In the grand tapestry of nature, countless systems work in perfect synchronization, creating a masterpiece of biological harmony. The delicate dance of pollination, (18)_________, demonstrates nature's brilliant efficiency in maintaining plant populations. The Amazon rainforest, which serves as Earth's vital respiratory system, continuously cycles carbon dioxide into oxygen through its dense canopy of vegetation. Had this crucial ecosystem been destroyed, (19)_________. Microscopic fungi in the soil decompose organic matter and release essential nutrients, and these nutrients are then absorbed by plant roots through complex chemical processes. Coral reefs, known as the rainforests of the sea, (20)_________. The great whales, diving deep into oceanic depths and returning to surface waters, help circulate vital nutrients throughout marine ecosystems, creating blooms of phytoplankton that sustain countless marine species. Rivers carve through landscapes, carrying sediments and minerals downstream, and these materials eventually enrich coastal ecosystems. Migratory birds, following ancient pathways across continents, connect distant ecosystems through their seasonal journeys. (21)_________, ensuring no single species dominates an ecosystem. From the smallest soil bacteria to the largest land mammals, each organism plays its unique role in this grand orchestra of life. (22)_________, while the changing seasons orchestrate nature's annual patterns. Question 18:

A. where bees methodically gather nectar while inadvertently spreading pollen

B. bees have methodically gathered nectar while inadvertently spreading pollen

C. which bees methodically gather nectar while inadvertently spreading pollen

D. bees will methodically gather nectar while inadvertently spreading pollen

In the grand tapestry of nature, countless systems work in perfect synchronization, creating a masterpiece of biological harmony. The delicate dance of pollination, (18)_________, demonstrates nature's brilliant efficiency in maintaining plant populations. The Amazon rainforest, which serves as Earth's vital respiratory system, continuously cycles carbon dioxide into oxygen through its dense canopy of vegetation. Had this crucial ecosystem been destroyed, (19)_________. Microscopic fungi in the soil decompose organic matter and release essential nutrients, and these nutrients are then absorbed by plant roots through complex chemical processes. Coral reefs, known as the rainforests of the sea, (20)_________. The great whales, diving deep into oceanic depths and returning to surface waters, help circulate vital nutrients throughout marine ecosystems, creating blooms of phytoplankton that sustain countless marine species. Rivers carve through landscapes, carrying sediments and minerals downstream, and these materials eventually enrich coastal ecosystems. Migratory birds, following ancient pathways across continents, connect distant ecosystems through their seasonal journeys. (21)_________, ensuring no single species dominates an ecosystem. From the smallest soil bacteria to the largest land mammals, each organism plays its unique role in this grand orchestra of life. (22)_________, while the changing seasons orchestrate nature's annual patterns. Câu 19:

B. the global climate would have been severely disrupted, leading to catastrophic consequences

A. which the global climate would have been severely disrupted, leading to catastrophic consequences

C. that the global climate would have been severely disrupted, leading to catastrophic consequences

D. having disrupting the global climate severely, leading to catastrophic consequences

In the grand tapestry of nature, countless systems work in perfect synchronization, creating a masterpiece of biological harmony. The delicate dance of pollination, (18)_________, demonstrates nature's brilliant efficiency in maintaining plant populations. The Amazon rainforest, which serves as Earth's vital respiratory system, continuously cycles carbon dioxide into oxygen through its dense canopy of vegetation. Had this crucial ecosystem been destroyed, (19)_________. Microscopic fungi in the soil decompose organic matter and release essential nutrients, and these nutrients are then absorbed by plant roots through complex chemical processes. Coral reefs, known as the rainforests of the sea, (20)_________. The great whales, diving deep into oceanic depths and returning to surface waters, help circulate vital nutrients throughout marine ecosystems, creating blooms of phytoplankton that sustain countless marine species. Rivers carve through landscapes, carrying sediments and minerals downstream, and these materials eventually enrich coastal ecosystems. Migratory birds, following ancient pathways across continents, connect distant ecosystems through their seasonal journeys. (21)_________, ensuring no single species dominates an ecosystem. From the smallest soil bacteria to the largest land mammals, each organism plays its unique role in this grand orchestra of life. (22)_________, while the changing seasons orchestrate nature's annual patterns. Câu 20:

