Gatehouse Awards · Classic IESOL · C2
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The History of Tomatoes
The recorded history of tomatoes in Italy 0) dates back to 31 October 1548 when the house steward of Cosimo de' Medici, the Grand Duke of Tuscany, wrote to the Medici private secretary informing him that the basket of tomatoes sent from the Grand Duke's Florentine estate at Torre del Gallo "had arrived safely". After their arrival in Italy, tomatoes were grown mainly for their ____ value. For example, the Florentine aristocrat Giovanvettorio Soderini wrote how they "were to be sought only for their beauty", and were grown only in gardens or flower beds. The tomato's ability to mutate and create new and different varieties ____ its success and spread throughout Italy.
However, even in areas where the climate supported growing tomatoes, their habit of growing to the ground suggested low status. They were not adopted as a staple of the peasant population because they were not as filling as other fruits already available. Additionally, toxic and inedible varieties ____ many people from attempting to consume or prepare any other varieties. In certain areas of Italy, such as Florence, the fruit was used solely as a table top decoration, until it was ____ into the local cuisine in the late 17th or early 18th century. The earliest discovered cookbook with tomato recipes was published in Naples in 1692, though the author had apparently obtained these recipes from Spanish sources.
Unique varieties were developed over several hundred years for uses such as dried tomatoes, sauce tomatoes, pizza tomatoes and salad tomatoes. These varieties are usually named according to their place of ____ as much as by a variety name. For example, Pomodorino del Piennolo del Vesuvio means the "hanging tomato of Vesuvius". Five different varieties have traditionally been used to make these "hanging" tomatoes. They are Fiaschella, Lampadina, Patanara, Principe Borghese, and Re Umberto. Other tomatoes that originated in Italy include San Marzano, Costoluto Genovese, and Italian Pear. These tomatoes are characterised by a relatively intense flavour ____ varieties typically grown elsewhere.
The Cities of the 21st Century
We must first remember that all cities were car-free little more than a century ago. Not all cities responded to the advent of automobiles with the same enthusiasm as the cities of the United States. In fact, some cities never did adopt the car. Venice was unwilling to destroy itself in order to build streets wide enough for cars, and therefore has never had them except in a sliver near the mainland. The same situation exists in the Medina of Fez, Morocco, and several other North African cities. These districts are usually the most vibrant parts of their cities.
Cars were never necessary in cities, and in many respects they worked against the fundamental purpose of cities: to bring many people together in a space where social, cultural and economic synergies could develop. Because cars require so much space for movement and parking, they work against this objective — they cause cities to expand in order to provide the land cars need. Removing cars from cities would help to improve the quality of urban life.
Transport modes have always exerted a strong influence on the basic arrangement of cities. The current form began to emerge in the 15th century, when the advent of horse-drawn carriages led to a demand for wide, straight streets. This requirement was adopted by Renaissance planners in most of Europe, and most urban plans of the past 500 years have straight streets that are relatively wide and corners that accommodate turning carriages. In many ways, this change was a harbinger of the automobile.
Transport, however, is not the only important use of streets. Streets are also our most important public social spaces. Most cities in Europe now acknowledge the terrible damage cars have done to this use, which is why cities all across Europe are discouraging car use in favour of walking, cycling and public transport. This is most clearly illustrated in Oslo, the first European capital to announce that its city centre will soon be made car-free in order to reduce carbon emissions and improve air quality, as well as to improve conditions for pedestrians and cyclists.
Battery-powered and driverless cars do not affect this situation to any great degree. They still demand too much street space for their movement and use too much energy. The movement of significant numbers of cars through the streets will always damage streets' social use, regardless of how quiet and safe the cars may be. Only when people can stop in the middle of the street to talk without fearing what may be bearing down on them will we have fully restored the social function of streets.
Good public transport coupled with safe, pleasant walking and cycling can easily meet the need for movement within our cities. It is true that buses and trams do intrude on the main streets to an appreciable degree, but many streets will be entirely free of this annoyance. In the ideal case, public transport systems are constructed underground. Ideally, transport systems should never be elevated, because of the ugliness, intrusion and noise caused. This will not be practical in many existing cities because of the cost, and some burden of street traffic will have to be endured.
A more serious objection to the car-free city is the movement of freight. When building a city, it is a simple matter to arrange delivery of shipping containers to the places they are needed without impinging on streets. In existing cities, freight delivery systems will have to be arranged on a case-by-case basis. Amsterdam could, with little difficulty, deliver freight using its canal network. Cities that adopt trams for passenger service can use the same infrastructure to deliver freight at night.
Removing vehicles from our streets would make urban life cheaper, safer, quieter and more pleasant. Repurposed parking spaces and, in some cases, travel lanes would provide ample land for walking and cycling, plus any essential street-running public services, such as light rail, trash collection and emergency services. The surplus land can be devoted to public purposes — imagine Manhattan with sidewalks 15 feet wider and room for sidewalk cafes.
