Seeing Stars of Light: Plate Three of The Seven Lamps of Architecture

Courtney Skipton Long

After Robert Willis, To Explain the Probable History of Tracery and the System of its Mouldings. Engraving, reproduced in Robert Willis, Remarks on Architecture of the Middle Ages, Especially of Italy
Fig. 11.4 After Robert Willis, To Explain the Probable History of Tracery and the System of its Mouldings. Engraving, reproduced in Robert Willis, Remarks on Architecture of the Middle Ages, Especially of Italy (Cambridge: J. & J. J. Deighton, 1835). Plate Ten.

Through careful observation of nature, architecture, and the environment, John Ruskin came to understand Gothic buildings with a distinctively ecological lens, noting organic relationships between man-made forms and a God-created world. Ruskin鈥檚 passionate advocacy for studying architecture alongside nature relates closely to the approach of natural philosophers who studied the material world empirically. For Ruskin, it was this empirical process of looking at how humans encountered the divine in nature that shaped his ideas about development in medieval architecture. He presented these ideas in his 1849 text, The Seven Lamps of Architecture and in an associated image, Plate Three, in the second chapter of the book: 鈥楾he Lamp of Truth鈥 (Fig.听11.1).[1] At a time when a standardised method for representing architectural development was being discussed and codified, Ruskin offered a new way to visualise the formation of Gothic architecture over time. This chapter looks to Plate Three as a possible framework with which to think about Ruskin鈥檚 contributions to the philosophy鈥攁nd visualisation鈥攐f change over time.

Traceries from Caen, Bayeux, Rouen, and Beauvais. Engraving
Fig. 11.1 R. P. Cuff after John Ruskin, Traceries from Caen, Bayeux, Rouen, and Beauvais. Engraving, reproduced in The Seven Lamps of Architecture (1849). Library Edition, Plate Three, facing 8.88.

In the first edition of Seven Lamps, Ruskin included fourteen soft ground etchings that he made after his own drawings. These illustrations were widely criticised for being crude and unconventional at the time of their publication. The second edition, published in 1855, attempted to refine the illustrations by including a steel-engraved frontispiece by J.听C. Armytage and by having the professional engraver R.听P. Cuff re-etch Ruskin鈥檚 original drawings.[2] Three of Ruskin鈥檚 fourteen plates focus on the representation of window traceries, while additional plates feature combinations of ornaments, mouldings, capitals, arches, sections of buildings, and pieces of sculpture. Ruskin uses conglomerate plates throughout Seven Lamps, and Plate Three is a particularly telling instance where he attempts to communicate, both verbally and visually, his thoughts about architectural development. His arrangement of windows points to his engagement with a then relatively new trend within British architectural historiography of using diagrams of Gothic windows to document the processes of successive and continuous stylistic change over time. Ruskin鈥檚 Plate Three, however, departs from previous pictorial conventions, made popular by the influential writings of the architect and antiquary Thomas Rickman (1776鈥1841) in 1817, in notable ways.

Interest in successive change over time became an increasingly popular mode of enquiry in history and religion, architecture and geology, biology and economics, and this manner of thinking was deployed to analyse all kinds of patterns and phenomena. This chapter will consider some of the influences of new ideas about, and images of, successive change over time on Ruskin鈥檚 own thinking about architecture. Ruskin鈥檚 interest in the concept of development during the 1840s was particularly influenced by two individuals who were champions of this new approach: the Anglican priest and pioneer geologist and palaeontologist, William Buckland (1784鈥1856); and the acclaimed natural philosopher, engineer, and architectural historian, Robert Willis (1800鈥75). The following discussion will offer one possible interpretation of Plate Three鈥檚 striking organisation of medieval windows and its affinities with (and distinctions from) notions of development then being deployed to map time in discourses of natural theology.

 

Tracing history through Gothic windows

In Plate Three, Ruskin illustrates six Gothic windows: three with simple paired lancets supporting an additional three that rise in a sequence of arches whose points become increasingly complex, pierced by worked stone in the form of trefoils, quatrefoils, and multifoils. Beginning in the lower right-hand corner of the page, Ruskin numbers his windows in ascending order: three across the bottom, two in the middle third of the page, and the final window, or hemicycle of windows, covering around a third of the plate, dominating the upper right corner. The examples of French Gothic fenestration that Ruskin drew include: (1) a simple trefoil under a round arch at Abbaye aux Hommes, Caen (c.1200); (2) a conglomerate window that is representative of the details found in the triforium of Eu, Coll茅giale Notre-Dame-et-Saint-Laurent (c.1226), the choir of Lisieux, Cath茅drale Saint-Pierre (c.1201鈥18), and an example of the quatrefoils, sixfoils, and septfoils found in the transept towers at Rouen, Cath茅drale Notre-Dame (c.1290); (3) a trefoil and very small quatrefoil from Coutances, Cath茅drale Notre-Dame in Normandy (c.1235鈥1350); (4) an example from the nave chapels at Rouen, Cath茅drale Notre-Dame (1265鈥75); (5) an example from the nave chapels at Bayeux, Cath茅drale Notre-Dame (c.1245鈥55); and, finally, (6) the clerestory of the apse at Beauvais, Cath茅drale Saint-Pierre (c.1272). Of these windows, Ruskin wrote, 鈥業 have drawn all these traceries as seen from within, in order to show the effect of the light thus treated, at first in far off separate stars, and then gradually enlarging, approaching, until they come and stand over us, as it were, filling the whole space with their effulgence鈥.[3] One way of viewing the blended arrangement of multiple windows from northern France is to see the increasing amount of light punctuating the darkness created by copious crosshatching as evocative of a sequential, continuous change redolent of organic growth, similar to the stages in a plant鈥檚 maturation. Text aside, Ruskin鈥檚 pictorial arrangement of windows in an ascending manner is suggestive of successive change over time, and, as Ruskin remarked, the windows help to visualise patterns of development along a historical path to a point of culmination when the 鈥榣ight had expanded to its fullest鈥, almost like a flower in full bloom.[4]

