Làm thử Đề kiểm tra cuối học kì 1 · Tiếng Anh 11 · Đề 066

As cities expand, they often cut through natural landscapes, creating isolated patches of forest and wetland. This process, known as habitat fragmentation, is a major threat to wildlife. Animals trapped in these 'islands' struggle to find food, mates, and new territories. (15) ____, many cities are now creating wildlife corridors. These are essentially 'highways' for animals, connecting fragmented habitats. A corridor might be a tunnel under a busy road, a bridge over a highway, or a continuous strip of forest (16) ____ two larger parks. By providing safe passage, these corridors allow animal populations to mix, which is crucial for genetic diversity and long-term survival. (17) ____, they help reduce the number of accidents involving animals on roads. (18) ____ these corridors requires careful planning and cooperation between conservationists, engineers, and city officials. It's a key strategy in making our future cities more (19) ____ and wildlife-friendly.

As cities expand, they often cut through natural landscapes, creating isolated patches of forest and wetland. This process, known as habitat fragmentation, is a major threat to wildlife. Animals trapped in these 'islands' struggle to find food, mates, and new territories. (15) ____, many cities are now creating wildlife corridors. These are essentially 'highways' for animals, connecting fragmented habitats. A corridor might be a tunnel under a busy road, a bridge over a highway, or a continuous strip of forest (16) ____ two larger parks. By providing safe passage, these corridors allow animal populations to mix, which is crucial for genetic diversity and long-term survival. (17) ____, they help reduce the number of accidents involving animals on roads. (18) ____ these corridors requires careful planning and cooperation between conservationists, engineers, and city officials. It's a key strategy in making our future cities more (19) ____ and wildlife-friendly.

As cities expand, they often cut through natural landscapes, creating isolated patches of forest and wetland. This process, known as habitat fragmentation, is a major threat to wildlife. Animals trapped in these 'islands' struggle to find food, mates, and new territories. (15) ____, many cities are now creating wildlife corridors. These are essentially 'highways' for animals, connecting fragmented habitats. A corridor might be a tunnel under a busy road, a bridge over a highway, or a continuous strip of forest (16) ____ two larger parks. By providing safe passage, these corridors allow animal populations to mix, which is crucial for genetic diversity and long-term survival. (17) ____, they help reduce the number of accidents involving animals on roads. (18) ____ these corridors requires careful planning and cooperation between conservationists, engineers, and city officials. It's a key strategy in making our future cities more (19) ____ and wildlife-friendly.

As cities expand, they often cut through natural landscapes, creating isolated patches of forest and wetland. This process, known as habitat fragmentation, is a major threat to wildlife. Animals trapped in these 'islands' struggle to find food, mates, and new territories. (15) ____, many cities are now creating wildlife corridors. These are essentially 'highways' for animals, connecting fragmented habitats. A corridor might be a tunnel under a busy road, a bridge over a highway, or a continuous strip of forest (16) ____ two larger parks. By providing safe passage, these corridors allow animal populations to mix, which is crucial for genetic diversity and long-term survival. (17) ____, they help reduce the number of accidents involving animals on roads. (18) ____ these corridors requires careful planning and cooperation between conservationists, engineers, and city officials. It's a key strategy in making our future cities more (19) ____ and wildlife-friendly.

As cities expand, they often cut through natural landscapes, creating isolated patches of forest and wetland. This process, known as habitat fragmentation, is a major threat to wildlife. Animals trapped in these 'islands' struggle to find food, mates, and new territories. (15) ____, many cities are now creating wildlife corridors. These are essentially 'highways' for animals, connecting fragmented habitats. A corridor might be a tunnel under a busy road, a bridge over a highway, or a continuous strip of forest (16) ____ two larger parks. By providing safe passage, these corridors allow animal populations to mix, which is crucial for genetic diversity and long-term survival. (17) ____, they help reduce the number of accidents involving animals on roads. (18) ____ these corridors requires careful planning and cooperation between conservationists, engineers, and city officials. It's a key strategy in making our future cities more (19) ____ and wildlife-friendly.

Water scarcity is often misunderstood as a problem only for deserts and arid regions. However, it is a growing global crisis affecting nearly every continent. The issue stems not just from a lack of rainfall, but also from increasing demand from a growing population, pollution of freshwater sources, and inefficient use. Agriculture alone accounts for approximately 70% of all freshwater withdrawn from rivers, lakes, and groundwater. In many rapidly developing cities, outdated water infrastructure leads to significant losses through leaks before the water even reaches homes. Climate change further complicates the situation by altering rainfall patterns and causing more frequent and severe droughts. Addressing this challenge requires a multi-faceted approach. Governments must invest in modernizing infrastructure, while industries and farms need to adopt more water-efficient technologies. At the individual level, raising awareness about water conservation can also make a significant difference. It is a shared responsibility to ensure a sustainable water future for everyone.

Water scarcity is often misunderstood as a problem only for deserts and arid regions. However, it is a growing global crisis affecting nearly every continent. The issue stems not just from a lack of rainfall, but also from increasing demand from a growing population, pollution of freshwater sources, and inefficient use. Agriculture alone accounts for approximately 70% of all freshwater withdrawn from rivers, lakes, and groundwater. In many rapidly developing cities, outdated water infrastructure leads to significant losses through leaks before the water even reaches homes. Climate change further complicates the situation by altering rainfall patterns and causing more frequent and severe droughts. Addressing this challenge requires a multi-faceted approach. Governments must invest in modernizing infrastructure, while industries and farms need to adopt more water-efficient technologies. At the individual level, raising awareness about water conservation can also make a significant difference. It is a shared responsibility to ensure a sustainable water future for everyone.