B. provide essential shelter and sustenance for countless marine species

A. providing essential shelter and sustenance for countless marine species

C. having provided essential shelter and sustenance for countless marine species

D. provided essential shelter and sustenance for countless marine species

In the grand tapestry of nature, countless systems work in perfect synchronization, creating a masterpiece of biological harmony. The delicate dance of pollination, (18)_________, demonstrates nature's brilliant efficiency in maintaining plant populations. The Amazon rainforest, which serves as Earth's vital respiratory system, continuously cycles carbon dioxide into oxygen through its dense canopy of vegetation. Had this crucial ecosystem been destroyed, (19)_________. Microscopic fungi in the soil decompose organic matter and release essential nutrients, and these nutrients are then absorbed by plant roots through complex chemical processes. Coral reefs, known as the rainforests of the sea, (20)_________. The great whales, diving deep into oceanic depths and returning to surface waters, help circulate vital nutrients throughout marine ecosystems, creating blooms of phytoplankton that sustain countless marine species. Rivers carve through landscapes, carrying sediments and minerals downstream, and these materials eventually enrich coastal ecosystems. Migratory birds, following ancient pathways across continents, connect distant ecosystems through their seasonal journeys. (21)_________, ensuring no single species dominates an ecosystem. From the smallest soil bacteria to the largest land mammals, each organism plays its unique role in this grand orchestra of life. (22)_________, while the changing seasons orchestrate nature's annual patterns. Câu 21:

D. The intricate web of predator-prey relationships maintains population balance

A. The dangerous web of predator-prey conflicts destroys forest resources

B. The complex chain of animal migrations controls weather patterns

C. The natural flow of river systems shapes predator behavior

In the grand tapestry of nature, countless systems work in perfect synchronization, creating a masterpiece of biological harmony. The delicate dance of pollination, (18)_________, demonstrates nature's brilliant efficiency in maintaining plant populations. The Amazon rainforest, which serves as Earth's vital respiratory system, continuously cycles carbon dioxide into oxygen through its dense canopy of vegetation. Had this crucial ecosystem been destroyed, (19)_________. Microscopic fungi in the soil decompose organic matter and release essential nutrients, and these nutrients are then absorbed by plant roots through complex chemical processes. Coral reefs, known as the rainforests of the sea, (20)_________. The great whales, diving deep into oceanic depths and returning to surface waters, help circulate vital nutrients throughout marine ecosystems, creating blooms of phytoplankton that sustain countless marine species. Rivers carve through landscapes, carrying sediments and minerals downstream, and these materials eventually enrich coastal ecosystems. Migratory birds, following ancient pathways across continents, connect distant ecosystems through their seasonal journeys. (21)_________, ensuring no single species dominates an ecosystem. From the smallest soil bacteria to the largest land mammals, each organism plays its unique role in this grand orchestra of life. (22)_________, while the changing seasons orchestrate nature's annual patterns. Câu 22:

C. The remarkable synchronization of day and night cycles influences countless biological rhythms

A. The remarkable synchronization of ocean currents determines planetary rotation

B. The remarkable synchronization of volcanic activity controls plant growth

D. The remarkable synchronization of wind patterns shapes continental drift

In nature's intricate web, even the smallest changes can trigger far-reachingconsequences throughout entire ecosystems. Trophic cascades demonstrate the vital interconnectedness of all species within their habitats. When one component changes, it creates a ripple effect that transforms the biological community, affecting everything from insects to the largest predators. Understanding these relationships has become crucial as human activities impact natural systems. A classic example can be observed in Yellowstone National Park, where the reintroduction of wolves in 1995 transformed the landscape. The presence of these apex predators caused elk populations to diminish as they began avoiding areas where they were vulnerable to predation. This behavioral change allowed previously overgrazed vegetation, particularly willow and aspen trees, to regenerate. The restored plant life created new habitats for numerous species, from birds to beavers, whose dam-building activities altered stream dynamics and enhanced aquatic ecosystems. The ripple effect extends beyond direct predator-prey relationships, influencing various aspects of ecosystem function. When keystone species are removed or introduced, they trigger a cascade of changes that affect soil composition, water quality, and climate regulation. These transformations demonstrate how ecosystems maintain their balance through complex feedback loops and interconnected relationships. Conservation efforts must therefore consider the broader implications of environmental changes. By protecting individual species and their habitats, we safeguard entire ecosystems and the essential services they provide. The preservation of these delicate ecological relationships ensures the resilience of natural systems that sustains all life on Earth. Question 27: Which of the following best paraphrases the underlined sentence in paragraph 4?

B. When we preserve specific organisms in their environment, we ensure the survival of biological communities and their benefits.

A. Through conservation of rare species in protected areas, we maintain the balance of nature and its valuable resources.