Ruskin鈥檚 Plate Three is unique both in relation to the group of drawings used to illustrate Seven Lamps and in the broader context of how diagrams were utilised to visually dissect the complex history of Gothic buildings into fragments for close study in nineteenth-century architectural histories. Thomas Rickman was the first to publish a definitive treatise on Gothic architecture, giving scholars a systematic periodisation of medieval English ecclesiastical buildings. Rickman defined four broad periods of construction that he called Norman (1066鈥1189); Early English (1189鈥1307); Decorated (1307鈥77); and Perpendicular English (1377鈥1509). He dated these periods according to the English monarchs who reigned from the Norman Conquest in 1066 until the death of Henry VII in 1509. In his An Attempt to Discriminate the Styles of Architecture in England (1817), Rickman established a nomenclature and classification of the Gothic based on an empirical method of dating that grouped architectural elements (windows, doors, piers, capitals, and so on) into categories based on their similarity. Rickman鈥檚 aim was to educate young architects to distinguish the differences between Gothic buildings and assign them to a historical period according to their visual characteristics. He wrote about how to identify the modifications of ecclesiastical buildings and how to judge their age, stating: 鈥楾he general alteration is that of windows, which is very frequent; very few churches are without some Perpendicular windows. We may therefore safely conclude that a building is as old as its windows鈥.[5] The window became Rickman鈥檚 type specimen through which he suggested that all other aspects of medieval ecclesiastical structures should be classified and arranged (Fig. 11.2). Using the window element, rather than an architectural floorplan, for instance, to organise the development of buildings was unprecedented in architectural historiography and proved to be immediately influential for the study of medieval churches.[6]

An engraving to Discriminate the Styles of Architecture in England
Fig. 11.2 W. Radclyffe after Thomas Rickman, Plate Five. Engraving, reproduced in Thomas Rickman, An Attempt to Discriminate the Styles of Architecture in England (London: John Henry Parker, 1817). Facing p. 113.
A Chronological Series of Twenty-Six Windows. Engraving, reproduced in John Britton, Chronological History and Graphic Illustrations of Christian Architecture in England (London: Longman, Rees, Orme, Brown, and Green, 1826). Plates Eighty-Three and Eighty-Four.
Fig. 11.3 After John Britton, A Chronological Series of Twenty-Six Windows. Engraving, reproduced in John Britton, Chronological History and Graphic Illustrations of Christian Architecture in England (London: Longman, Rees, Orme, Brown, and Green, 1826). Plates Eighty-Three and Eighty-Four.

Rickman, visual taxonomies of windows flourished and were included in a series of significant books such as John Britton鈥檚 Chronological History and Graphic Illustrations of Christian Architecture in England, 1826 (Fig.听11.3); Robert Willis鈥檚 Remarks on Architecture of the Middle Ages, Especially of Italy, 1835 (Fig.听11.4); Edmund Sharpe鈥檚 Treatise on the Rise and Progress of Decorated Window Tracery in England, 1849 (Fig.听11.5); Edward Augustus Freeman鈥檚 Essay on the Origin and Development of Window Tracery in England, 1851 (Fig.听11.6); and Banister Fletcher鈥檚 A History of Architecture on the Comparative Method of the Student, Craftsman, and Amateur, at the beginning of the twentieth century, in 1905 (Fig.听11.7).[7] Ruskin鈥檚 own Plate Three can be understood as a product of this new pictorial movement in British architectural historiography, but this contextualisation, however, does not fully explain the striking strangeness of Ruskin鈥檚 illustration. Even at a glance, one can see the dramatic difference in the presentation of windows in Ruskin鈥檚 plate compared to those pictorial arrangements associated with the texts published after Rickman.

After Robert Willis, To Explain the Probable History of Tracery and the System of its Mouldings. Engraving, reproduced in Robert Willis, Remarks on Architecture of the Middle Ages, Especially of Italy
Fig. 11.4 After Robert Willis, To Explain the Probable History of Tracery and the System of its Mouldings. Engraving, reproduced in Robert Willis, Remarks on Architecture of the Middle Ages, Especially of Italy (Cambridge: J. & J. J. Deighton, 1835). Plate Ten.
Edmund Sharpe, Origin of Tracery
Fig. 11.5 Edmund Sharpe, Origin of Tracery; Illustrated by a Series of Two-Light Windows. Steel engraving, reproduced in Edmund Sharpe, A Treatise on the Rise and Progress of Decorated Window Tracery in England (London: John Van Voorst, 1849). Plate B, facing p. 19. Windows: 1. and 2. St. Giles, Oxford; 3. and 4. Netley; 5. Winchester; 6. St. Cross; 7. Grasby, 8. Dowsby; 9. Etton; 10. Scotton; 11. Charlton-on-Otmoor; 12. Chiselbourne.

