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The following passage is adapted from an article on the history of science, focusing on the development of continental drift theory.

[Paragraph 1] (lines 1–10)
Alfred Wegener is best remembered today for his theory of continental drift, which he proposed in 1912. However, his formal training was in astronomy and meteorology. The geological establishment of the early twentieth century was highly specialized and resistant to outsiders, viewing Wegener’s lack of geological credentials with skepticism. Yet, it was precisely his meteorological background that allowed him to approach the Earth’s features with a fresh perspective, analyzing global climate patterns and fossil distributions to construct a unified theory of a shifting Earth.

[Paragraph 2] (lines 11–22)
Wegener's meteorological research in Greenland proved crucial to his thinking, though contemporary geologists dismissed these expeditions as irrelevant. By studying polar air currents and glacial movement, Wegener began to view the Earth's crust not as a rigid shell, but as a dynamic system subject to massive, slow-moving forces. He reasoned that if giant ice sheets could flow under the influence of gravity, entire continents might similarly migrate over geological time. This glaciological perspective provided the conceptual bridge that enabled him to visualize continental movement in a way that traditional geology could not.

Which of the following best expresses the main idea of Paragraph 2 (lines 11–22)?

In the dry tropical forests of Central America, a remarkable ecological partnership exists between the bullhorn acacia tree (*Acacia cornigera*) and a specific species of stinging ant (*Pseudomyrmex ferruginea*). This relationship is a classic example of obligate mutualism, a biological interaction where two different species rely so heavily on each other that neither can survive long-term in the other's absence. While the vast majority of terrestrial plants develop complex chemical toxins, bitter tannins, or dense physical barriers like thorns to deter hungry herbivores, the bullhorn acacia has evolved a highly specialized strategy that effectively outsources its defense to an aggressive, hyper-vigilant animal ally.

The bullhorn acacia provides its resident ants with both secure housing and constant sustenance. The tree features large, swollen thorns that resemble the horns of a bull. These thorns are filled with a soft, pithy center that the queen ant easily hollows out to lay her eggs, establishing a colony that eventually numbers in the thousands. In addition to this safe housing, the tree offers two specialized food sources that serve no function other than to feed the ants. At the tips of its new leaflets, the acacia produces small, orange-colored structures called Beltian bodies, which are rich in proteins and lipids. Furthermore, the tree possesses extrafloral nectaries—specialized glands located at the base of its leaves that secrete a sweet, sugar-rich liquid. For the ants, the bullhorn acacia is a self-contained ecosystem that meets all their nutritional and developmental requirements.

In exchange for this steady supply of food and shelter, the ants provide the acacia with an active and highly aggressive defense system. The ants patrol the branches of the tree continuously, twenty-four hours a day. When a herbivorous insect, such as a hungry caterpillar, grasshopper, or beetle, lands on the leaves, the ants immediately swarm and attack, biting and stinging the intruder until it drops from the tree. The ants are even known to deter much larger mammals; if a deer or goat attempts to feed on the acacia's foliage, the ants will flood out of their thorn nests and attack the animal's sensitive nose and mouth. Beyond defending against animal threats, the ants also protect the tree from plant competitors. They actively prune away vines, weeds, and seedlings that grow near the base of the acacia or come into contact with its branches. By clearing this surrounding vegetation in a small radius around the trunk, the ants prevent other plants from shading the acacia, ensuring it receives maximum sunlight.

This symbiotic defense is highly dynamic compared to traditional, static plant defenses. When an insect feeds on a plant that uses chemical defenses, the plant must synthesize toxins, which can be metabolically expensive and take hours or days to take effect. In contrast, the acacia's ant guard responds almost instantly to physical disturbance. Scientific studies have demonstrated the critical nature of this relationship by comparing trees with ants to those without. When the ants are experimentally removed from a bullhorn acacia, the tree is quickly defoliated by herbivores and encroached upon by competing vines, usually dying within a few months. This stark outcome highlights just how dependent the tree has become on its insect protectors.