C. By saving endangered animals from extinction, we protect the food web and preserve natural resource availability.

D. If we focus on ecosystem management alone, we can protect both individual species and environmental functions.

In nature's intricate web, even the smallest changes can trigger far-reachingconsequences throughout entire ecosystems. Trophic cascades demonstrate the vital interconnectedness of all species within their habitats. When one component changes, it creates a ripple effect that transforms the biological community, affecting everything from insects to the largest predators. Understanding these relationships has become crucial as human activities impact natural systems. A classic example can be observed in Yellowstone National Park, where the reintroduction of wolves in 1995 transformed the landscape. The presence of these apex predators caused elk populations to diminish as they began avoiding areas where they were vulnerable to predation. This behavioral change allowed previously overgrazed vegetation, particularly willow and aspen trees, to regenerate. The restored plant life created new habitats for numerous species, from birds to beavers, whose dam-building activities altered stream dynamics and enhanced aquatic ecosystems. The ripple effect extends beyond direct predator-prey relationships, influencing various aspects of ecosystem function. When keystone species are removed or introduced, they trigger a cascade of changes that affect soil composition, water quality, and climate regulation. These transformations demonstrate how ecosystems maintain their balance through complex feedback loops and interconnected relationships. Conservation efforts must therefore consider the broader implications of environmental changes. By protecting individual species and their habitats, we safeguard entire ecosystems and the essential services they provide. The preservation of these delicate ecological relationships ensures the resilience of natural systems that sustains all life on Earth. Question 28: Which of the following is TRUE according to the passage?

D. The reintroduction of wolves in Yellowstone led to changes in stream dynamics through a cascade of ecological effects.

A. Trophic cascades only affect relationships between predators and prey, without impacting plant communities.

B. Human activities have completely disrupted all natural ecosystems, making restoration efforts largely ineffective.

C. The removal of keystone species always results in permanent damage that cannot be reversed through conservation.

In an era of unprecedented environmental change, ecosystems worldwide face mounting pressures that test their resilience—their capacity to absorb disturbances while maintaining essential functions. Climate change, habitat fragmentation, pollution, and biodiversity loss create complex challenges that could prove to be the straw that breaks the camel's back for many ecosystems, pushing them toward their breaking points. Understanding whether these critical moments represent irreversible damage or opportunities for adaptation has become crucial for environmental scientists and policymakers alike. [I]Recent studies reveal alarming statistics about ecosystem degradation. [II]The Amazon rainforest, for instance, has lost 17% of its forest cover in the past 50 years, while coral reefs have declined by 50% since the 1950s. [III]These changes can trigger cascade effects throughout food webs and biogeochemical cycles, potentially leading to system collapse. [IV] For example, the successful reintroduction of wolves to Yellowstone National Park in 1995 demonstrated how a single change could restore balance to an entire ecosystem. Remarkably, many ecosystems exhibit unexpected resilience when protective measures are implemented. The recovery of the ozone layer following the Montreal Protocol's implementation serves as a powerful example of nature's regenerativecapacity. Similarly, marine protected areas have shown that fish populations can rebound significantly within just a few years of protection. These success stories highlight how apparent breaking points can transform into turning points when human societies take decisive action to support natural recovery processes. As we stand at this critical juncture, emerging technologies and innovative conservation approaches offer unprecedented opportunities to support ecosystem resilience. From artificial intelligence-powered monitoring systems to revolutionary restoration techniques, we now possess tools that our predecessors could only dream of. The key lies in combining these technological advances with traditional ecological knowledge and community-based conservation efforts. By fostering a global network of environmental stewardship and embracing both high-tech and nature-based solutions, we can transform potential ecological breaking points into powerful catalysts for positive change, ensuring the vitality of Earth's ecosystems for generations to come. Question 35: Which of the following best summarises paragraph 3?

C. Protective environmental measures enable ecosystems to recover naturally, demonstrating their inherent ability to regenerate when properly supported.

A. Scientific studies of ecosystem recovery patterns reveal complex relationships between human intervention and environmental rehabilitation processes.

B. Global conservation efforts have produced mixed results in different ecosystems, suggesting varied responses to environmental protection strategies.

D. Modern environmental policies focus on preventing ecosystem damage rather than supporting the natural recovery of damaged environments.

