第二篇:
If you have ever hurried indoors to escape a heavy downpour or the intense summer heat, you already recognize the fundamental need for shelter. Shelter provides protection from extreme temperatures and harsh weather conditions, making it essential for human survival. That was how the human history of architecture began.
The earliest forms of shelter were built using materials readily available in the environment. In forested regions, wood was the primary building material, while in rocky or mountainous areas, people constructed homes from stone. In vast plains and deserts, where trees were scarce, early inhabitants stretched animal hides over wooden or bone frames to create sturdy dwellings. In the frozen Arctic, indigenous groups ingeniously built igloos from packed snow and ice, using their insulating properties to retain warmth.
As civilizations advanced, people began constructing larger and more durable homes. The improvement of transportation allowed materials to be moved over great distances, enabling architects and builders to experiment with new designs and stronger structures. These advancements led to the creation of not just homes but also temples, palaces, and bridges, contributing to the growth of cities and more complex societies.
Architecture is both an art and a science. As an art, it reflects the creativity of architects and the cultural identity of different societies. As a science, it requires precise engineering to ensure buildings can withstand natural forces. Structures must resist gravity’s constant downward pull while also withstanding horizontal pressures from wind, earthquakes, and other environmental forces. Without careful planning and construction, even the most visually impressive buildings can fail.
Throughout history, architecture has shaped the way people live and interact with their surroundings. From the towering pyramids and medieval castles of the past to today’s sleek skyscrapers and eco-friendly buildings, architecture has continuously evolved. Modern architects focus not only on aesthetics but also on sustainability and resilience, ensuring that buildings are efficient, safe, and environmentally responsible. With technological advancements, the future of architecture will likely bring even more innovative ways to create stronger, smarter, and more sustainable buildings for people worldwide.
50. What is a key focus of modern architecture?
(A) Preserving valuable historical architectural styles while copying retro designs.
(B) Creating visually impressive structures to enrich the aesthetics of architecture.
(C) Constructing smaller, more practical buildings to avoid waste of resources.
(D) Designing buildings that are durable, energy-efficient, and non-polluting.
49. Why is architecture considered both an artistic and scientific discipline?
(A) Architects must receive education of both arts and engineering in college.
(B) Fashionable house designs usually contradict sturdiness of buildings.
(C) It requires a balance between creative design and structural stability.
(D) Scholars of architecture tried to promote it as an appealing subject.
48. How did improved transportation influence architectural development?
(A) It made it easier for architects to travel and learn from other cultures about house designs.
(B) It allowed materials to be carried over long distances, enabling new construction methods.
(C) It reduced the cost of building houses, making them more affordable for later generations.
(D) It encouraged people to move frequently, leading to the changing fast-fashion of dwellings.
This is a large modal.