Ultimately, the relationship between the bullhorn acacia and the acacia ant illustrates the profound influence of mutualism on evolutionary adaptation. By co-evolving physical structures and behaviors that benefit one another, both species have secured a successful survival strategy in a highly competitive environment. The study of this relationship continues to provide ecologists with vital insights into the complex web of interactions that sustain tropical ecosystems, showing that cooperation can be just as powerful an evolutionary force as competition.

Which of the following best describes the primary purpose of the passage as a whole?

The following passage is adapted from an essay about a theater director's creative process:

"The director’s rehearsal style was not a mechanical march through the script, but rather a fluid conversation. In the early weeks, she allowed the actors to wander through their scenes, encouraging them to test the boundaries of their characters. Some cast members found this lack of structure unsettling, feeling as though they were casting about in a fog without a compass. However, by mid-October, the scattered elements of the production began to crystallize. The lead actor, who had previously delivered his lines with a wooden stiffness, suddenly found his footing, bringing a warm vitality to the protagonist. The set design, too, transitioned from a chaotic jumble of sketches into a cohesive visual language that mirrored the play’s shifting moods. In the final weeks before opening night, the director began to tighten the screws, demanding absolute precision in pacing and movement. What had once been a loose assembly of ideas was now a finely tuned engine, ready to run."

Based on the passage, match each of the highlighted figurative expressions to the definition that best represents its meaning in context.

Based on the passage, match each physical or historical detail of the painting on the left with the implicit relationship or conclusion it supports on the right.

Beatriz adjusted the magnification lenses on her visor, peering at the upper-right quadrant of the landscape. For generations, the canvas had been cataloged as a depiction of a serene autumn dusk. However, as her scalpel gently lifted a brittle layer of yellowed dammar varnish, a cooler palette of titanium white and cerulean blue emerged beneath the sky. These pigments, she noted, were absent from the bottom quadrant, where the dark, heavy earth-tones remained untouched. Furthermore, the brushstrokes of the upper section were hurried, executed with a stiff hog-bristle brush, whereas the lower half exhibited the soft, blended marks of camel hair. Beatriz recalled the ledger of the guild from 1648, which noted that van Eyck had contracted a severe tremor in his final years, forcing him to employ apprentices for skies and background fillers. As she cleared away the final traces of the varnish, Beatriz smiled faintly; the contrast in technique was not a painter's artistic choice, but a historical marker of physical decline. The sky, vibrant and chaotic, stood in stark opposition to the quiet, meticulous earth below, telling two very different stories of the same studio.

Although the council members were initially skeptical of the proposed community garden, Dr. Vance continued to champion the project at every local meeting. She argued that the green space would not only beautify the neighborhood but also foster a stronger sense of community. Dr. Vance organized volunteer drives, secured corporate sponsorships, and drafted detailed proposals to demonstrate the garden's viability. Through her persistent advocacy, she eventually convinced the skeptics to approve the initiative, showing how one dedicated individual can influence civic policy.

As it is used in the passage, the word "champion" most nearly means which of the following?

Ecologists studying forest management generally align with one of two competing philosophies: active intervention and passive preservation. Proponents of active intervention argue that because human activity has altered natural landscapes, deliberate actions such as controlled burns are necessary to maintain forest health. They contend that periodic, low-intensity burns mimic natural ecological cycles, clearing underbrush and preventing the accumulation of fuel that leads to catastrophic wildfires. In contrast, advocates of passive preservation view forests as resilient, self-regulating systems that should be left to natural processes. They argue that human intervention, even when well-intentioned, frequently introduces unforeseen ecological imbalances and disrupts habitats. For preservationists, allowing natural succession to occur without interference is the most effective way to foster biodiversity.

Based on the passage, which of the following statements best describes how the philosophy of active intervention compares to that of passive preservation?