Governments should welcome the change. The cost of supporting car traffic far exceeds the revenues generated by user fees. In Europe, it is the densest places that are first made car-free, and the pedestrian traffic generated by these places is the heaviest in the city. Stores and restaurants thrive in these areas.
I believe that the social benefits alone entirely justify the change. Imagine a busy city that is calm, quiet and beautiful. Venice, which comes closest to meeting this test, is visited by 20 million people a year, the most of any Italian city. Other car-free areas are immensely popular with residents and tourists alike. Shopkeepers have often opposed these changes, only to discover that their business improved once cars were gone.
It is true that a certain degree of convenience must be sacrificed for this change. However, the benefits are large, and we can expect significant improvements in public health as people return to more active modes of transport. The noise reduction alone is a significant public health benefit.
The car century was a seductive mistake. It's time to move on.
Ever bumped into a glass door? Bats do it pretty often, and not because they're texting: the flying mammals fail to recognize vertical, smooth surfaces as obstacles. That's the conclusion of the first study to monitor greater mouse-eared bats (Myotis myotis) as they flew through a flight tunnel where researchers had placed a vertical metal plate. Of 21 bats, 19 crashed at least once into the plate, but never into walls or other objects, the team reported. Collisions also occurred when the scientists placed the metal plates outside of caves of three different bat species. This is because smooth surfaces limit these animals' capacity to use their echolocation system to navigate through the dark, the scientists explain. Bats emit high-frequency sounds and use the returning echoes to spot obstacles in their surroundings. But a sleek vertical surface reflects away the echoes, fooling bats into recognizing it as an open flyway. Although none of the bats used in the experiments were injured, people regularly find bats with broken wings or jaws next to buildings, the scientists say. For this reason, the team now hopes to find out whether windows or other human made smooth surfaces pose an ecological threat to bats, and how these animals can learn to deal with them.
In the 1880s, a 10th century Viking was unearthed. It resembles a figure from Richard Wagner's opera Ride of the Valkyries: an elite warrior buried with a sword, an axe, a spear, arrows, a knife, two shields, and a pair of warhorses. A recent study found that the warrior was a woman—the first high-status female Viking warrior to be identified. Archaeologists first uncovered the battle-ready body among several thousand Viking graves near the Swedish town of Birka, but for 130 years, most assumed it was a man. A few female Viking soldiers have been discovered over the years, but none showed the signs of high rank found in the Birka burial. The Birka figure had not just weapons and armour, but also game pieces and a board used for planning tactics. In recent years, further analysis of the skeleton suggested that the corpse might be female. Dr Orlaf Ruden, of the Swedish National University, commented, "She really proved to be a dark horse. Now, the warrior's DNA proves her sex, which tells us that there was more gender equality amongst the Vikings than we previously thought."
Marine scientists have long been concerned about the decline of Florida's vibrant coral reefs. Now, nautical maps drawn just before the American Revolutionary War are giving scientists a clearer idea of just what has been lost. The maps, created by the British Admiralty between 1773 and 1775, record the location of coral reefs - which can be a deadly hazard for ships - along the Florida Keys in southern Florida. Scientists compared the maps to modern charts, finding that more than half of the historical reefs have been replaced by seagrass beds or bare sea floor. Most of the losses were close to the shore - almost 90% in some areas - the team reported. This discovery can't explain when the reefs disappeared. But it has highlighted areas where reefs once not only sheltered marine life, but helped protect the shore from hurricanes and other storms.
How horses - whose ancestors were dog-sized animals with three or four toes - ended up with a single hoof has long been a matter of debate among scientists. Now, a new study suggests that as horses became larger, one big toe was stronger and more resistant than many smaller toes. To understand the evolution of the horse toe, researchers first examined 13 fossilized horse leg bones, from those of the 50-million-year-old, dog-sized Hyracotherium (which had three toes on its hind feet and four on its forefeet). They were then compared to those of modern horses. They measured a number of bone features using 3D scanning, which revealed the bones' resistance to stresses such as squeezing or bending. The team then estimated the body weight of each of the horses and calculated how much stress their leg bones would have been subjected to during movement. As their body mass increased, horses' centre toes got bigger and more resistant to stress, whereas their side toes shrank and eventually disappeared, the researchers reported.
| # | Which text does the following? | Text (A/B/C/D) |
|---|---|---|
| 1 | Describes how a scientific test helped prove a recent hypothesis. | |
| 2 | Questions the importance of the discovery of weapons during the study. | |
| 3 | Describes a study confirming the level by which life has deteriorated. | |
| 4 | Describes an animal which is resourceful. | |
| 5 | Includes a light-hearted introduction. | |
| 6 | Describes a study which restricted the subject's natural abilities. | |
| 7 | Describes a study which explains a gradual development of a new feature. | |
| 8 | Uses an idiom to describe the outcome of the study. |