A few years ago, Paul Gerner began to gather a group of architects in Las Vegas to ask them what it would take to design a public school that used 50 percent less energy, cost much less to build and obviously improved student learning. “I think half of them fell off their chairs,” Gerner says.
Gerner manages school facilities （設(shè)施） for Clark County, Nevada, a district roughly the size of Massachusetts. By 2018, 143,000 additional students will enter the already crowded public-education system. Gerner needs 73 new schools to house them. Four architecture teams have nearly finished designing primary school prototypes （樣品）; they plan to construct their schools starting in 2009. The district will then assess how well the schools perform, and three winners will copy those designs in 50 to 70 new buildings.
Green schools are appearing all over, but in Clark County, which stands out for its vastness, such aggressive targets are difficult because design requirements like more natural light for students go against the realities of a desert climate. “One of the biggest challenges is getting the right site orientation （朝向）,”Mark McGinty, a director at SH Architecture, says. His firm recently completed a high school in Las Vegas. “You have the same building, same set of windows, but if its orientation is incorrect and it faces the sun, it will be really expensive to cool.”
Surprisingly, the man responsible for one of the most progressive green-design competitions has doubts about ideas of eco-friendly buildings. “I don’t believe in the new green religion,” Gerner says. “Some of the building technologies that you get are impractical. I’m interested in those that work.” But he wouldn’t mind if some green features inspire students. He says he hopes to set up green energy systems that allow them to learn about the process of harvesting wind and solar power. “You never know what’s going to start the interest of a child to study math and science,” he says.
【小題1】How did the architects react to Gerner’s design requirements?

The area south of the Thames at Greenwich has a long history. Throughout time different buildings have been constructed on the same site. The Palace of Placentia, an English Royal Palace built in 1447, no longer exists apart from a few remains under the present buildings.

The grand buildings on the South Bank of the Thames at Greenwich were designed by Sir Christopher Wren, most famous for St. Paul’s Cathedral. The buildings were finally completed in 1745, although some parts started to be used as early as 1705. They’re now part of a university — having served as a naval（海軍）hospital and a naval college and the setting for several cinemas.

But the buildings stand on a site which has a much longer history, of which now only a part remains that is below the ground. For nearly two hundred years, from around 1450 to 1650, Greenwich was one of the main royal palaces of England. Some of the most famous English rulers, such as Henry VIII and Elizabeth I, not only lived there, but also were born there.

Henry VIII put an armory（兵工廠）there, and there were also gardens, a great fountain (噴泉) and a mass of buildings. The Palace was also in a strategic location, because at the time either side of Greenwich on the Thames were important Royal Dockyards (船廠).

Eventually, though, the Palace fell into disrepair. In 1664, the King at the time, Charles II, decided to replace it with completely new buildings in a modern style. Only a cellar (地窖) from the former Royal Palace now remains, under one of the new buildings. Its red brick, typical of the 16th century, contrasts (對比) sharply with the white stone above it.

    Would you like to join us to have a good view of Greenwich?

1.We can learn from the passage that the Palace of Placentia _____.

A. had served as a university                B. was constructed with white stones

C. was designed by Christopher Wren         D. was of particular importance in a war

2. The buildings on the South Bank of the Thames at Greenwich now _____.

A. are in need of repair                     B. differ from those in the 16th century

C. were designed in the style of Elizabeth I     D. have a history of more than half a century

3.According to the passage, when did the Palace of Placentia disappear from the ground?

A. In the late 1400s.                    B. In the early 1600s.

C. In the late 1600s.                     D. In the early 1700s.             

4.Where can we most probably read this passage?

A. In a science report.                   B. In a personal diary.  

C. In a geography textbook.              D. In a travel magazine.

A few years ago, Paul Gerner began to gather a group of architects in Las Vegas to ask them what it would take to design a public school that used 50 percent less energy, cost much less to build and obviously improved student learning. “I think half of them fell off their chairs,” Gerner says.
Gerner manages school facilities（設(shè)施）for Clark County, Nevada, a district roughly the size of Massachusetts. By 2018, 143,000 additional students will enter the already crowded public-education system. Gerner needs 73 new schools to house them. Four architecture teams have nearly finished designing primary school prototypes（樣品）; they plan to construct their schools starting in 2009. The district will then assess how well the schools perform, and three winners will copy those designs in 50 to 70 new buildings.
Green schools are appearing all over, but in Clark County, which stands out for its vastness, such aggressive targets are difficult because design requirements like more natural light for students go against the realities of a desert climate. “One of the biggest challenges is getting the right site orientation（朝向）,” Mark McGinty, a director at SH Architecture, says. His firm recently completed a high school in Las Vegas. “You have the same building, same set of windows, but if its orientation is incorrect and it faces the sun, it will be really expensive to cool.”
Surprisingly, the man responsible for one of the most progressive green-design competition has doubts about ideas of eco-friendly buildings. “I don’t believe in the new green religion,” Gerner says. “Some of the building technologies that you get are impractical. I’m interested in those that work.” But he wouldn’t mind if some green features inspire students. He says he hopes to set up green energy systems that allow them to learn about the process of harvesting wind and solar power. “You never know what’s going to start the interest of a child to study math and science,” he says.
45. How did the architects react to Gerner’s design requirements?
A. They lost balance in excitement.                  B. They showed strong disbelief.
C. They expressed little interest.                       D. They burst into cheers.
46. Which order of steps is followed in carrying out the project?
A. Assessment — Prototype — Design — Construction.
B. Assessment — Design — Prototype — Construction.
C. Design — Assessment — Prototype — Construction.
D. Design — Prototype — Assessment — Construction.
47. What makes it difficult to build green schools in Clark County?
A. The large size.                                           B. Limited facilities.
C. The desert climate.                                      D. Poor natural resources.
48. What does Gerner think of the ideas of green schools?
A. They are questionable.                                 B. They are out of date.
C. They are advanced.                                      D. They are practical.

