Every city has a unique identity. It is evident in the skylines, parks, quaint architecture, and their distinct transport systems. Built-up over hundreds (or sometimes thousands) of years, these urban centres support the majority of the world’s populations today. While a city’s evolving characteristics are indicators of steady progress, it has become just as important to display their sustainable strategies for the future. Cities like Copenhagen currently lead the way in this regard, encouraging inhabitants and tourists to make eco-friendlier decisions and help reduce the Danish capital’s carbon footprint.
Four years ago, almost 200 countries signed the Paris Agreement aiming to significantly reduce their greenhouse gas emissions. The goal was to reduce the average global temperature rise to well below 2 degrees Celsius. In 2018, the UN Intergovernmental Panel on Climate Change issued a special report highlighting the effects a 1.5 degree Celsius temperature rise would have on the environment. The findings indicated a far bigger impact than originally anticipated.
Cities are at the forefront when facing the direct impact of climate change, and we see more and more cities taking serious and tough actions to combat the effects at a local level. Across the world, city and national governments will need to look for innovative ways they can achieve their goals and reduce their carbon footprint. One area that shows the most potential for future sustainability is adopting and improving energy codes for new and existing buildings. It continues to be a concern that many developing economies still do not have mandatory energy codes for buildings despite high construction rates.
Updating building codes for a changing climate
In 2019 the Coalition for Urban Transitions reported that 10,000 cities around the world had made commitments to mitigate carbon by 2050. To assist cities with their initiatives, the coalition has developed a six-part action plan that serves as a roadmap towards clean cities with net-zero carbon emissions. Priority one is to place cities at the centre of the plan, while priority two focuses on aligning national and local policies for compact, connected, and clean cities.
The strategies contained in priority two of the Climate Emergency Urban Opportunity Report include:
- Introducing net-zero carbon building codes for new buildings and achieving net-zero operating emissions in public buildings.
- Removing national land-use policies and building regulations that prevent denser, mixed-use urban development.
- Reforming energy markets to decarbonize electricity grids by 2050.
- Reducing the sales of fossil-fuel-powered vehicles like motorcycles, passenger cars, and busses.
- Adopting alternatives to steel and high-carbon cement by 2030.
- Shifting away from building detached houses in established cities.
Of these six strategies, the one that stands out with the most potential is enforcing energy codes for buildings. As most of the world’s building stock remains centred in cities, expanding regulations towards ultra-low energy buildings is a commercially attractive way to improve carbon-efficiency.
High performing new constructions designed to operate on a very low energy demand currently do not form part of building codes in two-thirds of countries. In 2018, only sixty-nine countries had mandatory or voluntary energy codes for buildings on their books. Achieving the carbon-neutral goals of the future without these changes to building codes will not be possible.
The future needs sustainable buildings
As of 2018, 39 percent of the world’s carbon emissions originate from the construction and operation of buildings while they also consume 36 percent of final energy. Most of these structures exist in cities and the people who built them rarely considered the efficiency or the overall environmental impact during their design without legislation in place. To achieve the goals of the Paris Agreement, a 30 percent reduction of the global average energy intensity per square metre will be necessary by 2030. This would require almost doubling the current energy performance improvements to above 2 percent every year beyond the next decade.
It is important to note that carbon and energy are different metrics but rely on the same strategies to improve efficiency. The reduction of emissions similarly equates to decreased energy consumption in buildings. Due to the slow adoption of mandatory energy codes around the world, more than 3 billion square meters of new buildings in 2018 did not have energy efficiency as part of their design’s mandate.
To ensure buildings are part of the solution in the fight against climate change, this will need to change quickly. According to the IEA, high-performance new construction should increase from 250 million square meters per year to 4 billion. At the same time, the deep renovation of existing building stock for improved energy efficiency needs to double.
A holistic approach to improving buildings and urban quality of life
The strategic adoption of energy codes for buildings is not a new idea. The National Building Institute works with governments (mainly in North America) to improve codes and policies to address energy use in buildings. Between 1992 and 2012, energy codes in the United States led to cumulative savings of 1200 terawatt-hours of primary energy and avoided 320 million metric tonnes of carbon dioxide emissions.
In carbon savings alone, that is more than what the entire country of France produced in 2017. The adverse effects of inefficient buildings do not just affect the environment. According to C40, half a million people die every year from outdoor air pollution derived from the energy used in buildings. Seizing the opportunity that the renovation and construction of energy-efficient buildings offer cities depends on the local governments taking action now.
Statistics for city and national governments to consider
Humans spend most of their time inside buildings. It is where people live, learn, work, and recover. The energy improvement rate in 2018 was the lowest in the last decade. If the governments and local officials are sincere about their commitments to the environment, they will need to enforce a sustainable development strategy that starts with ambitious energy efficiency regulation for the building sector.
The cities of the world resemble living organisms. The places where most humans live will need to evolve towards safer, more comfortable, and sustainable environments. Net-zero carbon buildings are green and healthy structures with excellent thermal efficiency, renewable energy sources, and insulation that shields humanity from the changing climate of the future. Implementing energy codes for buildings and plans for further development of the codes will enable innovation and encourage private sector leadership.
To reduce energy use and carbon emissions in the building sector, energy codes are one of the most effective tools available to governments and cities. Developing building codes for improved energy efficiency and reducing demand must be the first priority for policymakers today.
We help city and national governments solve complex issues with modern building materials that are sustainable and improves the safety and comfort of a building’s inhabitants. By harnessing the seven strengths of stone to refurbish the world’s cities, buildings can become resilient enough to withstand the climate challenges in the future.
A zero-carbon city runs entirely on renewable energy; it has no carbon footprint and will in this respect not cause harm to the planet.[1] Most cities throughout the world produce energy by burning coal, oil and gas, unintentionally emitting carbon. Almost every activity humans do involves burning one of these fossil fuels. To become a zero-carbon city, an established modern city must collectively reduce emissions of greenhouse gases to zero and all practices that emit greenhouse gases must cease. Also, renewable energy must supersede other non-renewable energy sources and become the sole source of energy, so a zero-carbon city is a renewable-energy-economy city. This transition which includes decarbonising electricity (increasing the importance of the sources of renewable electricity) and zero-emission transport, is undertaken as a response to climate change. Zero-carbon cities maintain optimal living conditions and economic development while eliminating environmental impact.[2] Instead of using established cities, many developers are starting from scratch in order to create a zero-carbon city. This way they can make sure every aspect of a city contributes to it being carbon-free.
Cities aspiring to be carbon-free[edit]
There are two places that are prototyped to become zero-carbon cities: Masdar City, United Arab Emirates and Dongtan, China.[3]
Some existing cities are moving towards becoming low or zero carbon. Over the last decade, Shanghai, China has implemented dozens of low carbon policies to reduce energy usage and address the effects of climate change.[4] The government of Melbourne, Australia launched an initiative in 2020 for the city to reach net zero emissions by 2050.[5] In 2012 Copenhagen, Denmark created the CPH2025 Climate Plan and aims to become the first carbon-neutral capital by 2025 and for Denmark to be entirely carbon-neutral by 2050.[6] Malacca also has a stated ambition to become a carbon-free city, with a Low Carbon Cities programme being piloted in Malaysia as of 2014.[7]
The Low Carbon City (LCC) is a model of sustainability that promotes sustainable practices, such as reducing CO2 emissions, in existing cities.[8] Many of the cities shifting towards a Low Carbon Model (often referred to as transition experiments) have five key focus areas: Energy, Buildings, Transportation, Industrial, and others.[8] Launched in 2012, the Shenzhen International Low Carbon City is a national project in China. As China undergoes rapid urbanization, the Chinese government has implemented several policies to mitigate the environmental effects of industry, redevelopment, and infrastructure construction. The project is still its first of three phases. The Development Phase is finance and investment-based. Once created, these cities will become living examples of sustainable development, which demonstrate optimal resource utilization. Once created these cities will become living examples of sustainable development, which demonstrate optimal resource utilization.
Masdar City[edit]
The Masdar Initiative is an environmental urban ambition by Foster + Partners to develop a sustainable city where residents would enjoy a carbon and waste-free environment. The six million square metres (600 ha) project is based on the principles of an ancient walled city, combined with modern alternative energy technologies.
Critics say that the city concept appears cold and uninviting, however, this project «promises to question conventional urban wisdom at a fundamental level». Masdar promises to set new benchmarks for the sustainable city of the future.» The city will be entirely self-sustaining Masdar CEO, Sultan Ahmed Al Jaber explained, «… we are creating a synergetic environment; it is a true alternative energy cluster. Here you will find researchers, students, scientists, business investment professionals, and policy makers all within the same community. It will be a living example of sustainable development that will position Abu Dhabi and Masdar at the forefront of intelligent resource utilization. It will combine the talent, expertise and resources to enable the technological breakthroughs necessary for truly sustainable development.»
Construction of this large-scale project will occur in two phases. In phase one, a solar photovoltaic power plant will be built as a central energy source. In phase two, urban growth will occur. The site is located in close proximity to Abu Dhabi’s transportation infrastructure, which will allow for easy access to and from surrounding communities. An efficient network of rail, road and public transit will link the city to central Abu Dhabi and the international airport.[9]
Dongtan[edit]
Dongtan, China was a sustainable eco-city project planned in the 2000s that was never built. Reasons for the project’s failure include confusion over who would fund Dongtan (Arup, its British engineering company, or Shanghai Industrial Investment, its state-owned developer) as well as the jailing of Dongtan’s top political backer, former Shanghai Communist Party chief Chen Liangyu, on corruption charges in 2008.[10]
Dongtan was to be located at the east end of Chongming, adjacent to the Chongming Dongtan National Nature Reserve. Seeing as this area is near wetlands, some questioned its potential effects on the surrounding environment. The director of the project, Peter Head, insisted it would not affect the wetlands.[11] The developers planned on a fully built city, with 80,000 residents by 2020.[12]
Adjacent to booming Shanghai, designers claimed Dongtan would be the world’s first truly sustainable new urban development. London-based Arup and the Shanghai Industrial Investment Corporation (SIIC), the city’s investment branch, originally partnered to create a master plan for Dongtan, an area three quarters the size of Manhattan. Their brief called for integrated sustainable urban planning and design to create a city as close to carbon-neutral as possible within economic constraints. Located in sensitive wetlands on Chongming Island at the mouth of the Yangtze River just north of Shanghai, Dongtan’s first phase, a marina village of 20,000 inhabitants, was supposed to be unveiled at the 2010 World Expo in Shanghai, however this never occurred.[13]
By 2020, nearly 80,000 people were expected to inhabit the Dongtan. As a strategic partner, Arup was to be responsible for a range of services, including urban design, sustainable energy management, waste management, renewable energy process implementation, architecture, infrastructure, and even the planning of communities and social structures. Peter Head, director of Arup’s sustainable urban design, led the project for the firm from its London’s office (during design, Arup claims to have offset the emissions of its team’s travel to and from the site in cooperation with emissions brokerage firm CO2e). «Renewable energy will be used to reduce particulate CO2 emissions. Transport vehicles will run on batteries or hydrogen-fuel cells and not use any diesel or petrol, creating a relatively quiet city,» according to Head’s original plan. Other priorities included recycling organic waste to reduce landfills and generate clean energy.
Head insisted development wouldn’t affect the wetlands. «First of all, water usually discharged into the river will be collected, treated, and recycled within the city boundaries,» he said. «There will be a 2-mile buffer zone of eco-farm between city development and the wetlands.» While farming is water intensive, relatively small amounts of water reach the plants themselves. Head said Dongtan «will capture and recycle water in the city and use recycled water to grow green vegetables hydroponically. This makes the whole water cycle much more efficient». Dongtan was expected to eventually be home to more than 500,000 residents, which is an insignificant number for a country of 1.3 billion people, but the failed carbon-neutral experiment of Dongtan was meant to be a model for development worldwide.[14]
Initiatives[edit]
Elements of Low-Carbon Urban Development
Transport[edit]
Cars will be banned within the city, instead battery-powered and auto piloted personal rapid transit systems (PRT) will be used[15] Visitors to the city must park their cars outside and use public transit.[12] In both prototypes there will be ideal conditions to encourage walking or cycling. Additionally, both Masdar City and Dongtan will be connected to their larger counterparts via rail or road.
Energy[edit]
Eco-cities are self-sufficient in energy. They meet energy need through solar, wind and biomass sources. About 80%[16] of energy will be solar energy, it will be generated through photovoltaic panels, concentrated solar collectors, and solar thermal tubes.[16] In order to keep cooling costs down wind cooling towers and narrow streets will be put in, these help to maximize shaded areas. Planners in Dongtan are putting meters in each house to display energy use.[12]
Guiding principles[edit]
There are 10 principles that are proposed to create an eco-city.[17] The developers of Dongtan have used them in order to create a carbon-free city.
- Revise land use priorities
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-
- Create green, and safe mixed communities
-
- Revise transportation priorities
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-
- Favour foot, bicycle, cart and public transit over automobile
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- Restore damaged urban environments
- Create decent, safe, and economically mixed housing
- Nurture social justice and create improved opportunities
- Support local agriculture
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-
- Create community gardens
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- Promote recycling and resource conservation
- Work with businesses to support ecologically sound economic activity
- Promote voluntary simplicity
- Increase awareness of the local environment
See also[edit]
- 15-minute city
- Beyond Zero Emissions
- Carfree city
- Compact city
- Ecology movement
- Electric vehicle network
- Environmental movement
- Environmental protection
- Environmentalism
- Geothermal heat pump
- Habitat conservation
- Healthy city
- List of most-polluted cities by particulate matter concentration
- Natural environment
- Renewable energy sources
- Sustainable city
- Sustainable development
- Urban vitality
- Zero-emissions vehicle
References[edit]
- ^ World’s First Zero Carbon City Archived April 22, 2009, at the Wayback Machine from Eco Worldly website. Retrieved April 2009.