In these architectural histories that bookend the publication of Seven Lamps, diagrams of windows communicate two significant things: first, they signal the diversity of lancet forms found within a single type or period; and second, they demonstrate the sequential, top-down development of lancet forms, and what would later be described as ornamental tracery, within those periods. Diagrams like the ones produced for the treatise by Willis, for example, were specifically included to help visualise in grid-like fashion the fact that medieval architecture was not static in each century, as Rickman had suggested before, but that Gothic architecture was the product of a 鈥榞radual transition from Classicism occurring simultaneously in all the countries in which complete Gothic is found鈥.[8] Examining Rickman鈥檚 Plate Five (Fig.听11.2) alongside Willis鈥檚 Plate Ten (Fig.听11.4), one can see that the greatest difference between them is in the way that Rickman鈥檚 plate shows static types of fenestration while Willis鈥檚 plate captures transitions among and between the design of arched windows, leading to the emergence of tracery. In both instances, windows are used as the apparatus through which to date the whole system of Gothic architecture.

After Edward Augustus Freeman, Geometrical Tracery
Fig. 11.6 After Edward Augustus Freeman, Geometrical Tracery. Engraving, reproduced in Edward Augustus Freeman, An Essay on the Origin and Development of Window Tracery in England (Oxford and London: J. H. Parker, 1851). Plate One, facing p. 8.

Ruskin took extensive notes on Willis鈥檚 inductive method and detailed classification while preparing Seven Lamps for publication in the mid-1840s.[9] During this time, Ruskin learned to look at medieval buildings through Willis鈥檚 eyes and found that Willis, unlike anyone before him, offered more complete evidence for the changefulness of Gothic architecture through phases of sequential development delineated by increasingly complex ornamental states.[10]Ruskin used this word, 鈥榗hangefulness鈥, in Seven Lamps to describe how Byzantine builders worked, writing: 鈥業 believe they built altogether from feeling, and that it was because they did so, that there is this marvellous life, changefulness, and subtlety running through their every arrangement; and that we reason upon the lovely building as we should upon some fair growth of the trees of the Earth, that know not their own beauty鈥.[11] The analogy of architectural changefulness with the 鈥榝air growth鈥 of natural forms was not an unfamiliar idea to Willis either. Willis regularly described his groupings of architectural elements as organic 鈥榮pecimens鈥 and frequently made scientific comparisons between his examples.[12] As Willis observed in Plate Ten, the arrangement of windows denotes the development of mullions to divide a single arch into two, three, and four lancets and shows how 鈥榯wo essential characteristics of the Gothic style arose; namely, foliation and tracery鈥.[13] Those windows that did not fall neatly into groups of shared characteristics, Willis termed a 鈥榯ransitional monument鈥 and considered those specimens to signify moments of significant change within the stylistic progression of Gothic architecture over time.

In his narrative about the origins of the Gothic, however, Ruskin took issue with Willis. He dismissed Willis鈥檚 observations as an 鈥榠nexcusably absurd theory鈥 and found Willis鈥檚 idea that tracery derived 鈥榝rom imitated vegetable form[s]鈥 too limited in its analysis.[14] Instead, Ruskin argued that it was beyond doubt for the educated individual familiar with 鈥榓ny single series of consecutive examples, that tracery arose from the gradual enlargement of the penetrations of the shield of stone which, usually supported by a central pillar, occupied the head of early windows鈥.[15]The development of tracery was further recognised by Ruskin as being part of the medieval architect鈥檚 experience of watching the 鈥榮tars of light鈥 emerge from 鈥榓wkward forms鈥 and a 鈥榬ude border鈥 of stone. Of this experience, Ruskin wrote at length:

Up to that time, up to the very last instant in which the reduction and thinning of the intervening stone was consummated, his eye had been on the openings only, on the stars of light. He did not care about the stone; a rude border of moulding was all he needed, it was the penetrating shape which he was watching. But when that shape had received its last possible expansion, and when the stone-work became an arrangement of graceful and parallel lines, that arrangement, like some form in a picture, unseen and accidentally developed, struck suddenly, inevitably, on the sight. It had literally not been seen before.[16]

Recognising that Ruskin uses images to convey arguments independently of words, one possible way of reading Plate Three is to consider how a window鈥檚 gradual enlargement was affected over time. Here, the arrangement of windows from bottom to top and seen from an interior vantage seems to demonstrate that Ruskin鈥檚 approach to understanding and picturing development in medieval architecture differed significantly from the method put forward by his predecessors.

In Plate Three, Ruskin rejects the diagrammatic format of presenting Gothic windows from an exterior view and arranged according to their similarity in shape, form, and decoration. Neither does he illustrate their stylistic features in detail, nor does he draw attention to the kinds of stone used to outline the window cavity. His drawing is not focused on the comparison of each oculus or moulding, nor dedicated to the comparison of types. Rather, Ruskin focuses on the fact that 鈥榓ll the grace of the window is in the outline of its light鈥 and that as one examines each window one can see how the 鈥榞reat, pure, and perfect form of French Gothic鈥 emerges and how the 鈥榬udeness of the intermediate space had been finally conquered鈥.[17] In order to demonstrate this change, Ruskin outlines the white of the page, the light, with (as his critics had noted in 1849) crudely overlaid lines, evoking chiselled and worked stones. Ruskin not only drew the contrast of backlit windows and interior shadows, but also demonstrated through his use of line and mass how solid stone interiors gradually gave way to an increasing amount of ethereal light through the development of 鈥榙elicate lines of tracery鈥. Plate Three is a literal manifestation of Ruskin鈥檚 description, showing consecutive stages in the rise and fall of Gothic architecture, poised in sublime majesty just before its fall (like the flower in full bloom, expansive yet unsustainable, on the brink of wilting), teetering on the edge of darkness before descending again into shadow. The viewer, led by the white of the page, sees not just the outlines of lancets, but also the suggestion of sunlight and shade cast across the landscape beyond. And while the arrangement of windows illuminates Ruskin鈥檚 idea about the broadly chronological, although imperfect progression of Gothic forms over time, the loose rendering of exterior shadows similarly helps to represent Ruskin鈥檚 idea that the culmination of human achievement is 鈥榯raceable up to that glorious ridge, in a continuous line, and thence downwards鈥 into shade.[18]