In an era of unprecedented environmental change, ecosystems worldwide face mounting pressures that test their resilience—their capacity to absorb disturbances while maintaining essential functions. Climate change, habitat fragmentation, pollution, and biodiversity loss create complex challenges that could prove to be the straw that breaks the camel's back for many ecosystems, pushing them toward their breaking points. Understanding whether these critical moments represent irreversible damage or opportunities for adaptation has become crucial for environmental scientists and policymakers alike. [I]Recent studies reveal alarming statistics about ecosystem degradation. [II]The Amazon rainforest, for instance, has lost 17% of its forest cover in the past 50 years, while coral reefs have declined by 50% since the 1950s. [III]These changes can trigger cascade effects throughout food webs and biogeochemical cycles, potentially leading to system collapse. [IV] For example, the successful reintroduction of wolves to Yellowstone National Park in 1995 demonstrated how a single change could restore balance to an entire ecosystem. Remarkably, many ecosystems exhibit unexpected resilience when protective measures are implemented. The recovery of the ozone layer following the Montreal Protocol's implementation serves as a powerful example of nature's regenerativecapacity. Similarly, marine protected areas have shown that fish populations can rebound significantly within just a few years of protection. These success stories highlight how apparent breaking points can transform into turning points when human societies take decisive action to support natural recovery processes. As we stand at this critical juncture, emerging technologies and innovative conservation approaches offer unprecedented opportunities to support ecosystem resilience. From artificial intelligence-powered monitoring systems to revolutionary restoration techniques, we now possess tools that our predecessors could only dream of. The key lies in combining these technological advances with traditional ecological knowledge and community-based conservation efforts. By fostering a global network of environmental stewardship and embracing both high-tech and nature-based solutions, we can transform potential ecological breaking points into powerful catalysts for positive change, ensuring the vitality of Earth's ecosystems for generations to come. Question 37: Which of the following best paraphrases the underlined sentence in paragraph 4?

A. Modern technological advances and new conservation strategies create unique possibilities for strengthening environmental systems at this crucial time.

B. Recent developments in environmental science suggest that technological solutions may eventually replace traditional conservation methods entirely.

C. Scientific research indicates that ecosystem recovery depends primarily on implementing advanced technological monitoring systems worldwide.

D. Conservation efforts have evolved significantly over time, leading to better understanding of how technology impacts natural environments.

In an era of unprecedented environmental change, ecosystems worldwide face mounting pressures that test their resilience—their capacity to absorb disturbances while maintaining essential functions. Climate change, habitat fragmentation, pollution, and biodiversity loss create complex challenges that could prove to be the straw that breaks the camel's back for many ecosystems, pushing them toward their breaking points. Understanding whether these critical moments represent irreversible damage or opportunities for adaptation has become crucial for environmental scientists and policymakers alike. [I]Recent studies reveal alarming statistics about ecosystem degradation. [II]The Amazon rainforest, for instance, has lost 17% of its forest cover in the past 50 years, while coral reefs have declined by 50% since the 1950s. [III]These changes can trigger cascade effects throughout food webs and biogeochemical cycles, potentially leading to system collapse. [IV] For example, the successful reintroduction of wolves to Yellowstone National Park in 1995 demonstrated how a single change could restore balance to an entire ecosystem. Remarkably, many ecosystems exhibit unexpected resilience when protective measures are implemented. The recovery of the ozone layer following the Montreal Protocol's implementation serves as a powerful example of nature's regenerativecapacity. Similarly, marine protected areas have shown that fish populations can rebound significantly within just a few years of protection. These success stories highlight how apparent breaking points can transform into turning points when human societies take decisive action to support natural recovery processes. As we stand at this critical juncture, emerging technologies and innovative conservation approaches offer unprecedented opportunities to support ecosystem resilience. From artificial intelligence-powered monitoring systems to revolutionary restoration techniques, we now possess tools that our predecessors could only dream of. The key lies in combining these technological advances with traditional ecological knowledge and community-based conservation efforts. By fostering a global network of environmental stewardship and embracing both high-tech and nature-based solutions, we can transform potential ecological breaking points into powerful catalysts for positive change, ensuring the vitality of Earth's ecosystems for generations to come. Question 38: Which of the following is TRUE according to the passage?