- ^ Peng, Yuan; Bai, Xuemei (2018-02-10). «Experimenting towards a low-carbon city: Policy evolution and nested structure of innovation». Journal of Cleaner Production. 174: 201–212. doi:10.1016/j.jclepro.2017.10.116. ISSN 0959-6526.
- ^ CCC Newsdesk. (2008, June 4). Eco-cities: Masdar city’s new eco-model. Retrieved from http://www.climatechangecorp.com/content.asp?ContentID=5361
- ^ Peng, Yuan; Bai, Xuemei (2018-02-10). «Experimenting towards a low-carbon city: Policy evolution and nested structure of innovation». Journal of Cleaner Production. 174: 201–212. doi:10.1016/j.jclepro.2017.10.116. ISSN 0959-6526.
- ^ Pollard, S. G. (2019). Imagining the net zero emissions city: Urban climate governance in the City of Melbourne, Australia. Routledge. ISBN 978-0-367-23559-8.
- ^ Madsen, Stine Hach Juul; Hansen, Teis (2019-02-01). «Cities and climate change – examining advantages and challenges of urban climate change experiments». European Planning Studies. 27 (2): 282–299. doi:10.1080/09654313.2017.1421907. ISSN 0965-4313.
- ^ «Low carbon cities are the core of Malaysia’s green future», The Carbon Trust, Retrieved on 20 January 2015.
- ^ a b Cheshmehzangi, Ali; Xie, Linjun; Tan-Mullins, May (2018-04-01). «The role of international actors in low-carbon transitions of Shenzhen’s International Low Carbon City in China». Cities. 74: 64–74. doi:10.1016/j.cities.2017.11.004. ISSN 0264-2751.
- ^ «Zero Carbon City». Retrieved 28 April 2012.
- ^ Brenhouse, H. (2010). Plans Shrivel for Chinese Eco-City. New York Times.
- ^ Hart, S. (2007). Zero carbon cities. Architectural Record. 3, 162-164.
- ^ a b c Cheng, H. & Hu, Y. (2009). Planning for sustainability in China’s urban development: Status and challenges for Dongtan eco-city project. Journal of Environmental Monitoring, 12 (1), 119-126.
- ^ McGirk, J. (2015). Why eco-cities fail. China Dialogue.
- ^ «Zero-Carbon Cities».
- ^ Abbasi, T., Premalatha, M.& Abbasi, S.A. (2012). Masdar City: A zero carbon, zero waste myth. Current Science, 102 (1), 12.
- ^ a b Mckenna, P. (2008, May 6). First zero-carbon city to rise out of the desert. Retrieved from https://www.newscientist.com/article/dn13838-first-zerocarbon-city-to-rise-out-of-the-desert.html
- ^ Roseland, M. (1997). «Dimensions of the eco-city». Cities. 14 (4): 197–202. doi:10.1016/s0264-2751(97)00003-6.
ప్రధాన
Ecological Economics Household carbon emissions from driving and center city quality of life
Ecological Economics
2015 / 08 Vol. 116
Holian, Matthew J., Kahn, Matthew E.
ఈ పుస్తకం ఎంతగా నచ్చింది?
దింపుకొన్న ఫైల్ నాణ్యత ఏమిటి?
పుస్తక నాణ్యత అంచనా వేయడాలనుకుంటే దీన్ని దింపుకోండి
దింపుకొన్న ఫైళ్ళ నాణ్యత ఏమిటి?
పత్రిక:
Ecological Economics
DOI:
10.1016/j.ecolecon.2015.05.012
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By Livia Albeck-Ripka
Illustrations by Adam Simpson, Animations by Fraser Croall
Climate change can be overwhelming. The science is complex, and when it comes to future impacts, there are still a lot of unknowns. While real solutions will require action on a global scale, there are choices you can make in your day-to-day life to lessen your personal impact on the environment. This guide will walk you through some of them.
What Is a Carbon Footprint?
A carbon footprint is the total amount of greenhouse gas emissions that come from the production, use and end-of-life of a product or service. It includes carbon dioxide — the gas most commonly emitted by humans — and others, including methane, nitrous oxide, and fluorinated gases, which trap heat in the atmosphere, causing global warming. Usually, the bulk of an individual’s carbon footprint will come from transportation, housing and food.
You can start the process by calculating your carbon footprint here. You will need to know the following:
- Approximately how many miles you travel by car, bus, train and plane.
- The energy usage in your home.
- How much you spend shopping.
- The composition of your diet.
No matter how you scored, here are some things that could help you lessen your personal environmental impact.
On the Road, in the Sky
One of the most effective ways to begin thinking about how to reduce your carbon footprint is to reconsider how much, and how often, you travel.
Drive Less
In November 2017 carbon dioxide emissions from transportation surpassed emissions from electricity generation as the top source of greenhouse gases. Why? Electricity generation is shifting away from the use of coal to more renewable sources and natural gas.
Going carless for a year could save about 2.6 tons of carbon dioxide, according to 2017 study from researchers at Lund University and the University of British Columbia — that’s a little more than a roundtrip transatlantic flight. How can you stop using a car? Try taking a train, bus or better yet, ride a bike.
But let’s be realistic. You will likely need to use a car this year. So, when you do, here are some tips to make your trip more climate-friendly:
- Go easy on the gas and brakes — driving efficiently can help to reduce emissions. Drive “like you have an egg under your foot,” recommends Brian West, an expert in fuel and engine research from the Oak Ridge National Laboratory, which researches energy use and solutions in the United States.
- Regularly service your car to keep it more efficient.
- Check your tires. Keeping tires pumped correctly can reduce emissions. “Low tire pressure will hurt your fuel economy,” Mr. West said.
- Air conditioning and intensive city driving can make emissions creep up. Cut down on these as often as possible.
- Use cruise control on long drives — in most cases, this can help to save gas.
- Don’t weigh your car down with extra things that you don’t need on your trip.
- Carpool — this way, you’re splitting emissions between the number of people in the car.
Buying a New Car?
Shopping for a new car is a great opportunity to consider how you can reduce your personal carbon footprint. When choosing between gasoline, hybrid and electric, there are a number of factors to take into account, which will determine how “clean” your purchase is. The following can help:
- Search for cars here, where they are rated by efficiency.
- Think about where you will be charging up. How efficient hybrid and electric cars are also depends on what state you live in — different states rely on fossil fuels to different degrees.
- Weigh up both production and use emissions using this app. (Making electric cars has a carbon footprint, too.)
- Look for the Smart Way certification.
- Remember: Cars with lower emissions can often end up costing less to operate.
Fly Less
Fly often? Taking one fewer long round-trip flight could shrink your personal carbon footprint significantly. Think about it this way: If you use public transportation often, and fly home to visit family just occasionally, your carbon footprint might still be relatively sustainable, but if you drive and fly a lot, your emissions will be higher.
If you can’t avoid flying, one way of making up for the emissions caused is to offset them by donating money to sustainable projects, such as supplying efficient stoves to rural homes, or projects which help farmers in India sell crop waste as biomass. Sometimes airlines will give you this option themselves, or you can use a third-party like Atmosfair or Terrapass. (You can calculate the emissions per flight here.)
More on Energy Efficient Travel
On Your Plate
Globally, emissions are linked to what we put on our plates.
Eat Less Meat
While food systems are complicated, and research is still evolving on what the most environmentally-friendly diet is, experts mostly agree that cutting down on meat, and red meat in particular, is a better choice for the environment. This is because the production of red meat uses a lot of feed, water and land. Cows themselves also give off methane emissions (a harmful greenhouse gas).
For that reason, eating a vegan diet is likely to be best for the environment, say experts. According to a study published in 2017 in the journal Environmental Research Letters, red meat can have up to 100 times the environmental impact of plant based food. (According to some estimates, beef gives off more than six pounds of carbon dioxide per serving; the amount created per serving by rice, legumes carrots, apples or potatoes is less than half a pound.)
Eating a vegetarian or pescetarian diet are also likely to be better for the environment than a diet which includes a lot of meat. Each of these, however, depend on exactly what you are eating, and how much of it. If you replace that meat with dairy, for example, your emissions could rise again. “Deep net fishing can emit as much as beef,” said Marco Springmann, a senior researcher on environmental sustainability and public health at the University of Oxford. Following national health guidelines, with further reductions in meat, fish and dairy (this is similar to a Mediterranean diet) is a good option too, Dr. Springmann said. These diets can also have health benefits.
Overall, eating low down the food chain as often as you can is a probably a good way to reduce your carbon footprint and stay healthy, say experts. That means filling your plate with vegetables, fruits, grains and beans. For meat-lovers, even swapping carbon-intensive meats like beef and lamb with chicken can make a difference. Better still, swap a few meals per-week to vegan or vegetarian. This protein card can help you make climate (and wallet) friendly choices at the grocery store.
Weighing Your Options
When it comes to food, most greenhouse gas emissions happen during production, rather than transportation: What you eat is more important than where it comes from. But eating local can still make a difference.
Fewer food-miles can mean fewer emissions. The complicating factor in eating locally happens when you start to consider how the food got to you, not just from how far away it came. “This ‘eat local’ argument, I would take it with a pinch of salt,” Dr. Springmann said. Tomatoes brought a short distance to a farmers market by truck, or shipped further to the grocery store by a train, could release similar emissions. (The transportation you take to get your tomatoes, and bring them home, also matters.)
What about local meat versus imported vegetables? Eating only locally grown food for one year would save the greenhouse gas equivalent of driving 1,000 miles, but eating just one vegetarian meal a week for a year saves 160 miles more than that, according to one study from researchers at Carnegie Mellon.
How about organic? You might choose organic if you prefer to eat produce grown with fewer chemical pesticides, but when it comes to reducing your carbon footprint, you’re better off shifting to low-impact, plant-based foods, according to a recent study published in the journal Environmental Research Letters. The study found that organic systems use less energy than conventional ones, but they often require more land and, therefore, emit similar greenhouse gas emissions.
Waste Less
This is a big one: on average, Americans waste around 40 percent of the food they buy.
Luckily, there are simple solutions to lower your food waste (and these tips will save you money, too.):
- Take stock. Organize your fridge regularly to check on what you already have, and make grocery shopping lists before you go to the store to prevent buying things you don’t need.
- Be wary of bulk. Low-priced food might seem like a good deal, but it’s not if you don’t end up eating it before it goes bad.
- Plan. Don’t cook more food than you can eat. Account for the right amount of food for the number of people eating, and adapt recipes to your needs.
- Get creative. Reuse leftovers instead of tossing them.
- Freeze. Extend the life of your food, including additional portions, as well as produce like fresh herbs, by freezing them properly.
- Doggie bag. Take home half of oversized restaurant servings.
What to Eat On. Skip the disposable dishes and wash your dinnerware instead. Washing dishes, whether it is by hand or in a dishwasher, is likely to be more environmentally friendly than using disposable ones (assuming your dishwasher is energy efficient). If you do need to use disposable plates, bowls and cutlery, there are climate-friendly options (look for compostable or biodegradable options). If you order takeout, wash and reuse the plastic containers that food often comes in.
In Your Home
There are simple changes you can make at home that will save you energy, and money.
Heat, Lights and Appliances
In the average American home, 25 percent of energy is used to heat spaces, 13 percent is used to heat water, 11 percent is used for cooling and the remainder is spent on appliances, according to estimates from the Natural Resources Defense Council. Making even small changes to these can make a big difference, said Noah Horowitz, a senior scientist and director of the N.R.D.C.’s Center for Energy Efficiency. “There’s a lot you can do without having to pick up a hammer or write a check,” he said. (This calculator can help you work out your energy usage before and after you make these changes.)
- Turn down the heat. Use a programmable or smart thermostat, if you have one. Keep blinds closed to help keep temperature stable inside.
- Turn down your water heater — 120 degrees Fahrenheit is sufficient.
- Turn off lights and appliances when you’re not using them. Turn off appliances at the power outlet to reduce even more energy. Putting them to sleep is second best.
- Stream movies through your smart TV, not your game console. Smart TVs and their plugins use just a few watts to stream movies, Mr. Horowitz said, but if you use your game console, energy use is about 10 times higher, because they aren’t optimized to play films.
- Buy a laptop, not a desktop computer. Laptops take less energy to charge and run.
- Replace lights. LED lights use up to 85 percent less energy, last up to 25 times longer and are cheaper to run than incandescent lights. About two billion sockets in the United States still have an energy-wasting bulb in them, said Mr. Horowitz. “This is a massive opportunity that we could change almost overnight,” he said.
- Don’t set your fridge and freezer temperatures lower than necessary. The United States Department of Energy recommends around 35 to 38 degrees Fahrenheit for the fresh food compartment and 0 degrees for freezers. (And unplug that old fridge in the garage when you don’t need it to chill anything.)
- Choose renewables. If you live in a state where you can choose your energy supplier, pick one that runs on renewables.
- Replace old fridges.They are “energy hogs” according to Mr. Horowitz, and can cost you up to $100 extra per year to run. “If it’s 15 to 20 years old,” he said, “it’s a no brainer to recycle it.”
- Look for an Energy Star symbol when buying new products. This certification means a product has met energy efficiency standards for the United States.
