1 .

A．She won’t go to the beach if it rains.

B．She would like the man to go to the beach.

C．It will clear up tomorrow.

D．It was pouring when she was at the beach.

2 .

A．The demand of the job market.	B．The location of the hotel.
C．The damage to the environment.	D．The solution to the issue.

3 . Summary Writing
Directions: Read the following passage. Summarize the main idea and the main point(s) of the passage in no more than 60 words. Use your own words as far as possible.

A remarkable variety of insects live in this planet. More species of insects exist than all other animal species together. Insects have survived on earth for more than 300 million years, and may possess the ability to survive for millions more. Insects can be found almost everywhere -- on the highest mountains and on the bottom of rushing streams, in the cold South Pole and in bubbling hot springs. They dig through the ground, jump and sing in the trees, and run and dance in the air. They come in many different colours and various shapes.

There are many reasons why insects are so successful at surviving. Their amazing ability to adapt permits them to live in extreme ranges of temperatures and environments. The one place where they have not yet been found to any major extent is in the open oceans. Insects can survive on a wide range of natural and artificial foods -- paint, pepper, glue, books, grain, cotton, other insects, plants and animals. Because they are small they can hide in tiny spaces.

Also, insects have an enormous reproductive capacity: An African ant queen can lay as many as 43,000 eggs a day.

Another reason for their success is the strategy of protective colour. An insect may be right before our eyes, but nearly invisible because it is cleverly disguised(伪装) like a green leaf, lump of brown soil, gray lichen(青苔), a seed or some other natural object. Some insects use bright, bold colours to send warning signals that they taste bad, sting or are poison. Others have wing patterns that look like the eyes of a huge predator, bitter-tasting insects; hungry enemies are fooled into avoiding them.

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4 . Welcome to Windsor Castle

Windsor Castle is the oldest and largest occupied castle in the world and the Official Residence of the Queen of Britain. Over a period of nearly 1,000 years it has been     1    continuously, and altered and redecorated by monarchs(君主) one after the other. Some were great builders, strengthening the Castle against     2     and rebellion; others, living in more peaceful times, created a grand Royal residence. William the Conqueror chose the site, high above the river Thames and on the edge of a Saxon hunting ground. It was a day’s march from the Tower of London and intended to guard the western     3    to the capital. The outer walls of today’s structure are in the same position as those of the    4    castle built by William the Conqueror in the 1070s. The Queen uses the Castle both as a private home, where she usually spends the weekend, and as a Royal residence at which she undertakes certain formal duties. Windsor Castle is    5    used by the Queen to host State Visits from overseas monarchs and presidents. Every year the Queen takes up official residence in Windsor Castle for a month over Easter (March-April).

The Castle is huge, so people tend to head for the most    6    bits -- the State Apartments, St. George’s Chapel, the Gallery and the delightful Queen Mary’s Dolls House. Works of art, antique furniture, curiosities and impressive architecture reflect the tastes of many different royal generations. The State Apartments are    7    decorated formal rooms still used for state and official functions.

The magnificent and beautiful St. George’s Chapel was started in 1475 by Edward IV and was completed 50 years later by Henry VIII. It    8    among the finest examples of late medieval architecture in the UK.

The Drawings Gallery    9    the exhibition “The Queen: 60 Photographs for 60 Years”. The exhibition presents portraits of the Queen    10    in brief moments on both official occasions and at relaxed family gatherings.

5 . Against the assumption that forest fires in Alaska, Canada and Siberia warm the climate, scientists have discovered that cooling may occur in areas where burnt trees allow more snow to mirror more sunlight into space.

This finding suggests that taking steps to prevent northern forest fires to limit the release of greenhouse gases may warm the climate in northern regions. Usually large fires destroyed forests in these areas over the past decade. Scientists predict that with climate warming, fires may occur more frequently over next several centuries as a result of a longer fire season. Sunlight taken in by the earth tends to cause warming, while heat mirrored back into space tends to cause cooling.

This is the first study to analyze all aspects of how northern fires influence climate. Earlier studies by other scientists have suggested that fire in northern regions speed up climate warming because greenhouse gases from burning trees and plants are released into the atmosphere and thus trap heat.

Scientists found that right after the fire, large amounts of greenhouse gases entered the atmosphere and caused warming. Ozone（臭氧）levels increased, and ash from the fire fell on far-off sea ice, darkening the surface and causing more radiation from the sun to be taken in. The following spring, however, the land within the area of the fire was brighter than before the fire, because fewer trees covered the ground. Snow on the ground mirrored more sunlight back into space, leading to cooling.

“We need to find out all possible ways to reduce the growth of greenhouse gases in the atmosphere.” Scientists tracked the change in amount of radiation entering and leaving the climate system as a result of the fire, and found a measurement closely related to the global air temperature. Typically, fire in northern regions occurs in the same area every 80 to 150 years. Scientists, however, found that when fire occurs more frequently, more radiation is lost from the earth and cooling results. Specifically, they determined when fire returns 20 years earlier than predicated, 0.5 watts per square meter of area burned are soaked up by the earth from greenhouse gases, but 0.9 watts per square meter will be sent back into space. The net effect is cooling. Watts are used to measure the rate at which energy is gained or lost from the earth.

1. According to the new findings, taking steps to prevent northern forest fires may _______.

A．result in a warming climate

B．cause the forest fires to occur more frequently

C．lead to a longer fire season

D．protect the forests and the environment there

2. Earlier studies about northern forest fires ________.

A．analyze all aspects of how northern fires influence climate

B．indicate that forest fires will pollute the atmosphere

C．suggest that people should take measures to protect environment

D．suggest that the fires will speed up climate warming

3. The underlined phrase “soaked up” in the last paragraph most probably means ________.

A．released	B．absorbed
C．created	D．disturbed

4. From the text we can draw a conclusion that forest fires in Alaska, Canada and Siberia may ______.

A．warm the climate as the assumption goes

B．allow more snow to reflect more sunlight into space and thus cool the climate

C．destroy large areas of forests and pollute the far-off sea ice

D．help to gain more energy rather than release more energy