Passage

In the early 1970s, composer and environmentalist R. Murray Schafer introduced the term "soundscape" to describe the acoustic environment as an ecological entity, urging a shift in how we perceive our relationship with sound. Before Schafer’s work, the prevailing scientific and municipal approach to sound was almost exclusively negative, categorized under the rubric of "noise abatement." Noise was treated as a localized pollutant—a by-product of industrialization to be muffled, isolated, or regulated through decibel limits. While Schafer did not dismiss the physical harms of high-decibel exposure, he argued that this narrow focus on noise control missed a more profound crisis: the qualitative degradation of our auditory environment and the progressive loss of what he termed "acoustic ecological health."

To Schafer, a healthy soundscape is one in which sounds are distinct, meaningful, and balanced, functioning like a complex biological ecosystem. He distinguished between two primary states of the acoustic environment: "hi-fi" (high fidelity) and "lo-fi" (low fidelity). A hi-fi soundscape is characterized by a high signal-to-noise ratio; it is a landscape—typically rural or pre-industrial—where natural sounds (wind, water, animal calls) can be heard clearly over long distances, and where even quiet sounds possess distinct shapes. In contrast, the modern urban environment is predominantly lo-fi. Here, a dense, continuous wall of broad-band noise—generated by combustion engines, air conditioning units, and electrical hums—masks individual acoustic events. In a lo-fi environment, sounds overlap and blur into an undifferentiated acoustic fog, forcing citizens to shut down their listening faculties as a defense mechanism.

This defense mechanism, Schafer contended, has severe psychological and cultural consequences. When individuals habitually tune out their surroundings to escape auditory overload, they lose the capacity for deep, active listening. Listening becomes passive, and the environment is reduced to mere background accompaniment. Schafer believed that this auditory alienation severs a vital link between humans and their geographic locales. Historically, localized sounds—the unique ring of a town church bell, the specific creak of wooden docks, or the localized calls of native birds—served as "soundmarks," acoustic equivalents to landmarks that anchored communities and fostered a shared sense of place. The homogenization of the modern urban soundscape, dominated by the globally uniform drone of machinery, erases these soundmarks, leaving cities acoustically indistinguishable and their inhabitants sensorially displaced.

Consequently, the primary objective of acoustic ecology is not merely the reduction of noise levels through mechanical baffling, but the active curation of the soundscape. Acoustic ecologists advocate for "ear cleaning" exercises to re-educate the public in active listening, and they collaborate with urban planners to design spaces that preserve natural sounds and foster acoustic variety. Critics, however, have questioned the feasibility and ideological foundations of this framework. Some argue that Schafer’s dichotomy between the "pristine" rural hi-fi and the "polluted" urban lo-fi is rooted in a romanticized, anti-modern nostalgia that demonizes the sounds of human labor and technological progress. They point out that urban soundscapes, far from being mere noise, are rich with cultural meaning, social vitality, and localized histories of their own.

Nevertheless, the legacy of acoustic ecology lies in its fundamental reframing of sound from an invisible nuisance to a shared cultural and environmental resource. By demanding that we treat the auditory world not as a waste bin for industrial residue but as an aesthetic composition of which we are all co-authors, the movement challenges us to engage with our ears as actively as we do with our eyes.

Which of the following best describes the primary purpose of the passage as a whole?

In the early nineteenth century, London's rapid population growth severely strained its waste management system. The widespread adoption of the flush toilet, ironically intended to improve domestic hygiene, exacerbated the crisis. These toilets emptied into existing cesspools, which quickly overflowed into the city's outdated street sewers. Designed originally to carry away rainwater, the sewers discharged directly into the Thames River, turning it into an open sewer. By the hot summer of 1858, the sluggish, waste-laden river began to ferment under the intense heat, creating a stench so overpowering that it disrupted parliamentary sessions in Westminster. This crisis, known as the 'Great Stink,' ultimately forced Parliament to overcome years of political inertia and fund a massive, centralized sewage system designed by Joseph Bazalgette. While public health advocates had long warned of cholera outbreaks, it was the threat of legislative paralysis caused by the physical odor at Westminster, rather than epidemiological concern, that served as the immediate catalyst for municipal reform.