In its arrangement, Plate Three portrays a series of windows that through their very composition on the page seem to express a tension about continuous development being both upward growth and downward decay. Instead of classifying windows based on their taxonomic groups or showing the variety within a single type, Ruskin demonstrates how six individual windows represent specific periods of construction and, when seen together, visualise the continuous process of transformation over time. 鈥楾he change of which I speak鈥, Ruskin wrote, 鈥榠s expressible in few words; but one more important, more radically influential, could not be. It was the substitution of the line for the mass, as the element of decoration鈥.[19] That is, the medieval mason鈥檚 ability to see beyond the limitations of the mural wall and conceive instead of tracery, of openings comprised of 鈥榞raceful and parallel lines鈥.[20] These successive changes are realised in Ruskin鈥檚 image in the way he outlines the light and conveys that with each transition in form there is a physical change to the interior architectural environment. Of this change, he noted that 鈥榯he forms of the tracery鈥 became a 鈥榥ovel source of beauty鈥 whose 鈥榠ntervening space鈥 after reaching its apex of construction 鈥榳as cast aside, as an element of decoration, for ever鈥.[21] The decline of tracery meant, for Ruskin, that these forms became 鈥榚maciated鈥 and lost their 鈥榚ssence as a structure of stone鈥.[22] Ruskin does not illustrate this faltering decline in the windows themselves, but rather alludes to the impending downfall, wafting up like a consuming cloud of darkness, in the example of the hemicycle from Beauvais.

The arrangement of windows in Plate Three collectively shows not just consecutive examples but also the transitional phases of medieval architectural development from a state of infancy (mass) that grows to one of maturity (graceful lines) and then withers as the stone is 鈥榬educed to the slenderness of threads鈥. Paradoxically, to evoke this architectural leap away from an emphasis on mass in Gothic buildings, Ruskin鈥檚 windows are surrounded not by expanses of white page, but by deep shadow, expressive of architectural substance, composed of heavy layers of vigorous crosshatching. That is, Ruskin visualises his imaginative conception of the medieval builders鈥 conflict with darkness and the triumph of line over mass in Gothic design by presenting these windows contre-jour, contrasting the dark, cross-hatched lines with the white of the paper, depicting the literal and dynamic play of bright, exterior light against the deep shadow of a once gloomy interior. In this way, Plate Three presents Ruskin鈥檚 interconnected analysis of window fragments and fragmented light. Or, to be more precise, the connection between the window cavity serving to frame the light and the light serving to inform the cavity of the window. These elements of Ruskin鈥檚 drawing are a testament to his understanding of the relationship between medieval architectural parts and the whole of Gothic building history.

English Gothic Examples. Reproduced in Banister Fletcher, A History of Architecture on the Comparative Method of the Student, Craftsman, and Amateur
Fig. 11.7 Printed by B. T. Batsford after (Sir) Banister Fletcher, English Gothic Examples. Reproduced in Banister Fletcher, A History of Architecture on the Comparative Method of the Student, Craftsman, and Amateur [1890], second edition (London: B. T. Batsford, High Holborn, 1905). Plate Seventeen, facing p. 341.

Ruskin and natural theology

Ruskin鈥檚 absorbing passion for observing the natural world from a very young age had a profound impact on his architectural criticism, and Plate Three in 鈥楾he Lamp of Truth鈥 is a product of this early practice of close looking.[23] In his youth, Ruskin was influenced by the common belief that the Biblical account of the catastrophic Great Flood, or Deluge, in the Book of Genesis explained existing natural and geological phenomena.[24] Published only a few years after Ruskin graduated from Oxford University, Seven Lamps responds to his formative childhood experiences. These early years were the foundation for his later receptivity to scholarly debates regarding ideas of 鈥榙evelopment鈥 as it was understood and theorised by natural historians, geologists, and theologians, as well as by members of the Oxford Society for Promoting the Study of Gothic Architecture, during his time at university.

Ruskin鈥檚 notions of truth to nature and truth in nature were fundamentally connected to his belief that it was his Christian duty to represent the world with strict fidelity as a means to lead the viewer to God.[25] It was the naturalists and philosophers Ruskin encountered as a student at Oxford who helped him to form his opinions about the relationship between nature and architecture. Some of these influential figures included his natural history instructor William Buckland, his lifelong friend and social-welfare advocate Dr Henry Acland (1815鈥1900), and the philosopher and social commentator Thomas Carlyle (1795鈥1881).[26] Though Ruskin鈥檚 Oxford curriculum is familiar, it is nevertheless worth restating that while he was enrolled in the Classics programme, he quickly turned his attention to advanced study of one of his childhood passions: geology. After only a month at the university, Ruskin joined Buckland鈥檚 lectures on mineralogy, and quickly became one of his most avid followers.