How to Recycle
Americans generate about roughly 258 million tons of trash a year, 169 million tons of which ends up in landfills and incinerators, according to a 2014 report from the E.P.A. That year, American’s recycled and composted 89 million tons of municipal solid waste — this saved the same amount of energy as generated by 25 million homes. But much of the waste that can be recycled still ends up in landfills.
Here are some tips to make sure your waste ends up in the right place:
- Look for a number inside a triangle on the bottom of plastic containers. These indicate what kind of resin was used, and whether the container is recyclable in your state (check your city or state’s website for accepted numbers).
- Empty and rinse food containers before putting them in the recycling bin. A dirty container can spoil a whole batch of recyclables.
- Recycle paper.
- Recycle paper and steel and tin cans.
- Before throwing away, ask: Can I re-use or repair this?
- Donate working electronics.
- Recycle broken electronics. Many local electronics stores offer free recycling programs for old goods.
- Collect dry cell batteries. You should be able to recycle them through your local municipality.
- Contact your local car dealer or municipality to recycle car batteries.
- Don’t put non-recyclables in the recycling bin. Garden hoses, sewing needles, propane tanks or cylinders, aerosol cans that aren’t empty, hazardous waste and syringes, broken glass and broken light bulbs should all be avoided.
Make Your Home Energy Efficient
Small changes to the insulation and design of your home — from do-it-yourself hacks to building changes — can help you reduce your carbon footprint at home. Before starting, you can also do an energy audit, or have a professional come in to rate and score your home’s energy efficiency.
- Seal your home well. Trouble spots can include the attic, windows and doors, where heat and cool can escape.
- Insulate your home. This helps keep the temperature stable. There are a range of materials you can use. This guide can help you to choose the right one. A professional energy auditor can help you work out if it’s time to re-insulate. Some insulation does degrade – for example, prior to the 1940s, sawdust and newspaper were used for insulation. You should remove insulation too if it has damage from pests, if it smells, or if it’s wet or moldy.
- Install a cool roof. This is made of a reflective material which redirects light away from your house, keeping it cool.
- Plant shrubs and trees around your home. This is an easy, and pretty, insulation fix, especially for older homes.
- Check the energy-efficiency rating for your windows, doors and skylights. Consider replacing those that don’t meet modern standards.
- Look into incentives. These may include tax credits and rebates.
What You Buy
Buying less is the first step. Beyond that, there are simple ways to reduce the impact from your purchases.
How to Dress Sustainably
According to the World Resources Institute, 20 items of clothing are manufactured per person, per year. This is because of “fast fashion”: clothes that are produced quickly, cheaply and unsustainably. As the price of our clothes drops, the environmental (and human) costs increase.
Here are some tips to minimize your impact when you purchase clothing:
- Look for a fairtrade, or similar logo. This indicates your clothes were made sustainably. Take a look at this transparency index from the organization Fashion Revolution.
- Shop vintage. You’ll be saving money, and the environment.
- Ask yourself: How many times will I wear this? Don’t buy clothing that will either wear out quickly, or, that you’ll barely wear.
- Consider the fabric. Different materials have different environmental impacts, so that’s something to take into consideration too. Think wool over synthetics.
- Donate old clothes. Better yet, use those too old to be donated for other purposes, like sewing projects or cleaning rags. Some animal shelters will take old sheets and towels for bedding material as well.
How to Shop Sustainably
You shop for more than just clothes, so whatever you’re shopping for — groceries, home goods, toys and whatever else — there are ways to take the climate into account.
Here are some tips:
- Take a reusable bag to the store.
- Skip the packaging.
- Invest in quality products that last.
- Buy carbon offsets. Sometimes, you can’t avoid doing things that contribute to your carbon footprint, but you can support projects and initiatives that offset these emissions. (Remember to be cautious in choosing your offsets, to make sure they are authentic.)
More on Sustainable Shopping
What You Do
In addition to changing your day-to-day habits, exercising your rights as a citizen is one of the most significant things you can do to help the planet.
Taking climate change into consideration when you vote is a good start. Here are some other tips:
- Know your facts. Understanding the science of climate change will help you talk to your family, friends and local representatives with about the issue with confidence.
- Find local climate action groups or meetups in your area. Attending these meetings will help to keep you abreast of way you can help in your community.
- Speak to your local representative. Suggest things your city or town can do to reduce its carbon footprint, like developing a town action plan, improving recycling, and adopting green energy policies.
- Vote on policies that protect the environment. Use your vote to curb climate change.
More on Reducing Your Carbon Footprint
Cities are often cited as an opportunity for a more sustainable human existence. In theory, densely packed populations need to travel less and make more efficient use of energy and infrastructures, resulting in a lower carbon footprint compared to rural areas. This means that the efficiencies of urban lifestyles could result in reduced carbon emissions as we become a world of cities. But where are our carbon emissions coming from at present, and how might they change as a result of urbanisation?
3% – the energy required to build your home
This represents a relatively small amount of our overall carbon emissions. Construction is pretty much consistent – recessions permitting – and the industry will face new challenges as space starts to run out in urban areas as a result of population increases. Might the challenge of increasingly dense building drive this figure upwards?
3% – heating your home
Housing is built more densely in urban areas, stacked on top of each other like a tower of Lego. One likely result of increased urbanisation is even more dense housing, meaning this figure could well drop over the coming decades.
3% – household appliances
Religiously turning off your mobile phone charger when not in use? It might not be such a worthwhile use of your time.
4% – hot water
Heating water is an energy intensive process, but still only represents a small proportion of our overal carbon emissions.
12% – shared services
As urban populations increase, services will need to as well. Increased use of shared services might place pressure on current facilities, but a considerable increase in emissions from this sector is unlikely.
13% – waste and consumer goods
This is a simple one – if we continue to over-consume, the best we can hope for this percentage is for it to remain static. Recycling and re-use is important, but a reduction in consumption is vital.
18% – personal transport
Those living in dense urban areas are less likely to own cars. Provided public transport is maintained at functional levels, a more urban world will see less significant emissions from personal transport.
20% – shared infrastructure
Urban infrastructures will inevitably feel more use as populations increase, potentially resulting in an increased percentage of carbon emissions coming from this area. However, as this is coming at the cost of personal transport, an increase is acceptable.
24% – food
At present, almost one quarter of our carbon emissions come from food production. Despite countless concepts for urban farms, a more likely outcome is that the countryside will become increasingly focussed on producing food for cities. As a result, food transportation will remain a heavily-polluting issue. Unfortunately, urban self-sufficiency doesn’t represent a solution either. The notion of every city dweller having a vegetable garden on their balcony has been heavily romanticised, but is a much more energy intensive process than industrialised farming and would therefore result in more carbon emissions, unless of course it was done highly sustainably.
Of course, many of these considerations would become irrelevant if the world’s cities switched to renewable energy. Despite the improved sustainability offered by urbanism, it is not the answer alone.
Photo: Robert Huffstutter
1) Вставьте слово, которое грамматически будет соответствовать содержанию текста.
Air pollution and climate change
Overloading of the atmosphere and of ocean waters with carbon. Atmospheric CO2 absorbs and re-emits infrared-wavelength radiation, leading to warmer air, soils, and ocean surface ___ (WATER) — which is good because the planet would be frozen solid without this.
2) Вставьте слово, которое грамматически будет соответствовать содержанию текста.
Unfortunately, there’s now too much carbon in the air. Burning of fossil fuels, deforestation for agriculture, and industrial activities ___ (PUSH) up atmospheric CO2 concentrations from 280 parts per million (ppm) 200 years ago, to about 400 ppm today. That’s an unprecedented rise, in both size and speed. The result: climate disruption.
3) Вставьте слово, которое грамматически будет соответствовать содержанию текста.
Carbon overloading is only one form of air pollution ___ (CAUSE) by burning coal, oil, gas and wood.
4) Вставьте слово, которое грамматически будет соответствовать содержанию текста.
The World Health Organization recently ___ (ESTIMATE) that one in nine deaths in 2012 were attributable to diseases caused by carcinogens and other poisons in polluted air.
5) Вставьте слово, которое грамматически будет соответствовать содержанию текста.
Solutions to be taken involve ___ (REPLACE) fossil fuels with renewable energy…
6) Вставьте слово, которое грамматически будет соответствовать содержанию текста.
…reducing emissions from agriculture as well as ___ (CHANGE) industrial processes.
7) Вставьте слово, которое грамматически будет соответствовать содержанию текста.
The good news is that clean energy is abundant — it just needs to be harvested. Many say a 100 percent renewable-energy future is feasible with existing technology now. But the bad news is that even though renewable energy infrastructure — solar panels, wind turbines, energy storage and distribution systems — are already widespread, and getting cheaper and more efficient all the time, experts say we ___ (NOT APPLY) them quickly enough to prevent catastrophic climate disruption. Barriers in policy and finance remain to be overcome.
Вставьте слово, которое грамматически и лексически будет соответствовать содержанию текста.
The need for change in our ___ (DAY) lives and the movements of our government is the and growing.
9) Вставьте слово, которое грамматически и лексически будет соответствовать содержанию текста.
Because so many ___ (DIFFER) factors come into play; voting, governmental issues, desire to stick to routine, many people don’t consider that what they do will affect future generations.
10) Вставьте слово, которое грамматически и лексически будет соответствовать содержанию текста.
If humans continue moving forward in such a ___ (HARM) way towards the future, then there will be no future to consider.
11) Вставьте слово, которое грамматически и лексически будет соответствовать содержанию текста.
Although it’s true that we cannot physically stop our ozone layer from ___ (THIN) (and scientists are still having trouble figuring out what is causing it exactly,) there are still so many things we can do to try put a dent in what we already know.
12) Вставьте слово, которое грамматически и лексически будет соответствовать содержанию текста.
By raising ___ (AWARE) in your local community and within your families about these issues…
13) Вставьте слово, которое грамматически и лексически будет соответствовать содержанию текста.
…you can help contribute to a more Environmentally conscious and ___ (FRIEND) place for you to live.
14) Запишите в поле ответа цифру 1, 2, 3 или 4, соответствующую выбранному Вами варианту ответа.
Scientists call for protection of Canada’s boreal forest
An ___ group of 23 biology and conservation scientists…
1) transnational
2) cosmopolitan
3) international
4) universal
15) Запишите в поле ответа цифру 1, 2, 3 или 4, соответствующую выбранному Вами варианту ответа.
…is calling on the provincial governments and Ottawa to forever ___ the development of at least 50 per cent of the boreal forest that spans the Canadian north.
1) prevent
2) shut out
3) avoid
4) check
16) Запишите в поле ответа цифру 1, 2, 3 или 4, соответствующую выбранному Вами варианту ответа.
The Boreal Conservation Science Panel, made up of scientific heavyweights from Canada, the United States, Australia and Great Britain, will present a paper on Monday at the world International Congress of Conservation BiologyinBaltimore that says the boreal’s value as a carbon store, fresh water source, and wildlife ___ is crucial to global ecology.
1) apartment
2) habitation
3) habitat
4) settlement
17) Запишите в поле ответа цифру 1, 2, 3 или 4, соответствующую выбранному Вами варианту ответа.
Although 80 per cent of the boreal is intact, only 10 per cent of the 1,2 billion acres of forest, tundra, peat lands, rivers and lakes is protected. The new report, a copy of which was ___ by The Globe and Mail, says the ‘rules and regulations for managing industrial extraction of resources in Canada’s boreal forest have not kept pace with the rapidly expanding footprint of industrial activities and plans.’
1) оccupied
2) gathered
3) obtained
4) saved
18) Запишите в поле ответа цифру 1, 2, 3 или 4, соответствующую выбранному Вами варианту ответа.
The boreal contains the world’s ___ densities of terrestrial carbon stores, has the largest surface of fresh water, is the nesting place for billions of song birds, and is home to viable populations of animals like caribou, grizzly bear, lynx and wolf.
1) best
2) top
3) highest
4) most
19) Запишите в поле ответа цифру 1, 2, 3 или 4, соответствующую выбранному Вами варианту ответа.
‘The boreal forest overall has an overriding potential influence on the global climate, marine productivity, the wildlife in the case of birds that ___ the entire hemisphere.
1) move across
2) go across
3) pass over
4) meet
20) Запишите в поле ответа цифру 1, 2, 3 или 4, соответствующую выбранному Вами варианту ответа.
So it actually has a huge influence on the rest of the world,’ said Jeff Wells, the science and policy director for the Boreal Songbird Initiative and one of the authors of the report. The science indicates that no less than half of the region should be protected from development, Dr. Wells said. ‘The exact specifics as to how ___ that out across different regions and so forth is beyond the scope of what we talked about in the report and obviously would need to be figured out by people working in those regions. But that is the basic overarching guidance.’ It is not the first pitch of this sort. Back in 2007, the International Boreal Conservation Campaign of the Pew Charitable Trusts also argued for expanding the protected area, saying it was one of the world’s five remaining regions that help preserve the global environmental balance.
1) to load
2) to pack
3) to parcel
4) to bundle
Английский язык (Вариант 2)
- 1
- 2
- 3
- 4
- 5
- 6
- 7
- 8
- 9
Образуйте от слова MASS однокоренное слово так, чтобы оно грамматически и лексически соответствовало содержанию текста.
City Living
Humans have lived together in cities since ancient times, but even in 1800 urban areas were home to just 3 per cent of the world’s population.
The __________________ explosion of urbanization that accompanied the Industrial Revolution saw that figure rise 15 per cent in the space of 100 years.
