1 . In ancient Egypt, the rich soils along the Nile River supported roughly 3 million people. Now there are 30 times that number of people living in Egypt, with the Egyptian population soaring from 45 million in the 1980s to over 100 million now.
Just 4% of Egypt’s land is suitable for agriculture, and that number is reducing quickly due to the urban and suburban development. “It’s not an overstatement to say that this is a crisis,” said Nasem Badreldin, an expert at the University of Manitoba. “Satellite data shows that Egypt is losing about 2% of its farmland per decade due to urbanization, and the process is speeding. If this continues, Egypt will face serious food security problems.” According to one analysis, the amount of farmland near Alexandria dropped by 11% between 1987 and 2019, while urban areas increased by 11%. In recent years, the Egyptian government has promised to end unlicensed building on farmland, which remains a difficult task to fulfill.
Urbanization isn’t the only factor to reduce Egypt’s farmland. Sea level rise of 1.6 millimeters per year has contributed to the salinization (盐碱化) of farmland in Egypt. About 15% of Egypt’s richest farmland has already been damaged by sea level rise and saltwater intrusion (侵入). One response to the loss of farmland has included efforts to green parts of the desert. For instance, Farouk El-Baz, Boston University scientist, has planned to build highways, railways, water pipelines, and power lines to promote the establishment of new farmland in deserts west of the delta.
While that project hasn’t been finished, much of desert has turned into farmland in recent decades. The satellite photos show new farmland along the Cairo Highway. A mixture of center-pivot irrigation (灌溉) and drip irrigation makes farming in this area possible. “It is certainly possible to establish new farmland from the desert by tapping groundwater resources, though it’s a little expensive process,” said Badreldin.
1. What does the underlined “this” in paragraph 2 refer to?| A．The urban expansion. | B．The reduction of farmland. |
| C．The suburban development. | D．The growth of population. |
| A．Four. | B．Three. | C．Two. | D．Five. |
| A．Uncertain. | B．Optimistic. | C．Disapproving. | D．Unconcerned. |
| A．Food Security Problems in Egypt |
| B．Urbanization Along the Nile River |
| C．Agricultural Development Along the Nile River |
| D．Egypt’s Disappearing Farmland |
2 . The number of weather-related disasters has increased by five times over the past 50 years, the latest report by the World Meteorological (气象) Organization (WMO) said on September. However, thanks to improved early warning systems and disaster management, the number of death from these hazards (危险) has been almost three times less.
According to the WMO, from 1970 to 2019, weather, climate and water hazards accounted for 50 percent of all disasters. Among the top 10 hazards that led to the largest loss of human life during this period were droughts, storms, floods and extreme temperatures. However, deaths fell from over 50, 000 in the 1970s to less than 20, 000 in the 2010s.
“Weather, climate and water extremes are increasing and will become more frequent and severe in many parts of the world as a result of climate change,” says WMO Secretary-General Petteri Taalas.
“That means more heat waves, drought and forest fires such as those we have observed recently in Europe and North America. We have more water vapor in the atmosphere, which is worsening extreme rainfall and deadly flooding. The warming of the oceans has affected the frequency and area of existence of the most intense tropical storms.”
“Economic losses are increasing as exposure increases. But behind the statistics lies a message of hope. Improved multi-hazard early warning systems have led to a significant reduction in deaths. Quite simply, we are better than ever before at saving lives,” Taalas said.
1. What do we know from the first paragraph?| A．Disasters connected with weather have gone up. |
| B．The number of weather-related disasters has decreased. |
| C．The number of deaths from hazards has been increasing. |
| D．Early warning systems have made disasters decline much. |
| A．There will be more extreme weather. |
| B．Extreme rainfall will no longer exist. |
| C．Water vapor in the atmosphere will go down. |
| D．Humans will defeat extreme weather in the end. |
| A．Improved warning systems will save economic losses. |
| B．Economic losses are going down as exposure increases. |
| C．More lives will be saved thanks to early warning systems. |
| D．Improved early warning systems will control extreme weather |
| A．A novel. | B．A brochure. | C．A magazine. | D．A guideline. |