Based on the passage, the overflow of London's cesspools was directly caused by which of the following?

Passage:

In early nineteenth-century metallurgy, the refinement of iron was revolutionized by two competing processes: the dry puddling method developed by Joseph Hall and the wet puddling method, also known as the "pig boiling" process. While both techniques aimed to convert brittle cast iron into malleable wrought iron by oxidizing carbon impurities, they utilized different furnace linings and chemical reactions. Hall’s dry puddling process employed a lining composed primarily of roasted iron ore (known as "bull-dog"), which reacted directly with the molten pig iron without requiring the addition of slag or scale. This resulted in a relatively controlled reaction with minimal foaming. Conversely, the wet puddling process, pioneered by ironmasters in South Wales, relied on a lining of iron oxide paste mixed with rich tap cinder. This mixture induced a violent, effervescent reaction where the molten metal appeared to "boil" as carbon monoxide gas escaped rapidly. Furthermore, whereas dry puddling was highly efficient at refining iron containing low silicon content, wet puddling was specifically adapted to handle high-silicon pig iron, though it required significantly more manual labor to stir the bubbling mass.

According to the passage, which of the following describes a key difference between the wet puddling process and the dry puddling method?

Although she would eventually spend decades as a renowned marine biologist, Clara’s interest in oceanography did not begin in a laboratory. It was sparked during a family trip to the coast when she was ten years old, where she found a fossilized shark tooth on the beach. Years later, after enrolling in college to study literature, she took a required science course that reminded her of that childhood discovery and prompted her to change her major. Following her graduation, she immediately joined a research expedition in the Pacific, which solidified her career path.

According to the passage, which of the following events occurred immediately before Clara joined a research expedition in the Pacific?

Although she would later be celebrated for her pioneering work in deep-sea acoustics, Dr. Alistair Vance began her career in a dusty university archive, cataloging the papers of the nineteenth-century naturalist Arthur Sterling. In the summer of 1994, while examining a folder of Sterling's correspondence from his final voyage in 1882, Vance stumbled upon a series of sketches detailing an unidentified marine organism. Sterling’s diary, which she consulted immediately after finding the sketches, revealed that he had captured the creature off the coast of Iceland just weeks before his vessel was shipwrecked. It wasn't until a decade after her archival discovery, however, that Vance secured the funding to lead an expedition to the same Icelandic trench. In 2006, utilizing a newly developed submersible, her team finally recorded the first live footage of the organism, validating the sketches she had unearthed twelve years prior.

Based on the passage, the funding for Vance’s voyage to Iceland was secured:

For decades, forest management policies in the American West were guided by a simple principle: all wildfires must be suppressed immediately. Fire was viewed strictly as a destructive agent that threatened timber resources and wildlife. However, ecologists studying the lodgepole pine forests began to observe a curious phenomenon. These trees produce serotinous cones, which are sealed shut by a tough resin. The cones can remain on the tree or the forest floor for years, holding viable seeds inside, yet they will not open to release them under normal conditions. It is only when the extreme heat of a forest fire melts the resin that the cones open, dispersing seeds onto the freshly cleared, nutrient-rich soil left behind by the blaze. Furthermore, without periodic fires to clear out the dense understory, shade-tolerant species eventually crowd out the young pines, preventing new generations from establishing themselves. These findings forced researchers to reconsider the ecological role of fire, recognizing it not as a purely negative force, but as a vital partner in the life cycle of certain forest ecosystems.

Which of the following best expresses the primary main idea of the passage?