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from the magazine
Green Cities, Brown Suburbs
To save the planet, build more skyscrapers—especially in California.
Winter 2009
Infrastructure and energy
Technology and Innovation
On a pleasant April day in 1844, Henry David Thoreau—the patron saint of American environmentalism—went for a walk along the Concord River in Massachusetts. With a friend, he built a fire in a pine stump near Fair Haven Pond, apparently to cook a chowder. Unfortunately, there hadn’t been much rain lately, the fire soon spread to the surrounding grass, and in the end, over 300 acres of prime woodland burned. Thoreau steadily denied any wrongdoing. “I have set fire to the forest, but I have done no wrong therein, and now it is as if the lightning had done it,” he later wrote. The other residents of Concord were less forgiving, taking a reasonably dim view of even inadvertent arson. “It is to be hoped that this unfortunate result of sheer carelessness, will be borne in mind by those who may visit the woods in future for recreation,” the Concord Freeman opined.
Thoreau’s accident illustrates a point that is both paradoxical and generally true: if you want to be good to the environment, stay away from it. Move to high-rise apartments surrounded by plenty of concrete. Americans who settle in leafy, low-density suburbs will leave a significantly deeper carbon footprint, it turns out, than Americans who live cheek by jowl in urban towers. And a second paradox follows from the first. When environmentalists resist new construction in their dense but environmentally friendly cities, they inadvertently ensure that it will take place somewhere else—somewhere with higher carbon emissions. Much local environmentalism, in short, is bad for the environment.
Matthew Kahn, a professor of economics at UCLA, and I have quantified the first paradox. We begin by estimating the amount of carbon dioxide that an average household would emit if it settled in each of the 66 major metropolitan areas in the United States. Then we calculate, for 48 of those areas, the difference between what that average household would emit if it settled in the central city and what it would emit in the suburbs. (The remaining 18 areas had too little data for our calculations.) A few key points about our methodology follow; if you’re interested in all the methodological details, click here.
First, by “average household,” we mean average in terms of income and family size, so that we aren’t comparing urban singles with large suburban families. However, we don’t want to standardize the physical size of the home. People who move to suburban Dallas aren’t likely to live in apartments as small as those in Manhattan. Smaller housing units are one of the important environmental benefits of big-city living.
Second, we try to estimate the energy use from a typical new home in an area—specifically, one built in the last 20 years—which sometimes means something quite different from an average one. The reason is simple. We aren’t playing a ratings game to figure out which city pollutes least; rather, we’re trying to determine where future home construction would do the least environmental damage.
We calculate carbon emissions from four different sources: home heating (that is, fuel oil and natural gas); electricity; driving; and public transportation. Residential energy use and non-diesel motor fuel are each responsible for about 1.2 billion tons of carbon dioxide emissions each year, out of total U.S. emissions of 6 billion tons. So these sources together reflect about 40 percent of America’s carbon footprint. Our procedure is admittedly imperfect and incomplete: for example, we do not include carbon dioxide generated as a by-product of workplace activity.
The table below shows some of the results of our research. The five metropolitan areas with the lowest levels of carbon emissions are all in California: San Francisco, San Jose, San Diego, Los Angeles, and Sacramento. These areas have remarkably low levels of both home heating and electricity use. There are cold places, like Rochester, that don’t air-condition much and thus use comparably little electricity. There are warm places, like Houston, that don’t heat much and thus have comparably low heating emissions. But coastal California has little of both sorts of emissions, because of its extremely temperate climate and because California’s environmentalists have battled for rules that require energy-efficient appliances, like air conditioners and water heaters, and for green sources of electricity, such as natural gas and hydropower. (Some analysts argue that this greenness is partly illusory—see “California’s Potemkin Environmentalism,” Spring 2008—but certainly, by our measures, California homes use less energy.) Also, despite the stereotypes about California highways and urban sprawl, some of these five cities, like San Francisco, have only moderate levels of transportation emissions, since their residents actually live at relatively high densities, which cuts down on driving.
The table’s middle panel shows five cities that rank somewhere in the middle of our sample. New York City, where driving is less common and public transportation more common than in most cities, ranks 18th. New York’s home heating emissions are, unsurprisingly, higher than coastal California’s. Electricity usage isn’t that much higher than in California, but New York’s sources of electricity, like coal, are dirtier.
Boston, in 22nd place, has cold winters and high emissions from home heating, and it makes considerable use of fuel oil, a brown technology. Boston has a little more driving than New York does, but its electricity emissions are lower, reflecting less use of coal to produce electricity in New England. Hot Miami, ranked 34th overall, uses lots of electricity but little home heating, while for chilly Chicago, at number 32, the opposite is true. Both cities have more driving than New York or California, but less than the sprawling exurbs at the bottom of our list. And Washington, D.C. ranks 44th out of 66, with some home heating, moderately high driving levels, and much electricity, produced with plenty of coal. The people in our nation’s capital may like prescribing green lifestyles, but they don’t seem to practice what they preach.
Finally, the bottom panel lists the five metropolitan areas with the highest levels of carbon emissions: Atlanta, Dallas, Memphis, Oklahoma City, and Houston. These Sunbelt cities don’t emit much carbon by heating their homes, of course. Rather, their high emissions are driven by electricity (reflecting hot summers and relatively brown sources of energy) and driving (reflecting their sprawling geography). Their households emit almost twice as much carbon as those in the top-ranked California cities.
In almost every metropolitan area, carbon emissions are significantly lower for people who live in central cities than for people who live in suburbs. The table below shows the difference for an assortment of metropolitan areas. (Because of small sample sizes, we have had to use the entire data sample to construct these estimates, not just housing built in the past 20 years.)
New York City has the largest gap in emissions between central city and suburbs of any metropolitan area in the country—unsurprisingly, since New York’s central city is the epitome of dense urban living. Our estimate is that an average New York City resident emits 4,462 pounds less of transportation-related carbon dioxide than an average New York suburbanite. The reductions in carbon emissions from home heating and electricity are comparably large, thanks to New York’s famously tiny apartments. Manhattan is one of the greenest places in America.
Boston and Philadelphia are the third and fifth cities on the list. Though hotter summers and more coal make Philadelphia browner than Boston, the city-suburb differences in both areas reflect the high density and abundant public transportation in their central cities. Nashville and Atlanta, on the other hand, rank second and fourth not because their central cities are particularly green but because extensive driving makes their far-flung suburbs particularly brown.
The table’s bottom panel shows the five metropolitan areas with the smallest differences in emissions between central city and suburbs. Notice that in only four cases in the 48-city sample are carbon emissions higher in central cities than in suburbs. In Los Angeles, central-city residents are using far more electricity than their suburban counterparts—possibly because newer, energy-efficient houses tend to be in the suburbs and because the urban core has many large homes. In Pittsburgh, Dayton, and Detroit, central-city residents are using a lot of energy to heat their homes. Again, this reflects primarily the older stock of homes in these places: if the central cities were spawning modern, efficient apartments, they would be more energy-efficient.
These four cities notwithstanding, the data suggest a strong general pattern: households in dense urban areas have significantly lower carbon emissions than households in the suburbs. The lifestyle that Thoreau preferred, living surrounded by green space, tends to be far less kind to the planet and far likelier to raise global temperatures, just as Thoreau himself did that afternoon in 1844.
There is a large and growing literature, ranging from complete skepticism to ultra-alarmism, devoted to the question of just how much environmental damage is associated with carbon emissions. The widely cited Stern Review on the Economics of Climate Change claims that each ton of carbon dioxide emissions causes $85 worth of damage to the planet. More commonly accepted estimates are considerably lower; one meta-study suggests an average cost of about $15 per ton of carbon dioxide. The right number probably lies somewhere between $15 and $85.
Even if, like many economists, you think that the Stern Review overstates the true damage per ton and you chop its proposed cost in half, then the average new home in Memphis still does about $620 worth of environmental harm per year more than an average new home in San Francisco, since San Francisco homes are associated with 14.65 fewer tons of carbon dioxide each year. Once you crunch the numbers, that makes the lifetime environmental cost of building in Memphis, rather than San Francisco, $12,400 per home—a big number relative to Memphis’s average housing price of $90,000.
Fans of central planning might argue for a complicated tax-and-subsidy scheme that would induce people to move to greener acres. But such a scheme would be politically impossible and difficult to operate even if it were possible. Others may be drawn to a simple carbon tax, which would charge people for the social costs of their energy use. Like many economists, I find much to like in a carbon tax, but it won’t lead to good development decisions as long as the greenest parts of the country are banning new construction.
Before even considering carbon taxes, the country should rethink its land-use policies, which currently push people toward high-emissions areas and away from green ones. The chart below shows the relationship between estimated pounds of carbon dioxide emissions and the Wharton Residential Land Use Regulation Index, which is the gold-standard measure of barriers against local building in metropolitan areas. (I average across all places in the metropolitan area, weighting each place by its population, since the Wharton survey measures political jurisdictions, not metropolitan areas.)
The chart shows a strong negative correlation between restrictiveness and carbon dioxide emissions. In other words, America’s land-use regulations bind most tightly in the places where environmental concerns should lead us to have the most growth, presumably because the same environmentalists who oppose building also like to make their cities greener. Oklahoma City is among the least regulated places in America and also among the places with the highest levels of carbon dioxide emissions. Coastal California is both the greenest place in the country and one of the hardest places in which to build.
But California’s abundant restrictions on new construction don’t do much to deter building across America as a whole. No matter what the Bay Area does, plenty of new households will come into being, and they will need new homes. By restricting local development, California regulators just make sure that construction occurs someplace else. That someplace else tends to be a lot less environmentally friendly than the California coast, blessed as it is with a superbly temperate climate. The net result of this process: land-use restrictions in California increase carbon emissions and raise the risks of global warming.
The great irony, of course, is that land-use regulations are so often justified by environmental arguments. In the early 1960s, California was still fairly friendly to new development. Then an environmental movement emerged that tried, for example, to “Save the Bay” by preventing development near San Francisco. Town after town increased regulatory barriers to new construction, such as growth controls, which limit the number of permits that can be issued at the local level. Further, in 1972, the California Supreme Court handed the state’s environmental movement a stunning victory in Friends of Mammoth v. Board of Supervisors of Mono County, requiring large numbers of private developments to undergo environmental impact reviews. The reviews are fundamentally one-sided: they consider only the impact on the local environment if the development occurs, not the impact on the national or global environment if the development fails to occur. In principle, all environmental reviews in the Golden State should consider the fact that if building doesn’t occur in coastal California, then it is likely to occur someplace with considerably higher carbon emissions.
So California environmentalists have things exactly backward. If climate change is the major environmental challenge that we face, the state should actively encourage new construction, rather than push it toward other areas. True, increasing development in California might increase per-household carbon emissions within the state if the new development, following the current model, took place on the extreme edges of urban areas. A better path would be to ease restrictions in the urban cores of San Francisco, San Jose, Los Angeles, and San Diego. More building there would reduce average commute lengths and improve per-capita emissions. Higher densities could also justify more investment in new, low-emissions energy plants.
Similarly, limiting the height or growth of New York City skyscrapers incurs environmental costs. Building more apartments in Gotham will not only make the city more affordable; it will also reduce global warming.
Thoreau was wrong. Living in the country is not the right way to care for the Earth. The best thing that we can do for the planet is build more skyscrapers.
Edward L. Glaeser is a professor of economics at Harvard University, a City Journal contributing editor, and a Manhattan Institute senior fellow. His article describes research jointly performed with Matthew Kahn of UCLA.
City Journal is a publication of the Manhattan Institute for Policy Research (MI), a leading free-market think tank. Are you interested in supporting the magazine? As a 501(c)(3) nonprofit, donations in support of MI and City Journal are fully tax-deductible as provided by law (EIN #13-2912529). DONATE
Up Next
eye on the news
New York Needs Innovation
The financial crisis is an opportunity to reform business-stifling laws.
Edward L. Glaeser
October 27, 2008
Упражнение на грамматическое преобразование слов. Рекомендуем всем, кто готовится к сдачи ЕГЭ по английскому языку.
Прочитайте приведённый ниже текст. Образуйте от слов, напечатанных заглавными буквами, однокоренные слова, так, чтобы они грамматически соответствовали содержанию текста.
ЗаданиеОтвет
Air pollution and climate change
Overloading of the atmosphere and of ocean waters with carbon. Atmospheric CO2 absorbs and re-emits infrared-wavelength radiation, leading to warmer air, soils, and ocean surface ( WATER ) — which is good because the planet would be frozen solid without this.
Unfortunately, there’s now too much carbon in the air. Burning of fossil fuels, deforestation for agriculture, and industrial activities ( PUSH ) up atmospheric CO2 concentrations from 280 parts per million (ppm) 200 years ago, to about 400 ppm today. That’s an unprecedented rise, in both size and speed. The result: climate disruption.
Carbon overloading is only one form of air pollution ( CAUSE ) by burning coal, oil, gas and wood. The World Health Organization recently ( ESTIMATE ) that one in nine deaths in 2012 were attributable to diseases caused by carcinogens and other poisons in polluted air.
Solutions to be taken involve ( REPLACE ) fossil fuels with renewable energy, reducing emissions from agriculture as well as ( CHANGE ) industrial processes.
The good news is that clean energy is abundant — it just needs to be harvested. Many say a 100 percent renewable-energy future is feasible with existing technology now.
But the bad news is that even though renewable energy infrastructure — solar panels, wind turbines, energy storage and distribution systems — are already widespread, and getting cheaper and more efficient all the time, experts say we ( NOT APPLY ) them quickly enough to prevent catastrophic climate disruption. Barriers in policy and fi nance remain to be overcome.