A. The reintroduction of wolves to Yellowstone National Park in 1995 helped restore ecological balance to the ecosystem.

B. The implementation of protective measures has completely reversed all environmental damage in marine protected areas.

C. Traditional ecological knowledge has proven more effective than modern technology in ecosystem conservation efforts.

D. The Montreal Protocol eliminated all threats to the ozone layer and fully restored it to its original condition.

In an era of unprecedented environmental change, ecosystems worldwide face mounting pressures that test their resilience—their capacity to absorb disturbances while maintaining essential functions. Climate change, habitat fragmentation, pollution, and biodiversity loss create complex challenges that could prove to be the straw that breaks the camel's back for many ecosystems, pushing them toward their breaking points. Understanding whether these critical moments represent irreversible damage or opportunities for adaptation has become crucial for environmental scientists and policymakers alike. [I]Recent studies reveal alarming statistics about ecosystem degradation. [II]The Amazon rainforest, for instance, has lost 17% of its forest cover in the past 50 years, while coral reefs have declined by 50% since the 1950s. [III]These changes can trigger cascade effects throughout food webs and biogeochemical cycles, potentially leading to system collapse. [IV] For example, the successful reintroduction of wolves to Yellowstone National Park in 1995 demonstrated how a single change could restore balance to an entire ecosystem. Remarkably, many ecosystems exhibit unexpected resilience when protective measures are implemented. The recovery of the ozone layer following the Montreal Protocol's implementation serves as a powerful example of nature's regenerativecapacity. Similarly, marine protected areas have shown that fish populations can rebound significantly within just a few years of protection. These success stories highlight how apparent breaking points can transform into turning points when human societies take decisive action to support natural recovery processes. As we stand at this critical juncture, emerging technologies and innovative conservation approaches offer unprecedented opportunities to support ecosystem resilience. From artificial intelligence-powered monitoring systems to revolutionary restoration techniques, we now possess tools that our predecessors could only dream of. The key lies in combining these technological advances with traditional ecological knowledge and community-based conservation efforts. By fostering a global network of environmental stewardship and embracing both high-tech and nature-based solutions, we can transform potential ecological breaking points into powerful catalysts for positive change, ensuring the vitality of Earth's ecosystems for generations to come. Question 39: Which of the following can be inferred from the passage?

C. Environmental systems generally possess the ability to recover when provided with appropriate protection and intervention measures.

A. Traditional ecological practices are more effective than modern technological solutions in addressing environmental challenges.

B. The complete restoration of damaged ecosystems is possible within a decade if proper conservation policies are implemented.

D. Future technological advances will eventually solve all current environmental problems without requiring human intervention.

In an era of unprecedented environmental change, ecosystems worldwide face mounting pressures that test their resilience—their capacity to absorb disturbances while maintaining essential functions. Climate change, habitat fragmentation, pollution, and biodiversity loss create complex challenges that could prove to be the straw that breaks the camel's back for many ecosystems, pushing them toward their breaking points. Understanding whether these critical moments represent irreversible damage or opportunities for adaptation has become crucial for environmental scientists and policymakers alike. [I]Recent studies reveal alarming statistics about ecosystem degradation. [II]The Amazon rainforest, for instance, has lost 17% of its forest cover in the past 50 years, while coral reefs have declined by 50% since the 1950s. [III]These changes can trigger cascade effects throughout food webs and biogeochemical cycles, potentially leading to system collapse. [IV] For example, the successful reintroduction of wolves to Yellowstone National Park in 1995 demonstrated how a single change could restore balance to an entire ecosystem. Remarkably, many ecosystems exhibit unexpected resilience when protective measures are implemented. The recovery of the ozone layer following the Montreal Protocol's implementation serves as a powerful example of nature's regenerativecapacity. Similarly, marine protected areas have shown that fish populations can rebound significantly within just a few years of protection. These success stories highlight how apparent breaking points can transform into turning points when human societies take decisive action to support natural recovery processes. As we stand at this critical juncture, emerging technologies and innovative conservation approaches offer unprecedented opportunities to support ecosystem resilience. From artificial intelligence-powered monitoring systems to revolutionary restoration techniques, we now possess tools that our predecessors could only dream of. The key lies in combining these technological advances with traditional ecological knowledge and community-based conservation efforts. By fostering a global network of environmental stewardship and embracing both high-tech and nature-based solutions, we can transform potential ecological breaking points into powerful catalysts for positive change, ensuring the vitality of Earth's ecosystems for generations to come. Question 40: Which of the following best summarises the passage?

B. While ecosystems face severe environmental challenges, they demonstrate remarkable recovery potential when supported by human intervention and protection measures.

A. Modern technological solutions and scientific advances have completely revolutionized our ability to prevent and reverse all forms of environmental damage.

C. Environmental degradation continues at an alarming rate worldwide, suggesting that ecosystem collapse is inevitable despite conservation efforts.

D. Traditional ecological knowledge combined with community-based approaches represents the only viable solution to current environmental challenges.