While both the Norse seafarers of the North Atlantic and the Polynesian navigators of the Pacific successfully traversed vast open oceans without modern instruments, their methodologies relied on fundamentally different environmental interactions. Norse navigation was primarily episodic and dependent on transient celestial and physical markers. To navigate the foggy, storm-prone northern seas, Norse sailors utilized the 'sunstone'—a polarizing crystal of Iceland spar that could locate the sun even through heavy overcast—and closely observed the migratory patterns of birds and whales to estimate proximity to land. In contrast, Polynesian wayfinding was a continuous, holistic discipline centered on the 'star path' (aveia). Rather than relying on physical tools to isolate specific environmental phenomena, Polynesian navigators memorized complex stellar paths, aligning their vessels with the rising and setting points of key stars. Furthermore, while the Norse viewed ocean swells primarily as hazardous obstacles to be negotiated, Polynesian navigators interpreted swells as reliable, permanent roadmaps. They could detect the refractive patterns of waves bouncing off distant islands, allowing them to navigate in total darkness without the need for optical aids like the sunstone.

According to the passage, how did the Norse use of the sunstone differ from the Polynesian use of the star path?

Passage

The physical archives of early cinema are notoriously fragile. Cellulose nitrate film, the standard medium until the mid-twentieth century, was not merely unstable; it was essentially a slow-burning fuse. Archival vaults, once regarded as simple storehouses, had to be reimagined as high-stakes laboratories. Preservationists were tasked with arresting a process of chemical decay that threatened to reduce early film history to a pile of toxic dust.

To slow this decline, archives kept the reels in freezing temperatures, a method that effectively put the films into a state of suspended animation. Yet, even under these conditions, the clock was ticking. The archives could not afford to let these artifacts sleep forever; they had to be digitised. However, early digital transfer techniques were clumsy, often scrubbing away the unique grain of the film. To the purist, this digital alteration was a double-edged sword: it saved the content but killed the soul of the work. Only recently, with advanced laser scanning, have archivists managed to bridge the gap between preservation and fidelity, ensuring that the ghosts of early cinema can continue to haunt the screen without losing their texture.

Question

Based on the passage, match each bolded figurative or metaphorical expression with its correct contextual meaning.

In the late nineteenth century, the invention of the pneumatic tire revolutionized personal transportation. Prior to this innovation, bicycles were equipped with solid rubber tires that transmitted every vibration and bump from the road directly to the frame. These early models, often referred to as 'boneshakers,' made riding on cobblestone streets incredibly uncomfortable. Because of this rough ride, cycling was viewed as a grueling activity and was mostly limited to young, athletic individuals.

This dynamic shifted dramatically in 1888 when John Boyd Dunlop patented the pneumatic tire. Filled with compressed air rather than solid rubber, these new tires functioned as cushions, absorbing the impact of uneven terrain and smoothing out the ride. Bicycles became significantly easier to control and far more comfortable. This improvement quickly made cycling accessible to a much broader public, including women and older adults. Consequently, a massive cycling boom swept through cities, leading to a surge in bicycle manufacturing and the rapid construction of paved roads to accommodate the growing number of riders.

Based on the passage, what was the primary cause of cycling being largely restricted to young, athletic individuals prior to 1888?

Passage

In 2009, researchers off the coast of Indonesia documented a remarkable behavior in the coconut octopus (*Amphioctopus marginatus*). The creature was observed excavating discarded coconut shells, carrying them beneath its body while walking awkwardly across the seafloor, and later assembling them into a protective shelter. This marked the first clear evidence of tool use in an invertebrate. Historically, biologists reserved the definition of tool use for animals that manipulate objects to achieve a future goal, a cognitive feat thought to be unique to vertebrates like primates and birds. The octopus's behavior, termed 'extrapolative tool use,' challenges this evolutionary assumption by showing that complex spatial reasoning and goal-directed planning can arise in organisms with completely different neural architectures. While some critics argue that the behavior is merely a sophisticated reflex or a form of play, the deliberate selection, transport, and assembly of the shells suggest a level of foresight previously unrecognized in mollusks. By demonstrating that cognitive complexity does not require a vertebrate brain, *Amphioctopus marginatus* has forced evolutionary biologists to re-evaluate the origins of intelligence.