Air pollution and climate change
Overloading of the atmosphere and of ocean waters with carbon. Atmospheric CO2 absorbs and re-emits infrared-wavelength radiation, leading to warmer air, soils, and ocean surface WATERS — which is good because the planet would be frozen solid without this.
Unfortunately, there’s now too much carbon in the air. Burning of fossil fuels, deforestation for agriculture, and industrial activities HAVE PUSHED up atmospheric CO2 concentrations from 280 parts per million (ppm) 200 years ago, to about 400 ppm today. That’s an unprecedented rise, in both size and speed. The result: climate disruption.
Carbon overloading is only one form of air pollution CAUSED by burning coal, oil, gas and wood. The World Health Organization recently HAS ESTIMATED that one in nine deaths in 2012 were attributable to diseases caused by carcinogens and other poisons in polluted air.
Solutions to be taken involve REPLACING fossil fuels with renewable energy, reducing emissions from agriculture as well as CHANGING industrial processes.
The good news is that clean energy is abundant — it just needs to be harvested. Many say a 100 percent renewable-energy future is feasible with existing technology now.
But the bad news is that even though renewable energy infrastructure — solar panels, wind turbines, energy storage and distribution systems — are already widespread, and getting cheaper and more efficient all the time, experts say we ARE NOT APPLYING them quickly enough to prevent catastrophic climate disruption. Barriers in policy and fi nance remain to be overcome.
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Ответом к заданию 10 по английскому языку может быть последовательность цифр, чисел или слов. Порядок записи имеет значение.
Разбор сложных заданий в тг-канале
Задачи для практики
Задача 1
Установите соответствие между текстами A–G и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
Заголовки
1. Confused with human hands |
Тексты
A. For over 30 million years, bears in one form or another have roamed the Earth. There are only 8 extant species of bear on Earth now. Bears live all over the world, and the different species inhabit various geographic regions. The different adaptations each species of bear has for its environment is one of the facts that helps us learn about evolution. We can see from these different adaptations how bears evolved from a common ancestor to have the traits they have today. B. While bears did live in the Atlas Mountains of Africa for a period of time, there are no species of bear living in Africa at this time. Scientists today believe the Atlas bear to be extinct. The Roman Empire used many animals from Northern Africa to fight in spectacular competitions. From records, it seems thousands of bears were taken and made to fight with other animals like lions and tigers. The environment also had an impact on the extinction of the Atlas bear. As the desert in Northern Africa expanded, it reduced the woodland habitat where the Atlas bear lived. C. Bears adapted in various ways for different environments. While most bears live in forests, the polar bear lives in the icy conditions of the Artic. In all species of bear, the male is larger than the female on average. There is a wider range of size between the different bear species. Kodiak bears and polar bears are the largest bears. The sun bear is the smallest bear. The largest male Kodiak bears can weigh up to 1500 lbs., and the smallest female sun bears can weigh as little 50 lbs. D. The structure of the human hand and the bear claw are very similar. The bone structure is so alike, that the National Wildlife Laboratory published a special guide to help people tell the difference. People sometimes put bear paws out in public to shock other people. Also, bear remains which were found during excavation or construction, shocking workers and halted work on the job site. The National Wildlife guide helps people quickly identify the remains by highlighting the subtle differences between bear paws and human hands. E. Polar bears may look nice and clean because of their white fur. Polar bears use their feet to leave scent markings. Polar bears have a very large territory, and scientists believe that sweat glands on their paws is a convenient way to mark their territory. This means polar bears are marking their territory simply by walking around. Most bears mark their territory by rubbing their backs against trees. However, polar bears have relatively few trees in their natural habitat in the Arctic. F. The spectacled bear is the only bear that lives in South America and the species is classified as vulnerable to extinction on the Endangered Species List. The spectacled bear makes its home in the Andean jungles. This habitat is currently being devastated by human development. Spectacled bears are also killed by farmers who see them as pests, and are poached for their meat and claws. With fewer than 3,000 alive in the world today, we need to act soon before spectacled bears suffer the same fate as Atlas bears. G. Scientists have been breeding panda bears in captivity since at least the 1960s to help stabilize the fragile panda bear population. Many advances have been made, and many new bear facts have been revealed. Breeding panda bears in captivity is a difficult task. The panda bear fetus is so small, that it’s often not seen by ultrasound. Baby panda bears are tiny fragile creatures. They are blind, hairless and only 1/900th the size of the mother. Pandas International compares the size of a baby panda bear to a stick of butter. |
Задача 2
Установите соответствие между текстами A–G и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
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1. Making drafts |
Тексты
A. During its construction, which was completed in 1889, the Eiffel Tower became the tallest manmade structure, surpassing the height of the Washington Monument. In 1930, the Chrysler Building was built in New York City, becoming the tallest structure in the world at the time. The Eiffel Tower had held the title for 41 years! Later in 1957, an antenna was attached which, depending on how you determine the height of a structure, made the Eiffel Tower taller than the Chrysler Building. B. Gustave Eiffel, the famous architect for whom the structure was named, did not actually design the Eiffel Tower. The initial design was sketched by Maurice Koechlin in May of 1884, while he was working at home. Koechlin was a senior engineer working for Eiffel’s architecture firm at the time. Koechlin was working with another architect in the firm, Emile Nouguier, to design a monument for the 1889 Exposition Universelle. The exposition was planned as a World’s Fair to celebrate the 100-year anniversary of the French Revolution. C. In 1885 Eiffel presented the design to the Société des Ingiénieurs Civils as a symbol of the dawning Industrial Age. Two more years passed, and there were changes in government. Eiffel continued to lobby for the project and it was brought to review by a commission in 1886. The commission examined Eiffel’s proposal, along with competing proposals for the monument. Eiffel’s proposal was chosen because it was the most practical and most well planned. The other proposals seemed impossible or were not completely thought through. D. During the course of the planning, Eiffel’s firm produced 1,700 general drawings, and 3,629 detailed drawings. The drawings captured the 18,038 pieces that make up the tower. Bear in mind all of this was being done by hand, before the 1900s. The construction began in January of 1887 after a location had been determined. The massive concrete and limestone foundations of the Eiffel Tower were the first things to be put into place. The tower would be assembled in a modular fashion. E. While it is considered by many to be a work of art today, at the time, many artists and writers protested against the building of the tower based on the drawings that were exhibited. Eiffel responded by defending the monumental nature of the work, comparing it to the Pyramids of Egypt. It was an apt description. At the time, the Pyramids were still some of the largest man-made structures on Earth. Gustave Eiffel was not too concerned about the criticism, as the project had already been approved. F. In 1925, after World War I, the Eiffel Tower was not in the best condition. One conman, named Victor Lustig held a secret meeting of scrap dealers and, using forged government stationary, offered to sell the Eiffel Tower for scrap! The scrap dealer gave him a bribe along with the money for the tower. Lustig and his accomplice fled to Vienna with a suitcase full of money. A month later, Lustig couldn’t help himself, and he returned to Paris to try the scheme again. This time, the person he tried to scam went to the police. G. Elevators or lifts were installed in the tower shortly after its debut. This is a good thing! Walking to the top took early visitors hours. The lifts have been modified, upgraded and replaced many times over the years. Visitors to the Eiffel Tower include daredevils who have staged stunts, such as bungee jumping from the tower. The Eiffel Tower has become a must-see destination in Paris and, at the last count, more than 200,000,000 people had visited the tower! |
Задача 3
Установите соответствие между текстами A–G и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
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1. As hot as the Sun |
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A. The incredible natural resources and the ingenuity of the people that live on the Earth combine to make an impressive output of goods and services that are traded to sustain, inform and entertain. The sheer scale of the world economy is mind-boggling. Each year humankind produces $72 trillion worth of goods and services. When we examine historical facts, we see that the production of goods and services across the world really took off about 200 years ago with the dawn of the Industrial Age. B. Many people call the Earth Mother Earth because the planet sustains all life as we know it. In the same way a mother feeds and protects her children, the Earth feeds and protects all of humanity. Studies regarding the shape of the Earth show that our planet is not a perfect sphere. There is a bulge around the center of the Earth. This is what’s considered an oblate spheroid. This bulge around the center of the Earth means the diameter at the equator is 43 kilometers, or 27 miles, larger than the diameter going top to bottom or from the North Pole to the South Pole. C. The Earth is made up of a handful of elements and a sprinkling of trace elements. The Earth is strong! It is 32.1% iron. Surprisingly, oxygen accounts for 30.1%. Silicon, which makes computer chips, makes up 60.2% of the Earth’s crust and 15.1% of the total elements in the Earth. From these facts, it’s clear why certain elements are valuable. A metal like gold is only a trace element compared to the mass of the Earth. D. Conditions at the Earth’s core are shocking. It appears that 20% of the heat is still the Earth cooling off from when all the rocks slammed together to form the planet in the early solar system. Another 80% of this heat occurs in the form of radioactive decay. Radioactive elements are all present in the Earth’s core, and are giving off a lot of heat. So much heat, in fact, that the temperature of the Earth’s core is as hot as the surface of the sun, at more than 10,000 °F! E. All of the Earth’s oceans connect to form one large ocean that covers over 70% of the Earth’s surface. There’s a lot more water than land on the surface of the Earth. While the oceans only cover the surface of the Earth, they account for 1/4400 of the mass of the Earth. If the Earth was totally smooth, with no mountains, or valleys on land, or underwater, the result would be a 2.7 kilometer, or 1.5 mile, deep ocean that covered the entire surface of the Earth. F. There is no clear boundary between the Earth’s atmosphere and outer space. While we typically think of the Earth as this perfect sphere, scientists prove that spherical shape of the Earth is not so perfect. The atmosphere slowly becomes thinner and thinner until it fades into outer space. There’s no clear line or sign that says welcome to outer space. The atmosphere of Earth is one of the unique features that allows such an amazing array of life forms to exist on the planet. G. The speed at which the Earth orbits the Sun is over 100,000 kilometers per hour, or over 66,000 miles per hour! Moving at that speed, you could reach the moon in 3.5 hours, and you could travel the whole way around the Earth in about seven minutes. When we look at Earth facts about how fast the Earth rotates, we find that it’s spinning fast, too. The Earth is spinning at 1,675 kilometers per hour, or over 1,040 miles per hour! |
Задача 4
Установите соответствие между текстами A–G и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
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1. Speaking position |
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A. It’s been said that people appreciate your ideas by the words you use, and this is true. Choose your words wisely. Words have power. They have the power to move nations and they have the power to destroy as well. When you speak, use your words carefully. Avoid using words that will cause the other person think poorly of you. Use words that communicate positive values. Make sure they are understandable. Use words that are colorful and rich with meaning, as long as they can be understood by the listener. B. Just as important as what you say is how you say it. What tone are you using? When you speak, are you monotone? Or do you move the tone of your voice, changing it up? This will naturally help people follow what you’re saying. Changing the tone of your voice is a very effective way to draw people into your message. Imagine if a painter only used one color. We want lots of colors and lots of tones. The speed with which you speak will tell others certain things. C. The emotions you communicate while speaking are vital. The key here is to show emotion without “getting emotional.” Emotions can be a very effective communicator. For example, showing anger can communicate that you are very serious about something. Allowing yourself to cry can show a side of you to others that communicates that you are a person of passion who, while being a hard-charging person who desires success, also has a tender side. Emotion, if controlled, is a powerful communicator. D. When you’re communicating, especially in a presentation situation, your speaking position, whether you are standing, sitting, kneeling, etc., can communicate a lot. For example, my good friend Zig Ziglar, a master of the stage, will frequently move to the front of the stage and kneel. He is saying, “Listen closely to this. This is really important.” He is bringing the audience in for an intimate moment. Sitting communicates casualness. Many speakers will give a considerable part of their presentation this way. This style is informative and casual—and it is effective. E. Clear-cut communication increases the likelihood that people will comprehend and take action on whatever you’re asking from them. It’s better to over-explain something than to leave room for misunderstanding. It’s helpful to prepare your thoughts in advance so you include all the relevant details. Don’t end a conversation until you’re sure the other person understands your objectives and how to achieve them. Deliver these instructions in a friendly, open way so the other person knows they can approach you with follow-up questions. F. Have you ever had a conversation with someone who only responded in two- or three-word sentences, and you walked away feeling like you learned very little? The person might not have been intentionally giving you short answers; perhaps you could have phrased your questions better. A lot of people fail to understand the power of asking quality questions. One effective tip for asking stronger questions is to frame questions in a positive tone. Framing things positively assures the direction of the conversation and leaves others with a pleasant memory of the exchange. G. If you prefer speaking on the main stage in front of larger groups, then you would fancy delivering keynotes. This option can create exceptional opportunities for consulting, long after your speech is over. If you have a new idea that you’re really passionate about or have an innovative way of presenting a familiar topic. If you enjoy sharing your expertise in a collaborative setting, consider the impact of participating in a conference environment as an expert panelist. Opportunities to communicate with smaller groups include breakout sessions or workshops. |
Задача 5
Установите соответствие между текстами A–G и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
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1. Types of honey |