Water scarcity is often misunderstood as a problem only for deserts and arid regions. However, it is a growing global crisis affecting nearly every continent. The issue stems not just from a lack of rainfall, but also from increasing demand from a growing population, pollution of freshwater sources, and inefficient use. Agriculture alone accounts for approximately 70% of all freshwater withdrawn from rivers, lakes, and groundwater. In many rapidly developing cities, outdated water infrastructure leads to significant losses through leaks before the water even reaches homes. Climate change further complicates the situation by altering rainfall patterns and causing more frequent and severe droughts. Addressing this challenge requires a multi-faceted approach. Governments must invest in modernizing infrastructure, while industries and farms need to adopt more water-efficient technologies. At the individual level, raising awareness about water conservation can also make a significant difference. It is a shared responsibility to ensure a sustainable water future for everyone.

Water scarcity is often misunderstood as a problem only for deserts and arid regions. However, it is a growing global crisis affecting nearly every continent. The issue stems not just from a lack of rainfall, but also from increasing demand from a growing population, pollution of freshwater sources, and inefficient use. Agriculture alone accounts for approximately 70% of all freshwater withdrawn from rivers, lakes, and groundwater. In many rapidly developing cities, outdated water infrastructure leads to significant losses through leaks before the water even reaches homes. Climate change further complicates the situation by altering rainfall patterns and causing more frequent and severe droughts. Addressing this challenge requires a multi-faceted approach. Governments must invest in modernizing infrastructure, while industries and farms need to adopt more water-efficient technologies. At the individual level, raising awareness about water conservation can also make a significant difference. It is a shared responsibility to ensure a sustainable water future for everyone.

Water scarcity is often misunderstood as a problem only for deserts and arid regions. However, it is a growing global crisis affecting nearly every continent. The issue stems not just from a lack of rainfall, but also from increasing demand from a growing population, pollution of freshwater sources, and inefficient use. Agriculture alone accounts for approximately 70% of all freshwater withdrawn from rivers, lakes, and groundwater. In many rapidly developing cities, outdated water infrastructure leads to significant losses through leaks before the water even reaches homes. Climate change further complicates the situation by altering rainfall patterns and causing more frequent and severe droughts. Addressing this challenge requires a multi-faceted approach. Governments must invest in modernizing infrastructure, while industries and farms need to adopt more water-efficient technologies. At the individual level, raising awareness about water conservation can also make a significant difference. It is a shared responsibility to ensure a sustainable water future for everyone.

Many adults believe teenagers are lazy for staying up late and struggling to wake up in the morning. However, science suggests this is a natural biological shift. During adolescence, the brain's internal clock, or circadian rhythm, shifts by about two hours. This means a teenager’s brain doesn’t start producing melatonin, the sleep-inducing hormone, until around 11 p.m., making it difficult for them to fall asleep earlier. Consequently, waking them up at 6 or 7 a.m. for school is like waking an adult at 4 a.m.

Many adults believe teenagers are lazy for staying up late and struggling to wake up in the morning. However, science suggests this is a natural biological shift. During adolescence, the brain's internal clock, or circadian rhythm, shifts by about two hours. This means a teenager’s brain doesn’t start producing melatonin, the sleep-inducing hormone, until around 11 p.m., making it difficult for them to fall asleep earlier. Consequently, waking them up at 6 or 7 a.m. for school is like waking an adult at 4 a.m.

Many adults believe teenagers are lazy for staying up late and struggling to wake up in the morning. However, science suggests this is a natural biological shift. During adolescence, the brain's internal clock, or circadian rhythm, shifts by about two hours. This means a teenager’s brain doesn’t start producing melatonin, the sleep-inducing hormone, until around 11 p.m., making it difficult for them to fall asleep earlier. Consequently, waking them up at 6 or 7 a.m. for school is like waking an adult at 4 a.m.

Many adults believe teenagers are lazy for staying up late and struggling to wake up in the morning. However, science suggests this is a natural biological shift. During adolescence, the brain's internal clock, or circadian rhythm, shifts by about two hours. This means a teenager’s brain doesn’t start producing melatonin, the sleep-inducing hormone, until around 11 p.m., making it difficult for them to fall asleep earlier. Consequently, waking them up at 6 or 7 a.m. for school is like waking an adult at 4 a.m.

Many adults believe teenagers are lazy for staying up late and struggling to wake up in the morning. However, science suggests this is a natural biological shift. During adolescence, the brain's internal clock, or circadian rhythm, shifts by about two hours. This means a teenager’s brain doesn’t start producing melatonin, the sleep-inducing hormone, until around 11 p.m., making it difficult for them to fall asleep earlier. Consequently, waking them up at 6 or 7 a.m. for school is like waking an adult at 4 a.m.

Many adults believe teenagers are lazy for staying up late and struggling to wake up in the morning. However, science suggests this is a natural biological shift. During adolescence, the brain's internal clock, or circadian rhythm, shifts by about two hours. This means a teenager’s brain doesn’t start producing melatonin, the sleep-inducing hormone, until around 11 p.m., making it difficult for them to fall asleep earlier. Consequently, waking them up at 6 or 7 a.m. for school is like waking an adult at 4 a.m.