In his lectures, Buckland discussed how the study of rock formations and the layering of the Earth鈥檚 minerals offered evidence in support of the truthfulness of catastrophic moments, like the Great Flood, as they are narrated in the Bible.[27] Interpreting visible evidence of seismic shifts made it possible to conclude that any changes after God 鈥榗alled the drie land, Earth 鈥 [and] saw that it was good鈥 were still part of a divine plan for the Earth鈥檚 creation.[28] Buckland鈥檚 notions of development in the study of mineralogy allowed him, as Van Akin Burd observed, 鈥榮ome latitude in interpreting the chronology of Genesis鈥 without contradicting scripture.[29] Yet, in the early decades of the nineteenth century, the accepted understanding of the earth鈥檚 formation according to principles of natural theology were publicly challenged by new evidence suggesting that the Earth had changed over time and was still in a process of being formed. Many of these discussions in Victorian Britain about 鈥榙evelopment鈥, broadly speaking, were widely influenced by debates and reflections then taking place in France.

Following the work of Jean-Baptiste Lamarck (1744鈥1829) and his Philosophie Zoologique (Zoological Philosophy, 1809), in which he outlined a process of organic change and the inheritance of acquired characteristics in successive species over time, comparative anatomists at the University College, London, the Royal College of Surgeons, and at Oxford University, among other academic institutions and affiliated societies, considered the possibility of a dynamic theory of species transformation as a means to understand development in the natural world.[30] The geologist Charles Lyell (1797鈥1875), author of Principles of Geology (1830), for instance, who had been a student of Buckland while at Oxford and who went on to contest the notion of development outlined by his former mentor, suggested that the age of the Earth could be charted by 鈥榝orces still in action鈥 (Uniformitarianism) rather than understood as fixed by an ancient disaster (Catastrophism).[31] Debates about the formation and transformation of the Earth and its inhabitants persisted at Oxford, and Ruskin would have had the opportunity to participate in these discussions through Buckland鈥檚 academic affiliation and professional connections. The significance of these debates in shaping Ruskin鈥檚 own thinking about development in architecture was profound.[32]

In response to these debates about the transformation of the Earth and the mutability of species, Buckland contributed, along with William Whewell (1794鈥1866) and others, to the Bridgewater Treatises on the Power, Wisdom, and Goodness of God, as Manifested in the Creation (1833鈥6). The eight treatises argued for the existence of God as an explanation for and answer to pressing scientific questions.[33] Buckland authored Treatise Six on the 鈥楪eology and Mineralogy Considered with Reference to Natural Theology鈥. In this treatise, Buckland commented on the idea of origins and the related concepts of development and advancement of the Earth鈥檚 history, stating:

In the consideration of other strata, we find abundant evidence in the presence of organic remains, in proof of the exercise of creative power, and wisdom, and goodness, attending the progress of life, through all its stages of advancement upon the surface of the globe; so, from the absence of organic remains in the primary strata, we may derive an important argument, showing that there was a point of time in the history of our planet, 鈥 antecedent to the beginning of either animal or vegetable life.[34]

Buckland鈥檚 popular lectures at Oxford drew from his recent writings for the Bridgewater Treatises, and Ruskin would have heard Buckland lecture on geology as it 鈥榚xtends its researches into regions more vast and remote, than come within the scope of any other physical science except Astronomy鈥.[35] 鈥楪eology鈥, Buckland continues:

not only comprehends the entire range of the mineral kingdom, but includes also the history of innumerable extinct races of animals and vegetables; in each of which it exhibits evidences of design and contrivance, and of adaptations to the varying condition of the lands and waters on which they were placed; Evidences like these make up a history of a high and ancient order, unfolding records of the operations of the Almighty Author of the Universe, written by the finger of God himself, upon the foundations of the everlasting hills.[36]

Subsequently, Buckland deliberately opposes 鈥榮ome speculative philosophers鈥欌攁nd condemns Charles Lyell and his 鈥榮hifting hypothesis鈥, in particular鈥攆or their reference, as Buckland says, to 鈥榯he origin of existing organizations, either to an eternal succession of the same species, or to the formation of more recent from more ancient species, by successive developments, without the interposition of direct and repeated acts of creation鈥. Here, Buckland seems to use the word 鈥榙evelopment鈥 in contempt of notions about evolutionary adaptation and the word 鈥榗reation鈥 in support for the action of the 鈥楢lmighty Author鈥.[37] Buckland concludes his Bridgewater Treatise on 鈥楪eology and Mineralogy鈥 stating that:

We conceive it undeniable, that we see, in the transition from an Earth peopled by one set of animals to the same Earth swarming with entirely new forms of organic life, a distinct manifestation of creative power transcending the operation of known laws of nature: and, it appears to us, that Geology has thus lighted a new lamp along the path of Natural Theology.[38]