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A. Honey, often referred to as «liquid gold,» houses a wide range of vitamins and minerals. In the normal honey-making process, honey is filtered to remove contaminants, such as bee parts, waxes and other impurities. Nothing wrong there; nobody wants to chew on bee parts or wax, right? Ultra-filtration is a high-tech procedure in which honey is heated and pushed through extremely fine filters at high pressure. This technique not only removes contaminants, but pushes out the pollen and many other beneficial vitamins, minerals and enzymes, too. B. Did you know that there are more than 300 distinct varieties of honey? Different types of honey are categorized by the ways they are sold. Comb honey is taken directly just as it is stored by the bees. Liquid honey is the most common form of honey found on shelves and used by most people. Granulated honey is a powdered form of honey that is made by drying the honey in order to draw out the water. Creamed honey is a blend of granulated and liquid honey. C. Avocado honey from the flowers of this plant tends to be darker in color and has a rich, buttery taste. Blueberry honey, contrary to popular belief, is not honey with blueberries added. It is actually derived from blueberry flowers. Clover honey is the variety that most people think of as common, table honey. Eucalyptus honey is as varied as the species of plant from which it comes. It has a wide variety of color and flavor. Orange blossom honey is mixed with nectar from citrus flowers. D. Raw honey is not subjected to any sort of heat processing, though it is sometimes strained for a more pleasing presentation. This means that it still contains all of its natural nutrients. The best temperature for pasteurization of honey is 145 degrees Fahrenheit. This destroys many of the nutrients in the honey the same way that cooking vegetables at high temperatures breaks down their vitamins and minerals. Adding pasteurized honey to tea or coffee will have no effect on its nutrients, because they are already destroyed. E. It is believed that honey history dated as far back as 10 to 20 million years ago and the practice of beekeeping to produce honey, apiculture, dates back to at least 700 BC. In ancient times, Eygptians sacrificed honey by the tons to their river gods, Roman legions slathered honey on the wounds as a natural cure to promote healing, and medieval lords reserved honey for their private use. It’s told that the body of Alexander the Great was preserved and embalmed with honey. F. Honey is a miracle food; it never goes bad. It was reported that archaeologists found 2000 year old jars of honey in Egyptian tombs and they still tasted delicious! Many people find it rather surprising that bacteria cannot grow in honey because all things being equal, bacteria loves sugar. The unique chemical composition of low water content and relatively high acidic level in honey creates a low pH environment that makes it very unfavourable for bacteria or other micro-organism to grow. G. Personally, when selecting honey in the shop, I think it’s almost impossible to tell the bad from the good by just looking at the honey content through the jar or studying its food and nutrition labels. My take is always to go for the trusted or better known brands. The best is to be able to ask the source or supplier of the honey questions about the honey origin and how the honey is harvested and processed to get an assurance on the quality. |
Задача 6
Установите соответствие между текстами A–G и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
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1. Taste preferences |
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A. A panda’s daily diet consists almost entirely of the leaves, stems and shoots of various bamboo species. Bamboo contains very little nutritional value so pandas must eat up to 38 kg every day to meet their energy needs. But they do branch out, with about 1% of their diet comprising other plants and even meat. While they are almost entirely vegetarian, pandas will sometimes hunt for small rodents. Indeed, as members of the bear family, giant pandas possess the digestive system of a carnivore, although they have evolved to depend almost entirely on bamboo. B. Where do pandas live? Pandas are native to the temperate-zone bamboo forests of central China. They once lived in lowland areas, but farming, forest clearing, and other development have pushed them into the mountains of southwestern China, mostly in the Sichuan Province. This is due to the fact that China’s human population has been steadily growing and is now the largest in the world. Pandas are beloved everywhere and their images often appear on many gift and novelty items. C. Pandas are said to have a predilection for copper and iron. They really seem to enjoy licking every scrap of food from their metal bowls, even turning the bowl in their two dexterous paws. An ancient reputation as a licker and eater of copper and iron came from a liking for dishes or cooking pots in dwellings of Chinese peasants. Another strange behaviour, but with a modern twist, we witnessed, is them enjoying «fruit lollipops» — fruit frozen in a metal dish of water to cool them down in the heat of summer in Chengdu. D. Giant pandas are born tiny (about 100 g), blind, white and helpless. The mother cradles her tiny cub in a paw and doesn’t leave the den for several days after giving birth, even to drink. Cubs soon develop soft gray fur, which becomes coarser and develops its black and white pattern in a month. The new born panda doesn’t move from the den in the first two months. After three months baby pandas begin to crawl. Cubs start to eat bamboo around six months and are fully weaned at nine months. E. The first threat to the panda was poaching for food and/ or the soft fur. Poaching existed since ancient times, but the rate of poaching increased after the animal became known around the world. Although poaching is no longer a major threat to pandas it did cause a significant drop in the population. The greatest modern threat to the species is the loss of their habitat. Since the middle of the last century China has undergone a population boom and much of the traditional habitat of the animal has been destroyed. F. This peaceful creature with a distinctive black and white coat is adored by the world and considered a national treasure in China. The bear also has a special significance for WWF. One of the reasons why WWF chose panda as its logo was to save cost! Sir Peter Scott, one of the founders, said, “We wanted an animal that is beautiful, is endangered, and one loved by many people in the world for its appealing qualities. We also wanted an animal that had an impact in black and white to save money on printing costs.” G. Pandas have the most specialized diet of any of the bears. Their diet is almost exclusively two species of bamboo. Bamboo plants only grow in a few places. This limits the range of pandas tremendously. Bamboo species go through periodic die-off s after they flower. Most plants in an area die-off at the same time. When this happened in the past, pandas would migrate to another area where the bamboo was still flourishing. However, this option is not always available. This leads to periodic starvations among panda populations. |
Задача 7
Установите соответствие между текстами A–G и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
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1. Easy to become ill |
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A. Banana belongs to the family of Musaceae. Commercially, it is one of the widely cultivated crops in the tropical and subtropical zones. Banana flourishes well on tropical, moisture-rich, humid, low-lying farmlands. Banana has unique growth characteristics. In fact, the whole plant is a false stem. It is consisting of broad leaves, together with their long petioles, overlapping each other in a disclike fashion. The whole plant may reach 2 to 6 meters in height from the ground surface depending upon the cultivar types. B. Banana is one of the high-calorie tropical fruits. The fruit holds a good amount of fiber that helps in regular bowel movements. Banana is a good source of vitamin B6; provides about 25% of daily-recommended allowance. The fruit is also an ideal source of vitamin C. Consumption of foods rich in vitamin C helps the body develop resistance against infections. Fresh bananas provide adequate levels of minerals like copper which is an essential element in the production of red blood cells. Besides, it helps control heart rate and blood pressure. C. Recent archaeological evidence in the Western Highlands Province of Papua New Guinea suggests that banana cultivation there goes back to at least 5000 BC, and possibly to 8000 BC. It is likely that other species were later and independently domesticated elsewhere in Southeast Asia. Southeast Asia is the region of primary diversity of the banana. Areas of secondary diversity are found in Africa, indicating a long history of banana cultivation in the region. The banana may also have been present in isolated locations elsewhere in the Middle East. D. One risk associated with genetically modified bananas is that when the plants are genetically identical, they are much more susceptible to plant diseases spreading over an entire species of banana. If one plant is not resistant to the disease, none of them are. This happened in the 1960’s when the then-popular type of banana, the Gros Michel, was reduced to near extinction by a pathogen called the “Panama Disease.” Scientists are working to prevent the same thing from happening to Cavendish bananas we eat now. E. Bananas are artificially ripened so that they are good to eat right on time. Bananas have a very short “shelf life,” and it is easy to tell whether or not a banana is good. Because of this, bananas are harvested long before they are ripe so that they do not turn brown and nasty until after they have been on your counter for a few days. The ships have temperature-controlled compartments for the bananas. The still-green bananas are unloaded and brought to facilities with temperature-controlled “ripening rooms”. F. Bananas and plantains constitute a major staple food crop for millions of people in developing countries. Bananas are cooked in ways that are similar to potatoes. Both can be fried, boiled, baked, or chipped and have similar taste and texture when served. One banana provides about the same calories as one potato. Most producers are small-scale farmers either for home consumption or local markets. Because bananas and plantains produce fruit yearround, they provide an extremely valuable food source. G. Modern, commercial strains of banana don’t have seeds. Well, they do, but they’re tiny, unlike wild and often inedible varieties of bananas, which have large and viable seeds. Seedless fruit-bearing plants are normally breed only with human help because the plant has no natural way to regenerate when it dies. Here again, bananas break the mold. The stems above and below ground produce new shoots at the base of the visible stem. These begin growing into new, flowering stems just as the old one is dying. |
Задача 8
Установите соответствие между текстами A–G и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
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1. Carnivore animals |
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A. One of the most amazing facts involves just how long ago penguins began evolving towards life in the water and lost their ability to fly. The oldest fossil of a penguin species dates from over 60 million years ago! This penguin had already lost the ability to fly. While it was not as well adapted to marine life as today’s penguins, it is definitely a penguin ancestor. Scientists speculate that these ancient penguins swam mostly on the top of the water. However, their wings had already evolved to be better used as flippers in the water and the bird could no longer fly. B. When we look at fossil records, we find some amazing ancestors of the penguins we are used to seeing today. Emperor penguins are the largest penguins alive today. These birds can be up to 4 feet tall and can weigh 100 pounds. Giant penguin fossils have been found in New Zealand. These penguins lived 40 million years ago and were nearly 6 feet tall and weighed over 170 pounds! It may have been that there was an abundance of food available with few competitors, so the penguins grew larger. C. Many children’s movies and cartoons feature penguins as prominent characters. Make no mistake, these cuddly-looking creatures eat only meat, and no vegetables. Penguins survive on a diet of mostly fish. They also consume other marine animals, including squid and octopus. This diet is partly a result of the region of the Earth they inhabit. Nearly all penguins live in the Southern Hemisphere, and many live in the Antarctic where there is little to no vegetation. Adult penguins can be preyed on by leopard seals and killer whales, or orcas. D. Penguins have many special adaptations for living in cold weather. They have a thick layer of feathers that acts as insulation, and they can also control the flow of blood to their extremities, maintaining just enough blood flow to keep those body parts from freezing. A unique behavior of penguins demonstrates their ability to work together as a group to provide benefits to each individual. During the coldest months of winter, after the mother emperor penguin lays her egg, she goes hunting while the father stands over the egg to keep it warm. E. For instance, when it comes to diving, emperor penguins are capable of diving to depths of 1,854 ft. in search of fish and squid to eat. To compensate for the extreme pressures at these depths – up to 40 times the pressure at the surface – emperor penguins have special adaptations. Their bones are solid instead of air-filled, like other birds, to reduce barotrauma. During deep dives, the emperor penguin’s heart rate drops to 15-20 beats per minute to conserve oxygen. The emperor penguin’s blood also has special properties. F. It seems that penguins are tough inside and out. Their digestive system has unique features that allow the bird to survive and thrive in its marine lifestyle. Penguins have a supraorbital gland, which is a gland that filters out sodium chloride from the blood stream. In other words, the gland filters salt out of the blood. This allows penguins to drink salt water when they are thirsty! Don’t try that if you get stranded on a desert island, however – it would kill you! G. Penguins are social animals, and they like to hang out! Emperor penguins live in colonies that number into the thousands, but interesting facts shock us with the real party-animals of the penguin order: macaroni penguins. Macaroni penguins can group in colonies of several hundred thousand birds at once! That’s not a party – that’s a festival! As a result of living in these large groups, penguins have adapted many unique vocalizations and displays to communicate with other birds. Male penguins have unique behavior when they huddle in heat packs to stay warm. |
Задача 9
Установите соответствие между текстами A–G и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
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1. Be the first to approach |
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A. Most people fail to harbor the courage to talk open minded with people they have first met or strangers in any place. Your first impression is not the last impression. When you enter a new place, say, your school or college, or even your workplace, it’s obvious to feel nervous. Don’t worry, so are the others. You just need to show that you’re scared, too. They have seen you for the first time so try not to flaunt yourself, instead; be yourself. Think of them as if they have already been your friends. B. We often feel alone inside metro, buses, parks or a new institution. Being able to approach new people saves us from that awkward time that we often face when we don’t know anyone we are looking at. Relations are not sent by God, so try to adjust in whichever seat you get. Making access to other’s choices is also important to show you care. You need not argue with someone for the best seat. If you want a particular place for yourself like the front seat or the middle one, then just be sure to come a little early the next day. C. The person beside you or in front of you is seeing you for the first time. Just act normal and introduce yourself, like «Hi, I’m Sasha and you?» or focus on his/her notebook or mobile phone and say, «Good choice, it’s very trendy.» You could just simply comment on his/her dress or shoes or even hairstyle. Show that you like him/ her. Sometimes there are certain common things that initiate conversation, like the classroom you are in or the boss you are working for. Either way, feel free to voice your opinion. D. Rushing with your rambling is always not a good idea; you should also pause and listen partners’ response. Try to engage more in their topics and views. When they find you reliable and easier to talk, you will find them interesting too. Don’t think for any topics beforehand. Let the conversation lead you. You will see one topic leads to another. It often becomes smooth when you act naturally. Pretence is not necessary unless you didn’t enroll for an acting course. E. Make sure to offer help when people need one. It’s up to them to trust you or not, but you could show concern and interest in them. Who knows, you might get help in return. When you’re alone in a new place, you won’t know what you need and when. So instead of regretting later, you could just ask for some help too unless it’s very personal. A helping hand once in a while saves from embarrassment. Always be honest to yourself and the others around you. F. Don’t push yourself far enough for attention. Just wait for the right time. It’s very rude to not ask for the contact number, especially after the other person has helped you. Even if you do not intend for further communication, just an occasional ‘Hi!’ or ‘Hello! How are you?’ sums it up. Remember the first person you met saved you from boredom and has at least been a friend to you. Just for the sake of that, drop a message sometimes to show that you remember. Always be thankful. G. One good way to make friends is to join an organization, club, or sports team. If joining a group is too far out of your comfort zone, try striking up conversations with people you see regularly, like someone you sit next to in class or the cashier at your favorite store. It’s OK if you’re nervous to talk to them. Just smile, stand up straight, and make eye contact so you seem friendly. The more often you talk to them, the more comfortable you’ll get. |
Задача 10
Установите соответствие между текстами A–G и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
