct parts: a large horizontal cylinder at the bottom, a vertical shaft or piston assembly in the center, and various pipes, valves, and smaller components. The entire drawing is rendered in a light, greyish tone, suggesting it might be a watermark or a very faded illustration. There are also some small, illegible markings at the top of the page, possibly page numbers or reference codes. The paper itself is yellowed with some minor stains and foxing.

MICROSCOPE.

Plate CCCXL.

Fig. 21.

Fig. 21: A side view of a microscope component showing a vertical support (A) with a horizontal arm (B) and a lens (C).

A side view of a microscope component. It features a vertical support (A) with a horizontal arm (B) that holds a lens (C). A small cylindrical object (F) is shown separately below the main assembly.

Fig. 22.

Fig. 22: A top-down view of a microscope component showing a lens (C) and various adjustment knobs (A, B, D, E, F, G, H, I, K, L, M, N, O, P, Q, R).

A top-down view of a microscope component. It shows a central lens (C) surrounded by various adjustment knobs and plates, labeled A, B, D, E, F, G, H, I, K, L, M, N, O, P, Q, R.

Fig. 23.

Fig. 23: A top-down view of a microscope component showing a lens (C) and various adjustment knobs (A, B, D, E, F, G, H, I, K, L, M, N, O, P, Q, R).

A top-down view of a microscope component, similar to Fig. 22, showing a central lens (C) and various adjustment knobs and plates, labeled A, B, D, E, F, G, H, I, K, L, M, N, O, P, Q, R.

Fig. 23: A side view of a microscope component showing a lens (C) and various adjustment knobs (A, B, D, E, F, G, H, I, K, L, M, N, O, P, Q, R).

A side view of a microscope component. It shows a lens (C) and various adjustment knobs and plates, labeled A, B, D, E, F, G, H, I, K, L, M, N, O, P, Q, R.

Fig. 23: A side view of a microscope component showing a lens (C) and various adjustment knobs (A, B, D, E, F, G, H, I, K, L, M, N, O, P, Q, R).

A side view of a microscope component. It shows a lens (C) and various adjustment knobs and plates, labeled A, B, D, E, F, G, H, I, K, L, M, N, O, P, Q, R.

Fig. 24: A side view of a microscope component showing a lens (C) and various adjustment knobs (A, B, D, E, F, G, H, I, K, L, M, N, O, P, Q, R).

A side view of a microscope component. It shows a lens (C) and various adjustment knobs and plates, labeled A, B, D, E, F, G, H, I, K, L, M, N, O, P, Q, R.

Fig. 24.

Fig. 24: A side view of a microscope component showing a lens (C) and various adjustment knobs (A, B, D, E, F, G, H, I, K, L, M, N, O, P, Q, R).

A side view of a microscope component. It shows a lens (C) and various adjustment knobs and plates, labeled A, B, D, E, F, G, H, I, K, L, M, N, O, P, Q, R.

Altes Stahlstichwerk, 1840.

A blank, aged page with significant water damage and staining.This image shows a single, blank page of aged paper. The paper is a light cream or off-white color, showing signs of significant aging and environmental damage. Large, irregular brown and tan stains, likely from water or moisture, are scattered across the surface, particularly in the upper and lower right areas. The texture of the paper appears slightly rough and uneven. There are no markings, text, or illustrations on the page.

MICROSCOPE.

Plate CCCXII

Fig. 26.

A detailed technical drawing of a microscope (Fig. 26) mounted on a tripod stand. The microscope features a long horizontal tube with a viewing eyepiece at the left end and a stage for specimen placement. A long, thin pointer is attached to the side. Various parts are labeled with letters A through Z.

Fig. 29.

A technical drawing of a microscope stand (Fig. 29) consisting of a tall, slender vertical column supported by a wide, circular base. A horizontal arm extends from the top of the column, holding a cylindrical component.

Fig. 27.

A small, circular component, likely a lens or a part of the microscope's mounting mechanism, labeled Fig. 27.

Fig. 28.

A technical drawing of a microscope component (Fig. 28), possibly a stage or a specialized mounting bracket, with various adjustment screws and a handle.

Fig. 30.

A technical drawing of a microscope (Fig. 30) mounted on a rectangular base. It shows a similar design to Fig. 26 but with different structural details. Labeled with letters A through G.

Fig. 31.

A collection of various microscope accessories and components (Fig. 31). This includes several lenses of different sizes (A, B, C, D, E, F, G, H, I, K, L, M, N, O, P, Q, R, S, X), a stage (T), a pointer (U), and other specialized tools. Each part is labeled with a letter.

Atwell Print Walldoulptor print.