It was perhaps a short step from Buckland鈥檚 鈥榣amp鈥 along the path of natural theology to Ruskin鈥檚 鈥榣amps鈥 of architecture: each sought to illuminate how the work of the Almighty Author manifested His creative hand through the manipulation of earth and hewn rock. Yet, in Ruskin鈥檚 personal correspondence and later publication The Stones of Venice (1851鈥3), one can read, as Clive Wilmer has demonstrated, that Ruskin found creationist ideologies too restrictive to explain the changes that he observed taking place in nature and in architecture. He spent much of the 1840s wrestling with nascent evolutionary and materialist theories in the natural sciences and trying to reconcile his belief that the geological evidence supported scriptural history with Lyell鈥檚 idea of Uniformitarianism, the latter mirroring his own ideas about development in nature and architecture.[39] Though architectural historiographers before Ruskin discussed this material in a way that harmonised more closely with the binomial classification system formalised by Carl Linnaeus (1707鈥78) in his Systema Naturae (1735), Ruskin鈥檚 method of visualising the mutability of forms from simple to complex window arches in Plate Three alludes to that other inescapable, though controversial, theory advanced by Lamarck, Georges Cuvier (1769鈥1832), Louis Agassiz (1807鈥73), and, of course, Charles Darwin (1809鈥82) about species鈥 evolution through successive mutations.[40] In this light, The Seven Lamps and Plate Three seem to emerge as early instances where one can see the tensions between Ruskin鈥檚 competing ideas about development finding both visual and verbal expression.

 

Development in 鈥楾he Lamp of Truth鈥

In Plate Three, the window and its tracery present the means through which to mark the gradual evolution, or 鈥榩rocess鈥 as Ruskin notes, of Gothic architecture over time. He identifies a 鈥榞reat pause鈥 in the progress of Gothic architectural innovation, 鈥榳hen the space and the dividing stone-work were both equally considered鈥, and this can be seen in the example from the clerestory of the apse of Beauvais.[41] Lasting a period of less than fifty years, Ruskin notes how the forms of tracery became a 鈥榥ovel source of beauty鈥 and how the rude stone of the intervening space was ignored as a possible element of decoration.[42] To chart this development, Ruskin notes that, like Rickman and others, 鈥業 have confined myself, in following this change, to the window, as the feature in which it is clearest鈥.[43] As a whole, then, Plate Three traces the formation of Gothic architecture and denotes moments of demonstrable architectural change, as well as shifts in thought and understanding on the part of the architect, and captures the apex of an epochal moment amid centuries of transition.[44]

Focusing on the idea of change in medieval buildings, Ruskin speaks of how 鈥榣ight expanded to its fullest鈥 through the 鈥榞radual enlarging鈥 of lancets, how 鈥榯racery marks a pause between the laying aside of one ruling principle, and the taking up of another鈥, and how Plate Three visualises what he describes as a 鈥榞reat watershed鈥 in the development of tracery between the thirteenth and the fourteenth centuries. Ruskin articulates in poetic fashion the importance of discarding heavy stone mullions in favour of delicate, intertwining stone tracery鈥攁 change that belied the material鈥檚 strong character鈥攊llustrating the mutability of French medieval window specimens across time.

Attributing the refinement of stone and the diminishing of mass in favour of line to the architect鈥檚 creativity, Ruskin tells of the birth of tracery as an element that became a universal feature of medieval architecture.[45] Yet, while Ruskin praised the architect鈥檚 beautiful tracery that masterfully illumined Gothic interiors, he also showed how truth was ruptured by the loss of honest material forms, stating that:

The architect was pleased with this his new fancy, and set himself to carry it out; and in a little time, the bars of tracery were caused to appear to the eye as if they had been woven together like a net. This was a change which sacrificed great truth; it sacrificed the expression of the qualities of the material; and, however delightful its results in their first development, it was ultimately ruinous.[46]

Freedom of creativity should never take precedence over truth to materials. On falsely apprehending stone as elastic, Ruskin asserts that:

when the tracery is assumed to be as yielding as a silken cord; when the whole fragility, elasticity, and weight of the material are to the eye, if not in terms, denied; when all the art of the architect is applied to disprove the first conditions of his working, and the first attributes of his materials; this is a deliberate treachery, only redeemed from the charge of direct falsehood by the visibility of the stone surface, and degrading all the traceries it affects exactly in the degree of its presence.[47]

In suggesting that the integrity of the window is lost when the materials used for its creation cease to be communicated, Ruskin forces his readers to acknowledge that progress is not inevitable or indeed linear. And much like his depiction of the hemicycle at Beauvais descending into darkness, 鈥榮o fell the great dynasty of medieval architecture鈥, Ruskin wrote, 鈥榖ecause it had lost its own strength and disobeyed its own laws鈥.[48]

The development of tracery, for Ruskin, was like a traveller climbing a mountain鈥斺榓ll had been ascent鈥欌攁nd then cresting the ridge, realising that 鈥榓fter it, all was decline鈥.[49] The architectural chain of being that Ruskin presents in Plate Three communicates his own sampling of the continuous shifts that he envisioned to be taking place in the medieval period, but of the development of the style and its principles into the nineteenth century, all Ruskin saw of his beloved Gothic was 鈥榬etrograde鈥.[50] Through the inclusion of Plate Three in Seven Lamps, Ruskin acknowledges that these developments did not take place at once, but were rather parts, or moments, within a broader range of development and slow decay, much like organic growth and natural senescence. Like a journey through the Alps, medieval builders had ascended to new heights and as they 鈥榙escended towards a new horizon鈥, Ruskin wrote, they plunged downwards 鈥榳ith every forward step into a more cold and melancholy shade鈥.[51] Like the Great Flood that cleansed the Earth of human debasement, Ruskin鈥檚 moral statement in his narrative of the development of a divinely inspired Gothic architecture is his prophetic call to nineteenth-century builders to adhere to the truth of materials, otherwise this world too will fall into retribution.