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1. Display inquisitiveness |
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A. Self-education requires a willingness to learn, the self-discipline to stay focused and a level of interest that exceeds the standard job mill education. A curious mind seeks to be educated. By asking questions, you can find out a lot of things that many people don’t know and won’t ever know. In fact, questioning is key to active and meaningful learning. The formulation of a good question is also a creative act. Questions help us to make sense of the world. B. Try to expand your mind by learning beyond your comfort zone and seeing how other people think, perceive and understand things. If you only ever see romantic comedies, watch a documentary or an action film instead. If you only ever read comics, try a novel instead. If you only ever see car rallies, go and see a museum exhibition instead. Read world history and learn about different cultures. It is one of the finest ways of self-educating. Read about others who self-educate. C. Curiosity is about pushing yourself beyond what you’re used to. There will be times when you feel really uncomfortable, out of your depth and perhaps even upset when trying to learn new things. This can happen especially where you feel dumb, unlearned or when your beliefs and values are challenged. These are the very times when you should keep pushing yourself to learn and to become wiser about whatever it is you’ve been avoiding. Read a lot. Without fail, always read something, and make it substantial. D. Read English from different parts of the world, don’t assume that authors from your own country are the only ones worth reading. By extending your reading to elsewhere in the world, you’ll discover that even with one language, the thinking is diverse and the ways of seeing the world are wonderfully varied. When you feel more competent in this area, push into other languages. Realize that learning a language is about immersing yourself in another culture too. E. If you’re learning or have learned the basics in math, science and other subjects, find out what you’ve yet to learn and set about teaching yourself. There is much more beyond the basics and most of it will challenge you in much more interesting ways than your initial learning did. If you did badly at a subject, do not let this hold you back. Every brain is plastic and capable of being rewired to relearn things and to learn new things. F. Self-education requires very good self-discipline. Besides, borrow from intelligent people what you consider works well to improve the mind and understanding. Observe, learn and apply what you see good from them. You can learn a lot from them if you just take the time to sit with and listen to them. Should you feel that what they tell you is old hat and odd, put aside your biases and really listen. There are authentic human things to learn from older people. G. By the time finals roll around and your time is precious — every minute counts. That is why scheduling is essential during the preparation for the exams. So as not to become totally confused during this stressful time, make a realistic study schedule for yourself, too. Leave yourself time for breaks — you’ll be taking them anyway — and be sure to prioritize according to which class you’ll need to study for the most. |
Задача 11
Установите соответствие между текстами A–G и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
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1. The trend catches on |
Тексты
A. The pillow was invented so that bugs would not crawl into the noses, ears, and mouths of people while they were sleeping. The pillow was first used in what is present-day Iraq over 9,000 years ago. Back then, it was carved from stone. Ancient Egyptians also used pillows because they wanted to protect their heads. Ancient Chinese used hard pillows (although they knew how to make softer ones) because of the belief that soft pillows depleted the body’s energy. B. The idea of a high heel or platform shoe is actually a seriously ancient one. One of the first traced high-level pieces of footwear in history belonged to actors in ancient Greece. However, these weren’t necessarily worn off stage; they were actually meant as a kind of shorthand about the social class of various characters in Greek drama and comedy. The higher the heel, the more «elevated» the character. There’s also evidence that ancient Egyptians used heels, though not for everyday use. C. Many noblemen of the medieval Persian empire wore heels as riding shoes, often in decadent materials and bright colours, to enable them to get a better grip on their stirrups. The European royals really perked up and took notice when a Persian monarch, Shah Abbas, came to tour European courts and make noble friends in the 1500s. The diplomatic gesture turned into a fashionable one, too: people saw the beautiful heeled shoes worn by the Shah and his entourage, and decided to make them their own. D. It feels like a common sense thing to say, but along with the collapse of society, the loss of power, and the lawlessness that will inevitably accompany the end of the world, your chances of using email, telephone, or Facebook to communicate will be practically zilch. Luckily, China has the answer—the carrier pigeon. According to reports, the People’s Liberation Army recently trained a “pigeon army” to carry messages between military and political facilities should there be a major collapse in the country’s communication network. E. The idea of the heel actually being a «female» notion took a very long time to develop. One of the places where it took hold, however, was in Venice in the 1400s. But these weren’t heels that you’d like to wear clubbing these days. Chopines, as they’re called, were staggeringly high, slightly-tilted shoes with as many as 24 inches of narrowed platform underneath. They were originally designed to keep the mud off the more delicate «real» shoes of ladies walking in the street. F. Ethiopia is an important trading hub, which makes effective border control difficult to maintain. As a result of limited resources for border enforcement staff, serious organised crime – such as wildlife trafficking – often goes undetected. Wildlife crime is the world’s fourth most prevalent form of criminal activity. Animals often die in transit when exported over borders. Cheetahs and other big cats are regularly exported to the Middle East as ‘exotic pets’. To a rich elite these animals are just another status symbol, like a sports car or an expensive watch. G. The real fashion maven, and patron saint of the heel, was Louis XIV of France, otherwise known as The Sun King. He loved all things ornate; he was the one who made the seriously decadent Palace of Versailles his centre of power. And the heel was just the thing he wanted to look even more elaborate. Standing at just 5’4″, he adopted it enthusiastically, often with up to four inches of heel on his court shoes. He even developed a trademark of red-painted heels and ordered all male members of his court dye their heels the same color. |
Задача 12
Установите соответствие между текстами A–G и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
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1. The size matters |
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A. What actually was the first tie is somewhat disputed. It could either be a cloth worn around the neck to protect its wearer from cold and also double as a handkerchief. Or it could be the a piece of clothing that Croatian soldiers participating in the Thirty Years War wore around their necks to allow them identify each other on the battlefield. After the war, French soldiers introduced the tie to France, where it was often worn by the rich upper class. B. Bubble wrap is that nylon-like polymer filled with air bubbles that everyone, or at least almost everyone, loves pressing. Today, it is used to wrap items to prevent them from damage, although it can also be used to save the life of someone suffering from hypothermia. Bubble wrap did not start off as a material for protecting goods while in transit. It was invented in 1957 when Alfred Fielding and Marc Chavannes sewed two shower curtains together. Their plan was to create a wallpaper that would have some airbubble space within. C. The Association of Zoos and Aquariums approved rules requiring any zoo with elephants to keep at least three of the species and a full-time elephant scientist on staff, among other things. But not every zoo has the space or budget to meet those guidelines. Some, such as the zoos in Omaha, San Diego and Houston, have doubled down with better facilities. Others in San Francisco, Seattle and Chicago, to name a few have given up on keeping elephants entirely. D. Small group travel makes for the best experience. It’s why many tourist agencies limit the size of their groups to just 16. Small group journey transforms from bus trip to road trip, complete with likeminded travellers that become new best mates. Tourist agencies would make more money if they crammed as many people on their buses as they can, but they don’t. It means that while the big group has to stick to the main road, small groups can easily get to those magical, hard to reach places. E. The internet has reached almost every corner of the globe, but most research on how it is used, particularly among children, focuses on the US and Europe. This is a problem, because according to best estimates one in three children around the world now uses the internet – most of them outside the West. Global Kids Online is an ambitious project to find out which children are using the internet, what they are learning, and the opportunities and risks it presents. F. While teenagers have always thought they knew everything, current generations are part of a continuing trend of increasing IQ scores over the last 100 years. James Flynn, who first observed the trend, says it’s due to the world becoming increasingly complex. People are becoming better and better at analyzing the world, rather than thinking in terms of what’s useful to their survival. As technology and access to information continues to increase, it’s possible that IQ scores will as well. G. Even though our air and water may be much cleaner than it was more than 40 years ago, Earth Day is more important than ever. With carbon emissions climbing, temperatures rising, and weather getting weirder all over, it can feel like the existential threat of our changing climate is impossible to stop. But don’t let the scope of the problem get you down. You can change your lifestyle to help protect the environment, and you can vote by supporting companies who help protect it, too. |
Задача 13
Установите соответствие между текстами A–G и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
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1. Enjoy quiet personal space |
Тексты
A. Going to the library is a rewarding pastime that many of us already enjoy. It can encourage reading and exploration in children. Children can learn at every turn. Even being responsible for returning books on time can teach some basics of responsibility. Studies have shown that students who visit the library tend to have better test scores than those who don’t. Studies have also shown that reading can aid in brain development in young children, so it’s important to read to them and encourage them to read and visit the library from a very young age. B. The library is home to a wealth of free items, such as free newspapers, magazines, audiobooks, CD, DVD, and video rentals; free eBooks, free Wi-Fi, free computers and the Internet access. It means that you’ll have access to much more than just books. It would cost a fortune to try purchasing all of these sources of reading, music, and videos, but fortunately, the library has access to much more than your home library and entertainment centre could ever store. Moreover, using the Internet you can research whatever you need and have access to a computer whenever you need it. C. Libraries offer all types of events and programs for bookworms. You can enjoy everything from author readings to health workshops. Every library is different, so you can’t expect anything in particular, but some activities commonly provided at the library include author readings for adults and kids, poetry circles, story circles for kids, puppet shows, family films, special programs for children, book discussions, reading programs and summer events, used book sales, workshops like knitting and parenting skills. D. You can find rare material at your local library that you won’t be able to find elsewhere. You’ll also be able to find old books for sale at a great price, so make sure to keep your eyes open for any of their cheap book sales. If you haven’t been to your local library, you may be shocked to find what kind of food and shopping options they have. It could all be easily missed if you don’t know that you don’t take the time to really map out your library and find out what they offer. E. The library is full of other bookworms. You can bond over your favourite books and love of literature. Libraries often promote local businesses, so you can also find out more about local artists, businesses, and even book clubs. And the librarian probably has an abundance of useful information and recommendations. Just let them know what you’re looking for and they can help you to find the right book or answer to any questions you may have. F. We all need a bit of personal space, and the library can provide the quiet reprieve you need. It’s a great place for reading, working, researching, or just relaxing. There are always comfy chairs and corners at the library where you can enjoy a great new book and expand your mind. The library is brightly lit, so you won’t have to squint your eyes to see the words on the page. Add that to the cool environment, quiet atmosphere, and endless rows of books, and you’ve got a very calming way to relieve stress and relax. G. Most importantly, once you become a member of your local library, you can rent all the books your heart desires. You can borrow the books for free from your library. Knowing that you need to return the book can also encourage you to finish the book by the return date. Be honest, after reading a book once, you probably won’t read it again. So, it will just take up space on your bookshelf and gather dust. Instead, you can rent a book in any genre, read it, and return it for free. |
Задача 14
Установите соответствие между текстами A–G и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
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1. Reliable dental remedies |
Тексты
A. Although it is often taught that the Roman Empire had the first system of government, that is actually just the first record of government in the West. The very first governmental structure is credited to the early ancient Egyptians. Even more surprising, this political system did not surround the pharaoh as many believe. Until around 1570 BC, ancient Egypt was ruled by kings. During the predynastic period King Narmer came to power and established the first central government within their preexisting borders. B. Until the time of government policies and economic standing, there was no need to keep track of days. Due to their irrigation systems, the ancient Egyptians also needed to figure out when the Nile was going to flood. Thus, they created the 365-day calendar. Originally, the calendar had 370 days until they realized they needed a shortened year and merely added leap years. So if you were born on a day that only occurs in a leap year, (are actually only 20), you have the good old Egyptians to thank. C. Ancient Egyptians realized the toll their teeth were taking and discovered a simple solution to this problem. The first form of toothpaste was invented by the Egyptians using an almost nauseating list of ingredients such as crushed ox hooves, ashes, and burned eggshells. Along with toothpaste came mints. They had a less unsettling ingredient list that included rock salt, dried mint, and dried iris. In fact, multiple recipe lists from ancient Egypt have been discovered. This simple invention saved the lives of many people at the time. D. Ancient Egyptians developed a form of writing never seen before. They would soak the ends of long pieces of reed in water and then cut the ends into points, causing them to crack and dispense the ink. However, they soon learned that these pens dried out quickly, which led to the use of quills. It was not until the late 1800s that society returned to the first Egyptian idea and developed the modern- day ballpoint pen, including a cap this time to prevent them from drying out as quickly. E. Being late to work was a problem even for the ancient Egyptians as they, too, had clocks. A sundial was the earliest form of clock, but they only worked with a clear sky. This led to the invention of the water clock. It worked by slowly dripping water throughout the day, making it possible to tell time indoors. From there, they made portable shadow clocks. These devices had such an impact on daily life in ancient Egypt that everyone was fascinated by the idea. F. A common misconception is that Leonardo da Vinci invented scissors. In reality, the original design was created as far back as 1500 BC. Although the Romans engineered the cross-blade design we know today, the ancient Egyptians had a simpler but effective version. It was a single piece of metal fashioned into two blades that were controlled by a metal strip between the blades. With the invention of scissors, ancient Egyptians could cut their hair into different styles. Even the most skilled hair stylist could not replicate those without a good pair of shears. G. If you have ever seen a depiction of ancient Egyptians, it will come as no surprise that they were very particular about their appearance. Not only did they create makeup, wigs, and hair extensions, but they also developed the first hair dying technique. Hair was not only for looks but for displaying your social status. The better you kept your hair, the wealthier you were. Gray hair did not fit this ideal. So they started using dried henna leaves to create a reddishbrown paste that dyed the hair. |