Which of the following statements best summarizes the main idea of the passage?

### Passage

Unlocking the Stone Voices: The Decipherment of Maya Hieroglyphs

For nearly a century, the monumental stone inscriptions of the ancient Maya civilization remained one of archaeology's most frustrating puzzles. Scattered across the jungle-shrouded ruins of Mesoamerica, these intricate carvings—depicting stylized faces, animals, and abstract geometric patterns—were long considered indecipherable. Scholars stood divided over whether these glyphs represented a true written language or merely a system of pictograms and religious symbols. The resolution of this long-standing academic debate is now celebrated as one of the greatest intellectual triumphs of the twentieth century, bridging the disciplines of linguistics, anthropology, and art history. Ultimately, the decipherment of Maya hieroglyphs was achieved not by treating the glyphs as mystical symbols, but by demonstrating that the writing system is a complex, phonetic-based script that directly records the spoken Maya language. This realization transformed our understanding of ancient Mesoamerican history, transforming silent monuments into detailed historical records.

The path to this discovery was long obstructed by a dominant academic dogma. For the first half of the twentieth century, the field of Maya studies was dominated by the British archaeologist J. Eric S. Thompson. Thompson argued forcefully that the glyphs did not represent a spoken language at all. Instead, he proposed that the writing system was purely ideographic, conveying abstract cosmological, astronomical, and calendrical ideas. According to Thompson’s view, the Maya were a peaceful, time-obsessed people whose priests carved complex calculations and mystical symbols on stone stelae to contemplate the passage of time. Because of Thompson’s immense scholarly authority, his hypothesis that the glyphs lacked phonetic elements became the established consensus, effectively discouraging young researchers from looking for grammatical patterns or phonetic elements in the stone inscriptions for decades.

The consensus began to crack in the 1950s due to the work of Yuri Knorozov, a Soviet linguist who approached the problem from outside the mainstream archaeological establishment. Knorozov analyzed the sixteenth-century manuscript of Bishop Diego de Landa, which contained a flawed attempt at a Maya "alphabet." While previous scholars had dismissed Landa’s alphabet as useless, Knorozov realized that Landa had asked Spanish questions and received Maya phonetic responses. Knorozov proposed that Maya writing was not alphabetic or purely ideographic, but logosyllabic—combining signs representing whole words with signs representing individual syllables. By matching glyphs in surviving Maya codices to words in modern Mayan languages, Knorozov demonstrated that glyphs could be spelled out phonetically. This discovery established that the script functioned by representing the sounds of spoken language, offering a systematic key to translation that challenged the foundation of established Mayanist scholarship.

While Knorozov focused on the linguistic mechanics of the script, Tatiana Proskouriakoff, a Russian-American artist and archaeologist, uncovered its historical content. Examining the stelae at the site of Piedras Negras, Proskouriakoff noticed that the monuments were dedicated in regular patterns, typically spanning the length of a human lifetime. She identified recurring glyphs associated with specific, repeated dates, which she hypothesized corresponded to key milestones in a ruler's life. Proskouriakoff proved that certain glyphs consistently represented historical events such as the birth, accession to the throne, and death of individual monarchs. Her groundbreaking paper in 1960 shattered the myth of the Maya as abstract, time-worshiping philosophers. Instead, it showed that the stelae were historical records of royal dynasties, detailing wars, alliances, and lines of succession.