 

Plate Three: continuity and change

Observing the progress and decline of Gothic architecture was, for Ruskin, like everything else for him in the nineteenth century, a cause for contradictory feelings. As the viewer looks at Plate Three, her gaze ascends Ruskin鈥檚 image and comprehends the progressively thinning mass and the slow expansion of delicate lines that surround the great, late-Gothic hemicycle at Beauvais Cathedral, and she is invited to consider what the next iteration of window might look like, beyond the frame and atop this great expanse. For Ruskin, there could only be descent, however, and he says as much of the medieval builder鈥檚 experience, who upon 鈥榬eaching the place that was nearest heaven, the builders looked back, for the last time, to the way by which they had come, and the scenes through which their early course had passed. They turned away from them and their morning light, and descended towards a new horizon鈥.[52]

Indebted to the publications of Rickman, Britton, Willis, and Sharpe, who created a system for classifying and documenting the history of medieval ecclesiastical architecture, and to the debates about the formation of the Earth according to theories of Catastrophism and Uniformitarianism, Ruskin wrestled with contradictory ideas, turned away from some and incorporated others, to invent a new and compelling way to represent the contours of history visually. By rejecting the newly standardised method of examining medieval windows from the exterior and in a top-down grid, Plate Three in Seven Lamps heightens Ruskin鈥檚 articulation of a different view of architectural history, one that is more expansive in its consideration of the structure, character, nature, and function of tracery鈥攖o allow light to cut through the mass of darkness of an interior space. Conversely, Ruskin鈥檚 distinct ecological approach draws on the notion of upward-leading stages of development as suggested by natural historians to understand the change that he found in nature, yet all the while remaining firmly attached to cyclical theories of civilisation. Ruskin seems to wrestle with these ideas in Plate Three and applies them to the divinely inspired, but man-made ecclesiastical architecture of the medieval period, as a means to capture the contours of development, and show the continuousness of change in an almost spiral-like fashion on a single page. And like the builders who came upon those 鈥榮tars of light鈥 for the first time and saw in them the possibility of future effulgence, Ruskin鈥檚 Plate Three offers a view of the past and a representation of history that had 鈥榣iterally not been seen before鈥.[53]

 

Acknowledgements

The author is grateful to the editors, Kelly Freeman and Thomas Hughes, for the opportunity to contribute to this volume, to Robert Hewison and Richard Read for very useful discussions about Ruskin鈥檚 thinking and visual methodology, and to Christopher Drew Armstrong and Matthew Hargraves for offering invaluable comments on earlier drafts of this chapter.

 