Задача 15
Установите соответствие между текстами A–G и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
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1. From the history of the place |
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A. Known as sfyria, it’s one of the most endangered languages in the world – a mysterious form of long-distance communication in which entire conversations, no matter how complex, can be whistled. For the last two millennia, the only people who have been able to sound and understand sfyria’s secret notes are the shepherds and farmers from this hillside hamlet, each of whom has proudly passed down the tightly guarded tradition to their children. B. Situated in the southern Aegean Sea, Santorini is a small, circular group of five Cycladic islands, made up of main island Thera; Therasia and Aspronisi at the periphery; and the two lava islands. All five surround a colossal, mostly drowned caldera, a bowl-shaped crater that forms when the mouth of a volcano collapses. But during the Bronze Age, approximately 5,000 years ago, Santorini was a single volcanic landmass called Stronghyle (which means ‘round’ in Greek), and one that played a crucial role in shaping history. C. Left Bank is a portrait of the overlapping generations born between 1905 and 1930, who lived, loved, fought, played and flourished in Paris between 1940 and 1950 and whose intellectual and artistic output still influences how we think, live, and even dress today. After the horrors of war that shaped and informed them, Paris was the place where the world’s most original voices of the time tried to find an independent and original alternative to the capitalist and Communist models for life, arts, and politics — a ‘Third Way’. D. In 1890, a local girl named Minna fell in love with a young chocolate maker named Wilhelm. Minna’s father forbade her from seeing Wilhelm, so the two started secretly exchanging handwritten letters by leaving them in a knothole in the oak’s trunk. A year later, Minna’s father finally granted her permission, and the two were wed on 2 June 1891 under the oak tree’s branches. The story of the couple’s fairy-tale courtship spread, and soon, hopeful romantics who had no luck finding partners in ballrooms began writing love letters to the Bridegroom’s Oak. E. There are countless waterfalls along the Road to Hana, so how do you pick? The easiest way is to decide how much time and effort you’re willing to put into each one. My personal favorite for everyone is Upper Waikini Falls (aka 3 Bears Waterfall). This is a great waterfall because there’s a good vantage point from the road – meaning minimal investment of time or effort. But, it’s also a short and not too difficult hike back to the waterfall. F. If walking a few steps to a large lookout, getting zen in a garden, or floating around in a pool is too low energy for you, why not try seeing the falls from above? Reserve a spot on one of the Umauma Ziplining tours, and you’re in for a high flying, rootin’ tootin’ good time. 9 ziplines…adding up to 2 miles of flying…over 14 waterfalls… along the Umauma River. As if ziplining isn’t enough, you’ll have stunning jungle, river, and even ocean views. G. One of the largest islands in Croatia, Cres is an island packed with adventure. Its great beaches, hiking trails, ancient villages and excellent camping are second to none. With its large size and small population you really feel off the beaten path when exploring Cres. This is because it’s not always convenient to get to. The most frequent ferry route leaves from Brestova which is an hour south of Rij eka. Luckily, it’s an extremely scenic drive down to Brestova with sweeping scapes of Kvarner Bay. |
Задача 16
Установите соответствие между текстами A–G и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
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1. Types of dwellings |
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A. Ants evolved some 130 million years ago at the end of the Jurassic. Most fossil evidence of insects is found in lumps of ancient amber, or fossilized plant resin. The oldest known ant fossil, a primitive and now extinct ant species, was found in Cliffwood Beach, New Jersey. Though that fossil only dates back 92 million years, another fossil ant that proved nearly as old has a clear lineage to ants of present day. This suggests a much longer evolutionary line than previously assumed. B. Ants use their tiny size to their advantage. Relative to their size, their muscles are thicker than those of larger animals or even humans. This ratio enables them to produce more force and carry larger objects. If you had muscles in the proportions of ants, you’d be able to heave a Hyundai over your head! In certain ant species, the soldier ants have modified heads, shaped to match the nest entrance. They block access to the nest by sitting just inside the entrance, with their heads functioning like a cork in a bottle. C. Ant plants are plants with naturally occurring hollows where ants can take shelter or feed. These cavities may be hollow thorns, stems, or even leaf petioles. The ants live in the hollows, feeding on sugary plant secretions or the excretions of sap-sucking insects. What do the plants get for providing such luxurious accommodations? The ants defend the plant from herbivorous mammals and insects, and may even prune away parasitic plants that attempt to grow on the host plant. D. By following a scent given off by scout ants from their colony, foraging ants can gather and store food efficiently. A scout ant first leaves the nest in search of food, and wanders somewhat randomly until it discovers something edible. It will then consume some of the food and return to the nest in a straight, direct line. It seems these scout ants can observe and recall visual cues that enable them to navigate quickly back to the nest. Along the return route, the scout ant leaves specifi c scents that will guide her nestmates to the food. E. Ant colonies come in literally all shapes and sizes. A few species live in colonies of only a few dozen ants; however, the average ant colony contains thousands of individual ants. Smaller colonies live in natural openings while larger colonies create vast nests and forage for supplies and food. There are also super colonies around the world that can contain more than 300 million individuals. These super colonies have been identified in Japan, Australia, the United States, and southern Europe. F. Perhaps the strangest ant fact, there is a species of fungus that infects ants and takes control of their bodies. However, social insects have evolved collective disease defenses to try and control epidemics in their colonies. So, for example, they groom one another and they use anti-microbial substances to prevent individuals which come into contact with pathogens. In a full colony set up that can very quickly lead to a sort of huge mass break out of the disease, there is zero disease transmission because of special behaviours. G. Not all ant species build nests. A group of about 200 species known as army ants have two phases of their life: nomad and stationary. During the colony’s nomad phase, the ants travel all day, attacking other colonies and insects. At night, they build a temporary nest and keep moving the next morning. The only time they stop traveling is when the queen lays eggs and the colony waits for them to hatch. During this time, the worker ants make a nest out of their own bodies to protect the queen, the food, and the eggs. |
Задача 17
Установите соответствие между текстами A–G и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
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1. Mutual evolution |
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A. Humans have evolved with herbs and plants for hundreds of thousands of years. Using herbal medicine brings harmony and balance back to the body, because it allows the body to be just as responsible for the healing as the plant. Using harsh, synthetic chemical compounds, which have only been around for a hundred years or so (and have not usually been properly tested for long term safety), comes with the mentality that the body is a broken machine and needs to be fixed. B. Before there was modern-day medicine and its pharmacopeia of synthetic drugs, there were plants, and ancient civilizations knew how to use them strategically to treat common ailments and even life-threatening diseases. The ancient Egyptian Ebers Papyrus, a scroll from 1550 BC that’s over 100 pages long, details 700 medicinal herbs and how to use them. The Greek Corpus Hippocraticum from the 16th century BC also details the use of herbal medicine. Later, during the 1800s and early 1900s, the knowledge of herbal medicine was passed down from one generation to the next. C. Paracelsus (1493-1541) was one of the proponents of chemically prepared drugs out of raw plants and mineral substances; nonetheless, he was a firm believer that the collection of those substances ought to be astrologically determined. He continuously emphasized his belief in observation, and simultaneously supported the “Signatura doctrinae”—the signature doctrine. According to this belief, God designated his own sign on the healing substances, which indicated their application for certain diseases. For example, the hazelwort is reminiscent of the liver; thus, it must be beneficial for liver diseases. D. Modern day medicine is actually very different from the ancient concepts and understanding of medicine. This is clear from the fact that the first medical schools were based on the use of herbs and plants as medicines. The word “drug” that we so commonly use to refer to medicines these days actually comes from a Dutch word “droog” which means “dry” or “to dry”. This fact reveals that ancient healers used to dry herbs and plants so that they could be used as medicines. E. Of all the components which comprise the current day pharmacopoeia, seven thousand are taken from plants. To understand the importance of herbal medicine, it is first important to learn a little bit about plants. Every plant on the planet creates specific chemical compounds which is a basic part of their metabolic function. These main metabolites may include fats or sugars, as well as metabolites which are found in a lower number of plants, but which are contained within a specific species. F. Herbs are trophorestorative and this means that they work on the deepest levels to bring about healing and also bring about vitality. Through scientific research it has been found that plants bring about benefits to us by transferring genetic information to our bodies. This in a true sense means ‘deep healing’. However, it is a fact that one must try out herbal medicines and treatments only after doctor’s consultation and advice. Even simple therapies like cranberry extract may first need a nod from the doctor to be taken. G. Some will argue that species would go extinct even without human interference. While that’s certainly true, it’s the rate that plants are dying off that raises alarm. Thanks to climate change, deforestation and other human-influence factors, experts believe that species are going extinct somewhere between 1,000 and 10,000 times faster than they would naturally. Since plants can’t just up and move as their habitat is being destroyed, they are even more vulnerable than endangered animals. It is happening too quickly. |
Задача 18
Установите соответствие между текстами A–F и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
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1. Making workouts better
2. Going the wrong way
3. Improving memory
4. Struggling with insomnia
5. Clues for the audience
6. Distracting while behind the wheel
7. Reducing stress
8. A faster recovery
Тексты
A. When we hear a familiar song, we are often able to recall a moment from our past that is connected to that tune. Favorite songs tickle our memory in various ways and it shows that music is easily ingrained in our memory. Music has been found to stimulate parts of the brain, and studies have demonstrated that music enhances the memory. For example, scores on memory tests are improved when people listen to classical music. It’s possible, then, to use music to help students retain information and enhance learning.
B. For some athletes and for many people who run, jog, cycle, lift weights and otherwise exercise, music is not superfluous—it is essential to peak performance and a satisfying workout. When music is used before athletic activity, it has been shown to improve the performance of simple tasks. When music is used during activity, it has work-enhancing and psychological effects. Listening to music during exercise can both increase physical capacity and improve energy efficiency. So make a playlist just for the gym or for working out.
C. Since the time of early man, music has been a part of human culture. In nursing, Florence Nightingale used music as part of the healing process for soldiers under her care during the war. The first formal music therapy program in the United States was established in 1944, at Michigan State University. The various musical elements of rhythm, melody, harmony, and tempo stimulate an emotional response that comprises the affective component of pain, which helps to positively affect mood and results in improved healing.
D. Listening to music can have a tremendously relaxing effect on our minds and bodies, especially slow, quiet classical music. This type of music can have a beneficial effect on our physiological state, slowing the pulse and heart rate, lowering blood pressure. Music, in short, can act as a powerful stress management tool in our lives. When people are very stressed, there is a tendency to avoid listening to music actively. So it just takes a small effort to begin with.
E. Slow and quiet music can lead to better sleep. It’s scientifically proved that listening to some kinds of music can cure insomnia. Meditative melodies activates specific brain arias and help to calm thoughts and be in the state of deep relaxation and sleeping.
F. Music and driving have gone together since the first car radio was introduced around 1930. What would a road trip be without tunes? Having a phone conversation while driving is highly distracting, and we all know texting while driving is even worse. So listening to music may be distracting too. Any device that causes you to glance away from the road for several seconds should be avoided. Excessively loud music can prevent you from hearing sirens or horns.
G. If we step back and think about it, music is one of the most peculiar conventions in movies. No one questions that music should be a part of movies because we’ve all grown used to the idea that, in a movie, when something happens, we should hear music in the background. Of course, no one has a soundtrack accompanying their real lives. The most obvious way music scores are used is to guide the emotional response of the audience.
Задача 19
Установите соответствие между текстами A–G и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
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1. Areas of usage |
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A. There are countless uses for drone technology. Drones can help meteorologists track storms, spying on the systems as they evolve without risking human life to do it, both in the air and underwater. The energy industry also uses drone technology. Drones can be programmed to inspect high power lines, peruse miles of oil and gas pipelines, and check out wind turbines and solar panels for possible problems. Drones are used to monitor wildlife populations, especially threatened and endangered species. They are also monitoring illegal fishing. |
Задача 20
Установите соответствие между текстами A–G и заголовками 1–8. Используйте каждую цифру только один раз. В задании один заголовок лишний. Запишите выбранные цифры под соответствующими буквами.
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1. Active religious temple |
Тексты
A. Teotihuacan is one of the largest cities of ancient world located in Mexico. The marvelous constructions that were found within this place were built in time span of 100 BC and still remain one of the greatest man made wonders. The amazing pyramid of Sun at Teotihuacan has same base areas as that of great pyramid of Giza, having only half of height of pyramid of Giza. The ancient pyramids found at Teotihuacan were built using rubble and bricks. |
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Task 3. You are going to give an interview. You have to answer five questions. Give full answers to the questions (2−3 sentences). Remember that you have 40 seconds to answer each question.
Tapescript for Task 3
Interviewer: Hello everybody! It’s Teenagers Round the World Channel. Our guest today is a teenager from Russia and we are going to discuss ecology. We’d like to know our guest’s point of view on this issue. Please answer five questions. So, let’s get started.
Interviewer: What region of Russia do you live in? What is the state of ecology there?
Student: _________________________
Interviewer: What are the main sources of pollution?
Student: _________________________
Interviewer: How do we reduce the amount of emissions that we output?
Student: _________________________
Interviewer: What kinds of dangers does global warming present to the world?
Student: _________________________
Interviewer: Who is more responsible for pollution – companies or individuals? Why?
Student: _________________________
Interviewer: Thank you very much for your interview.