A blank, aged page with a faint rectangular border and significant water damage.This image shows a blank, aged page from a book. The paper is off-white with visible yellowing and numerous small brown spots, likely due to foxing or water damage. A faint, thin rectangular border is visible around the perimeter of the page. In the center, there is a very faint, large, stylized character or symbol, possibly a 'W' or a similar archaic character, which appears to be a watermark or a bleed-through from the reverse side of the page. The overall texture of the paper is slightly grainy.

Fig. 32.

A detailed illustration of a segmented, curved larva or insect body, labeled Fig. 32. It features numerous small, pointed spines along its length and a large, star-like structure at the top, possibly a head or a specialized appendage. Small numbers are used as labels for various parts of the body.

Fig. 33. Fig. 34.

A microscopic view of a surface with a regular pattern of small, circular holes or pits, labeled Fig. 33. The surface appears to be a grid-like structure with these openings.

Fig. 35.

A microscopic view of a surface with a regular pattern of small, rectangular or square cells, labeled Fig. 35. The cells are arranged in a grid-like fashion.

Fig. 36.

A microscopic view of a long, thin, segmented structure, possibly a larval appendage or a specialized part of an insect, labeled Fig. 36. It has a tapered end and several distinct segments.

Fig. 37.

A microscopic view of a long, thin, segmented structure, similar to Fig. 36, labeled Fig. 37. It shows a tapered end and several distinct segments.

Fig. 39.

A small, detailed illustration of a bee or wasp, labeled Fig. 39. It shows the insect's head, wings, and body in profile.

Fig. 40.

A large, detailed illustration of a bee or wasp, viewed from above, labeled Fig. 40. It shows the insect's head, wings, and body in detail, with a vertical line drawn through the center of its abdomen.

Fig. 41.

A small, detailed illustration of a bee or wasp, viewed from the side, labeled Fig. 41. It shows the insect's head, wings, and body in profile.

Fig. 38.

A microscopic view of a curved, segmented structure, possibly a larval appendage or a specialized part of an insect, labeled Fig. 38. It has a series of small, rounded segments along its length.
A blank, aged page with visible water damage, including large yellowish-brown stains and a faint, large, light gray watermark or impression in the center.This image shows a blank, aged page with significant water damage. Large, irregular yellowish-brown stains are scattered across the surface, particularly in the upper and lower portions. A faint, large, light gray watermark or impression is visible in the center, featuring a curved, ribbon-like shape at the top and a more complex, possibly floral or geometric, design below it. The paper has a slightly textured appearance and shows signs of aging, such as discoloration and small dark spots.

Fig. 24.

Microscopic view of a plant's vascular system, showing a cross-section of a stem with intricate branching of xylem and phloem tissues.

Fig. 46.

Illustration of a beetle with a dark body and white spots on its elytra. A small inset shows a magnified view of the head and antennae.

Fig. 21.

Detailed anatomical drawing of a segmented insect body, possibly a larva or pupa, with numerous small segments and a scale bar on the left labeled 'Diameter' with values from 2 to 12.

Fig. 20.

Illustration of a scorpion, viewed from above, showing its segmented body, large pincers, and six legs.

Fig. 12.

Fig. 43.

Illustration of a cicada, viewed from above, showing its large wings and segmented body.

Fig. 17.

Illustration of a beetle, viewed from above, showing its elytra and legs.

Fig. 43.

Illustration of a fly, viewed from above, showing its wings and legs.

Fig. 44.

Illustration of a single, long, thin hair or bristle.
A small circular diagram with a central dot and a surrounding ring, labeled with the number '6'.

Fig. 23. Fig. 22.

Microscopic view of a plant's vascular system, showing a cross-section of a stem with intricate branching of xylem and phloem tissues.

Fig. 18.

Fig. 19.

Detailed anatomical drawing of a segmented insect body, possibly a larva or pupa, with numerous small segments and a scale bar on the right labeled 'Diameter' with values from 2 to 12.
A faint, light gray illustration of a central figure, possibly a deity or a personified concept, surrounded by four smaller, less distinct figures in the corners. The image is heavily stained with brownish-orange spots, particularly along the bottom and left edges.The image is a very faint, light gray illustration on a cream-colored page. It features a central figure, possibly a deity or a personified concept, with a large, rounded head and a long, segmented body. The figure is surrounded by four smaller, less distinct figures in the corners, which appear to be smaller versions of the central figure. The entire illustration is heavily stained with brownish-orange spots, particularly along the bottom and left edges, giving it a weathered or aged appearance. The background is a plain, light-colored surface.
Fig. 55: A detailed illustration of a fan-shaped, segmented object, possibly a biological structure or a shell fragment, with radiating lines and a central opening.
Fig. 57, a: A small circular inset showing a cross-section of a shell-like structure with a central opening.