A few years ago, Paul Gerner began to gather a group of architects in Las Vegas to ask them what it would take to design a public school that used 50 percent less energy, cost much less to build and obviously improved student learning. “I think half of them fell off their chairs,” Gerner says.

Gerner manages school facilities （設(shè)施） for Clark County, Nevada, a district roughly the size of Massachusetts. By 2018, 143,000 additional students will enter the already crowded public-education system. Gerner needs 73 new schools to house them. Four architecture teams have nearly finished designing primary school prototypes （樣品）; they plan to construct their schools starting in 2009. The district will then assess how well the schools perform, and three winners will copy those designs in 50 to 70 new buildings.

Green schools are appearing all over, but in Clark County, which stands out for its vastness, such aggressive targets are difficult because design requirements like more natural light for students go against the realities of a desert climate. “One of the biggest challenges is getting the right site orientation （朝向）,” Mark McGinty, a director at SH Architecture, says. His firm recently completed a high school in Las Vegas. “You have the same building, same set of windows, but if its orientation is incorrect and it faces the sun, it will be really expensive to cool.”

Surprisingly, the man responsible for one of the most progressive green-design competitions has doubts about ideas of eco-friendly buildings. “I don’t believe in the new green religion,” Gerner says. “Some of the building technologies that you get are impractical. I’m interested in those that work.” But he wouldn’t mind if some green features inspire students. He says he hopes to set up green energy systems that allow them to learn about the process of harvesting wind and solar power. “You never know what’s going to start the interest of a child to study math and science,” he says.

1.How did the architects react to Gerner’s design requirements?

A. They lost balance in excitement.             B. They showed strong disbelief.

C. They expressed little interest.              D. They burst into cheers.

2.Which order of steps is followed in carrying out the project?

A. Assessment — Prototype — Design — Construction.

B. Assessment — Design — Prototype — Construction.

C. Design — Assessment — Prototype — Construction.

D. Design — Prototype — Assessment — Construction.

3.What makes it difficult to build green schools in Clark County?

A. The large size.                          B. Limited facilities.

C. The desert climate.                      D. Poor natural resources.

4.What does Gerner think of the ideas of green schools?

A. They are questionable.                   B. They are out of date.

C. They are advanced.                       D. They are practical.

A few years ago, Paul Gerner began to gather a group of architects in Las Vegas to ask them what it would take to design a public school that used 50 percent less energy, cost much less to build and obviously improved student learning. “I think half of them fell off their chairs,” Gerner says.  

Gerner manages school facilities （設(shè)施） for Clark County, Nevada, a district roughly the size of Massachusetts. By 2018, 143,000 additional students will enter the already crowded public-education system. Gerner needs 73 new schools to house them. Four architecture teams have nearly finished designing primary school prototypes （樣品）; they plan to construct their schools starting in 2009. The district will then assess how well the schools perform, and three winners will copy those designs in 50 to 70 new buildings.  

Green schools are appearing all over, but in Clark County, which stands out for its vastness, such aggressive targets are difficult because design requirements like more natural light for students go against the realities of a desert climate. “One of the biggest challenges is getting the right site orientation （朝向）,” Mark McGinty, a director at SH Architecture, says. His firm recently completed a high school in Las Vegas. “You have the same building, same set of windows, but if its orientation is incorrect and it faces the sun, it will be really expensive to cool.”  

Surprisingly, the man responsible for one of the most progressive green-design competitions has doubts about ideas of eco-friendly buildings. “I don’t believe in the new green religion,” Gerner says. “Some of the building technologies that you get are impractical. I’m interested in those that work.” But he wouldn’t mind if some green features inspire students. He says he hopes to set up green energy systems that allow them to learn about the process of harvesting wind and solar power. “You never know what’s going to start the interest of a child to study math and science,” he says.  

63. How did the architects react to Gerner’s design requirements?  

A. They lost balance in excitement.                B. They showed strong disbelief.  

C. They expressed little interest.                     D. They burst into cheers.  

64. Which order of steps is followed in carrying out the project?  

A. Assessment ― Prototype ― Design ― Construction.  

B. Assessment ― Design ― Prototype ― Construction.  

C. Design ― Assessment ― Prototype ― Construction.  

D. Design ― Prototype ― Assessment ― Construction.  

65. What makes it difficult to build green schools in Clark County?  

A. The large size.                                          B. Limited facilities.  

C. The desert climate.                                    D. Poor natural resources.  

66. What does Gerner think of the ideas of green schools?  

A. They are questionable.                               B. They are out of date.  

C. They are advanced.                                   D. They are practical.