Citations

[1] Ruskin, 8.1 (The Seven Lamps of Architecture, 1849).
[2] Michael Wheeler and Nigel Whiteley (eds.), The Lamp of Memory: Ruskin, Tradition and Architecture (Manchester: Manchester University Press, 1992), pp.听152, 155.
[3] Ruskin, 8.89.
[4] Ruskin, 8.89.
[5] Thomas Rickman, An Attempt to Discriminate the Styles of Architecture in England (London: John Henry Parker, 1817), pp.听234鈥5.
[6] There is evidence that the antiquarian John Aubrey (1626鈥97) used windows to document change over time in Gothic buildings, but his text and images remained unknown to the nineteenth-century authors discussed here. For further discussion see: Courtney Skipton Long, 鈥楥lassifying Specimens of Gothic Fenestration: Edmund Sharpe鈥檚 New Taxonomy of English Medieval Architecture鈥, Architectural Theory Review 22:2 (2018): p.听175; Howard Colvin, Essays in English Architectural History (New Haven: Paul Mellon Centre for Studies in British Art, Yale University Press, 1999), p.听208; and Olivia Horsfall Turner, 鈥溾楾he Windows of This Church Are of Several Fashions鈥: Architectural Form and Historical Method in John Aubrey鈥檚 鈥淐hronologia Architectonica鈥濃, Architectural History 54 (2011): p.听171.
[7] John Britton, Chronological History and Graphic Illustrations of Christian Architecture in England (London: Longman, Rees, Orme, Brown, and Green, 1826); Robert Willis, Remarks on Architecture of the Middle Ages, Especially of Italy (Cambridge: J. & J.听J. Deighton, 1835); Edmund Sharpe, A Treatise on the Rise and Progress of Decorated Window Tracery in England (London: John Van Voorst, 1849); Edward Augustus Freeman, An Essay on the Origin and Development of Window Tracery in England (Oxford and London: J.听H. Parker, 1851); and Banister Fletcher, A History of Architecture on the Comparative Method of the Student, Craftsman, and Amateur [1890], second edition, (London: B.听T. Batsford, High Holborn, 1905).
[8] Willis, Remarks on the Architecture of the Middle Ages, p.听94. See also Alexandrina Buchanan鈥檚 discussion about how Willis problematised the concept of transition: Robert Willis (1800鈥1875) and the Foundation of Architectural History (Rochester NY: The Boydell Press and Cambridge University Library, 2013), p.听80. And, for a helpful theoretical approach to thinking about diagrams, see John Bender and Michael Marrinan, The Culture of Diagram (Stanford: Stanford University Press, 2010), p.听19.
[9] Ruskin, 8.xx鈥搙xi; xi.
[10] Ruskin, 8.209 (The Seven Lamps of Architecture, 1849).
[11] Ruskin, 8.209.
[12] Buchanan, Robert Willis (1800鈥1875) and the Foundation of Architectural History, p.听97.
[13] Willis, Remarks on the Architecture of the Middle Ages, p.听40; and Buchanan, Robert Willis (1800鈥1875) and the Foundation of Architectural History, p.听92.
[14] Ruskin, 8.87 (The Seven Lamps of Architecture, 1849).
[15] Ruskin, 8.88.
[16] Ruskin, 8.90鈥1.
[17] Ruskin, 8.89.
[18] Ruskin, 8.90.
[19] Ruskin, 8.90.
[20] Ruskin, 8.91.
[21] Ruskin, 8.91.
[22] Ruskin, 8.92.
[23] See Tara Contractor, 鈥楳ountains in Miniature: Ruskin鈥檚 Sketching and Empowerment鈥, in Tara Contractor, Victoria Hepburn, Judith Stapleton, Courtney Skipton Long, and Tim Barringer (eds.), Unto This Last: Two Hundred Years of John Ruskin (New Haven: Yale University Press, 2019), pp.听36鈥7.
[24] Robert Hewison, John Ruskin: The Argument of the Eye (Princeton: Princeton University Press, 1976), p.听27.
[25] See Mark Swenarton, Artisans and Architects: The Ruskinian Tradition in Architectural Thought (New York: St听Martin鈥檚 Press, 1988) where he discusses that 鈥楴ature鈥 for Ruskin was a theological as well as physical construct, made by God.
[26] Van Akin Burd, 鈥楻uskin and His 鈥淕ood Master鈥 William Buckland鈥, Victorian Literature and Culture 36 (2008): pp.听299鈥315; Henry W. Acland, John Ruskin, and John Phillips, The Oxford Museum: Remarks Addressed to a Meeting of Architectural Societies, second edition (Oxford: J.听H. and J. Parker etc., 1860); and Carla Yanni, 鈥楧evelopment and Display: Progressive Evolution in British Victorian Architecture and Architectural History鈥, in Bernard Lightman and Bennett Zon (eds.), Evolution and Victorian Culture (Cambridge: Cambridge University Press, 2014), pp.听236, 256.
[27] Aileen Fyfe, 鈥楾he reception of William Paley鈥檚 Natural Theology in the University of Cambridge鈥, The British Journal for the History of Science 30:3 (1997): p.听329; John Holmes, The Pre-Raphaelites and Science (New Haven: Yale University Press, 2018), p.听10.
[28] Genesis 1:10, King James Bible, King James Version (KJV), 1611.
[29] Burd, 鈥楻uskin and His 鈥淕ood Master鈥 William Buckland鈥, p.306.
[30] Long, 鈥楥lassifying Specimens of Gothic Fenestration鈥, p.听179; Phillip Sloan, 鈥楨volutionary Thought Before Darwin鈥, in Edward N. Zalta (ed.), The Stanford Encyclopedia of Philosophy (Winter 2019 Edition), accessed January 2020, .
[31] Burd, 鈥楻uskin and His 鈥淕ood Master鈥 William Buckland鈥, pp.听300, 304; and Robert Hewison, Ruskin and Oxford: The Art of Education (Oxford: Clarendon Press, 1996), p.听3.
[32] Hewison, The Argument of the Eye, p.听23; and Clive Wilmer, 鈥樷淣o such thing as a flower 鈥 no such thing as a man鈥: John Ruskin鈥檚 response to Darwin鈥, in Valerie Purton (ed.), Darwin, Tennyson and Their Readers: Explorations in Victorian Literature and Science (London: Anthem Press, 2013), p.听99.
[33] Jonathan Topham, 鈥楽cience and Popular Education in the 1830s: The Role of the 鈥淏ridgewater Treatises鈥濃, The British Society for the History of Science 25:4 (1992): pp.听397, 403; and Richard J. Helmstadter and Bernard V. Lightman (eds.), Victorian Faith in Crisis: Essays on Continuity and Change in Nineteenth-Century Religious Belief (Stanford: Stanford University Press, 1990).
[34] William Buckland, 鈥楪eology and Mineralogy Considered with Reference to Natural Theology鈥, in The Bridgewater Treatises on the Power, Wisdom and Goodness of God, as Manifested in the Creation, Treatise Six (London: W. Pickering, 1836), p.听53.
[35] Buckland, 鈥楪eology and Mineralogy Considered with Reference to Natural Theology鈥, p.听17.
[36] Buckland, 鈥楪eology and Mineralogy Considered with Reference to Natural Theology鈥, pp.听7鈥8.
[37] Buckland, 鈥楪eology and Mineralogy Considered with Reference to Natural Theology鈥, p.听54.
[38] Buckland, 鈥楪eology and Mineralogy Considered with Reference to Natural Theology鈥, p.听586.
[39] Wilmer, 鈥樷淣o such thing as a flower 鈥 no such thing as a man鈥濃, p.听98.
[40] Wilmer, 鈥樷淣o such thing as a flower 鈥 no such thing as a man鈥濃, p.听102.
[41] Ruskin, 8.91 (The Seven Lamps of Architecture, 1849).
[42] Ruskin, 8.91.
[43] Ruskin, 8.91.
[44] Ruskin, 8.91.
[45] Ruskin, 8.91.
[46] Ruskin, 8.92.
[47] Ruskin, 8.92.
[48] Ruskin, 8.98.
[49] Ruskin, 8.89.
[50] Ruskin, 8.90.
[51] Ruskin, 8.90.
[52] Ruskin, 8.90.
[53] Ruskin, 8.91.

DOI: 10.33999/2021.67

Citations