Fig. 57.

Fig. 57, b: A circular inset showing a hexagonal, honeycomb-like pattern of small spheres.
Fig. 57, c: A small circular inset showing a single central dot.
Fig. 57, d: A small, elongated, tapered object with a textured surface.

Fig. 59.

Fig. 59: A large, detailed illustration of a long, segmented, curved object, possibly a larva or a biological structure, with a spiral shape and numerous small segments.
Fig. 59, a: A small circular inset showing a spiral or coiled shape.

Fig. 58.

Fig. 58, c: A circular inset showing a dense, grid-like or woven pattern.
Fig. 58, d: A small circular inset showing a single central dot.
Fig. 58, e: A small, elongated, tapered object with a textured surface.
Fig. 58, f: A small, elongated, tapered object with a textured surface.
Fig. 58, g: A small circular inset showing a central dot with three vertical lines below it.

Fig. 56.

Fig. 56: A large, detailed illustration of a long, narrow, oval-shaped object, possibly a leaf or a biological structure, with a complex, repeating pattern of fine lines and hairs.
A faint, light gray watermark illustration on a cream-colored page. The illustration depicts a central circular motif, possibly a stylized eye or a decorative element, surrounded by four circular shapes (two on the left, two on the right) and two larger, leaf-like or petal-like shapes at the top and bottom. The entire composition is enclosed within a faint rectangular border.A faint, light gray watermark illustration on a cream-colored page. The illustration depicts a central circular motif, possibly a stylized eye or a decorative element, surrounded by four circular shapes (two on the left, two on the right) and two larger, leaf-like or petal-like shapes at the top and bottom. The entire composition is enclosed within a faint rectangular border.

Microscopic Objects
Fig. 65.

Fig. 65: A rectangular object with a fan-like structure of radiating lines, possibly a microscopic view of a shell or a similar biological structure.

Plate CCCXIV.
Fig. 64.

Fig. 64: A small circular object with a central feature, possibly a microscopic view of a shell or a similar biological structure.

Fig. 62.

Fig. 62: A small circular object with a central feature, possibly a microscopic view of a shell or a similar biological structure.

h

Fig. 63: A large, complex object with a fan-like structure and a textured surface, possibly a microscopic view of a shell or a similar biological structure.

Fig. 63.

Fig. 63: A small circular object with a central feature, possibly a microscopic view of a shell or a similar biological structure.

d

Fig. 63: A large, complex object with a fan-like structure and a textured surface, possibly a microscopic view of a shell or a similar biological structure.

Fig. 66.

Fig. 66: A small rectangular object with a central feature, possibly a microscopic view of a shell or a similar biological structure.

h

Fig. 66: A large, circular object with a textured surface and a central feature, possibly a microscopic view of a shell or a similar biological structure.
Fig. 66: A large, complex object with a fan-like structure and a textured surface, possibly a microscopic view of a shell or a similar biological structure.

Fig. 66.

Fig. 66: A small circular object with a central feature, possibly a microscopic view of a shell or a similar biological structure.

l

Fig. 66: A large, complex object with a fan-like structure and a textured surface, possibly a microscopic view of a shell or a similar biological structure.

Fig. 60.

Fig. 60: A small circular object with a central feature, possibly a microscopic view of a shell or a similar biological structure.

f

Fig. 60: A large, complex object with a fan-like structure and a textured surface, possibly a microscopic view of a shell or a similar biological structure.
Fig. 60: A small, thin object with a central feature, possibly a microscopic view of a shell or a similar biological structure.

C

Fig. 60: A small, thin object with a central feature, possibly a microscopic view of a shell or a similar biological structure.

B

Fig. 60: A small, thin object with a central feature, possibly a microscopic view of a shell or a similar biological structure.

D

Fig. 60: A small, thin object with a central feature, possibly a microscopic view of a shell or a similar biological structure.

A. Bell. Prin. H. A. Sculptor fecit.

A blank, aged page with a light beige background, showing faint, large, light blue-grey shapes that appear to be bleed-through from the reverse side. The shapes include a central circle, a horizontal rectangle at the top, a tilted square on the left, and a cluster of vertical lines at the bottom. The page is marked with numerous small brown spots (foxing) and a faint rectangular border.This image shows a blank, aged page with a light beige background. The paper is marked with numerous small brown spots, likely foxing or water damage. Faint, large, light blue-grey shapes are visible, which appear to be bleed-through from the reverse side of the page. These shapes include a central circle, a horizontal rectangle at the top, a tilted square on the left, and a cluster of vertical lines at the bottom. A faint rectangular border is also visible around the central area.