In the late twentieth century, the insights of Knorozov and Proskouriakoff converged, leading to a rapid acceleration in decipherment. A new generation of epigraphers and linguists began to collaborate, treating the glyphs as a dynamic written grammar. They recognized that the inscriptions followed a strict Verb-Object-Subject word order, typical of Mayan languages, and utilized prefixes and suffixes to indicate tense and possession. By combining Knorozov’s phonetic syllabary with Proskouriakoff’s historical framework, scholars began to read the inscriptions aloud in the Ch’olan Mayan language. Today, over eighty percent of Maya glyphs can be read, revealing a vivid history of political intrigue, ritual warfare, and artistic patronage. This collaborative synthesis allowed scholars to reconstruct the precise grammar of the inscriptions, proving that the ancient Maya recorded their history with the same linguistic sophistication as any Old World civilization.

***

Based on the passage, match each of the specified paragraphs to the explicit sub-main idea that it conveys.

Each summer, massive plumes of dry, mineral-rich air known as the Saharan Air Layer (SAL) drift westward across the Atlantic Ocean. This atmospheric phenomenon plays a critical role in regulating tropical cyclone activity. The SAL is characterized by extremely low humidity, strong wind shear, and high concentrations of airborne dust particles. When the SAL encounters a developing tropical disturbance, its dry air acts as a sponge, absorbing moisture from the surrounding environment. Because tropical storms rely on warm, humid air to fuel their updrafts, this sudden ingestion of dry air immediately weakens the storm’s convective core. Furthermore, the strong horizontal winds within the SAL generate intense wind shear, which disrupts the vertical alignment of the storm's circulation, preventing it from organizing into a cohesive system. Finally, the mineral dust itself reflects incoming solar radiation back into space, cooling the sea surface temperatures below. This thermal cooling reduces the ocean's evaporation rate, which in turn deprives the storm of the heat energy necessary to sustain or intensify its structure.

According to the passage, the ocean's evaporation rate is reduced as a direct result of which of the following?

For decades, museum conservation of classical sculpture was dominated by the practice of active restoration. Missing limbs and features of marble figures were sculpted anew to match their historical styles, satisfying a public desire for complete, idealized forms. In the mid-twentieth century, however, a consensus emerged rejecting this approach as a form of aesthetic forgery. Modern conservators adopted 'visible preservation,' leaving gaps conspicuously raw or filling them with neutral, uncarved plaster. Proponents argued that this preserved the artifact's historical integrity, preventing viewers from conflating modern additions with ancient craftsmanship.

Yet, this minimalist doctrine introduces its own subtle distortion. By deliberately leaving statues fragmented, visible preservation prioritizes the history of the object’s decay over the integrity of its original design. The spectator’s attention is inevitably pulled away from the sculptor's composition and focused instead on the accidents of time—the jagged edge of a shattered shoulder or the blank space where a face once was. In attempting to avoid historical deception, museums have inadvertently created a new curatorial bias. The refusal to reconstruct does not merely present the truth; it elevates the ruin itself, transforming what was meant to be a cohesive artistic statement into a monument to chronological erosion.

Which of the following statements best expresses the central theme of the passage?

Passage

In the summer of 1932, the gallery owner Julian Levy staged a modest exhibition of Surrealist photography in New York, featuring works by the relatively unknown photographer Claude Cahun. Levy had been warned by his associate, the critic Julien Benda, that New York audiences, accustomed to the crisp, industrial realism of Paul Strand, would find Cahun’s highly staged, gender-fluid self-portraits baffling. Benda argued that Strand’s work celebrated the machine age, aligning with the city's self-image, whereas Cahun's theatricality subverted the very concept of objective documentation. Levy, however, was not seeking commercial success; he sought to disrupt the dominant aesthetic paradigm. When the exhibition opened, the response was not outrage, but a profound, uneasy quietness in the local press. Benda claimed this silence as a vindication of his warning, writing that the public had rejected the alien style. Yet, Levy noticed that several young local photographers began visiting the gallery repeatedly, spending hours in front of Cahun’s prints, and within a year, the metropolitan art journals began publishing essays debating the 'performative gaze.' Levy’s ledger showed no sales from the show, but he considered it his most successful venture of the decade.

Question

Based on the passage, match each person, group, or audience on the left with the implicit attitude or relationship they demonstrate on the right.