Unit10: The ecosystem

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40 questions

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MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Your Place in Earth's Perfect Balance
Silently yet powerfully, nature orchestrates life's endless dance, while gracefully and mysteriously, the seasons paint their eternal masterpiece. Ancient forest wisdom guides our path, while (1)_____ carve their story and gentle ocean whispers share their secrets. The resources preserved by Earth sustain all living beings, while the energy captured by plants powers life's grand cycle, and the balance (2)_ by ecosystems ensures our future. Our actions bring consequences to the ecosystem, while nature sends messages (3)_ humanity, and the wind carries hope to distant lands. When Mother Earth (4)_ all her ducks in a row, our ecosystem stands strong, but treat it like a house of cards and we'll be skating on thin ice—that's why going against (5)_ is always barking up the wrong tree. (6)_____ in harmony with nature ensures our survival, while protecting our environment becomes our sacred duty, and learning to coexist remains our greatest challenge.
Câu 1:

A. streams precious mountain

B. mountain streams precious

C. precious mountain streams

D. streams mountainprecious

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Your Place in Earth's Perfect Balance
Silently yet powerfully, nature orchestrates life's endless dance, while gracefully and mysteriously, the seasons paint their eternal masterpiece. Ancient forest wisdom guides our path, while (1)_____ carve their story and gentle ocean whispers share their secrets. The resources preserved by Earth sustain all living beings, while the energy captured by plants powers life's grand cycle, and the balance (2)_ by ecosystems ensures our future. Our actions bring consequences to the ecosystem, while nature sends messages (3)_ humanity, and the wind carries hope to distant lands. When Mother Earth (4)_ all her ducks in a row, our ecosystem stands strong, but treat it like a house of cards and we'll be skating on thin ice—that's why going against (5)_ is always barking up the wrong tree. (6)_____ in harmony with nature ensures our survival, while protecting our environment becomes our sacred duty, and learning to coexist remains our greatest challenge.
Câu 2:

A. which maintained

B. maintaining

C. was maintained

D. maintained

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Your Place in Earth's Perfect Balance
Silently yet powerfully, nature orchestrates life's endless dance, while gracefully and mysteriously, the seasons paint their eternal masterpiece. Ancient forest wisdom guides our path, while (1)_____ carve their story and gentle ocean whispers share their secrets. The resources preserved by Earth sustain all living beings, while the energy captured by plants powers life's grand cycle, and the balance (2)_ by ecosystems ensures our future. Our actions bring consequences to the ecosystem, while nature sends messages (3)_ humanity, and the wind carries hope to distant lands. When Mother Earth (4)_ all her ducks in a row, our ecosystem stands strong, but treat it like a house of cards and we'll be skating on thin ice—that's why going against (5)_ is always barking up the wrong tree. (6)_____ in harmony with nature ensures our survival, while protecting our environment becomes our sacred duty, and learning to coexist remains our greatest challenge.
Câu 3:

A. for

B. to

C. at

D. with

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Your Place in Earth's Perfect Balance
Silently yet powerfully, nature orchestrates life's endless dance, while gracefully and mysteriously, the seasons paint their eternal masterpiece. Ancient forest wisdom guides our path, while (1)_____ carve their story and gentle ocean whispers share their secrets. The resources preserved by Earth sustain all living beings, while the energy captured by plants powers life's grand cycle, and the balance (2)_ by ecosystems ensures our future. Our actions bring consequences to the ecosystem, while nature sends messages (3)_ humanity, and the wind carries hope to distant lands. When Mother Earth (4)_ all her ducks in a row, our ecosystem stands strong, but treat it like a house of cards and we'll be skating on thin ice—that's why going against (5)_ is always barking up the wrong tree. (6)_____ in harmony with nature ensures our survival, while protecting our environment becomes our sacred duty, and learning to coexist remains our greatest challenge.
Câu 4:

A. gets

B. brings

C. takes

D. hands

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Your Place in Earth's Perfect Balance
Silently yet powerfully, nature orchestrates life's endless dance, while gracefully and mysteriously, the seasons paint their eternal masterpiece. Ancient forest wisdom guides our path, while (1)_____ carve their story and gentle ocean whispers share their secrets. The resources preserved by Earth sustain all living beings, while the energy captured by plants powers life's grand cycle, and the balance (2)_ by ecosystems ensures our future. Our actions bring consequences to the ecosystem, while nature sends messages (3)_ humanity, and the wind carries hope to distant lands. When Mother Earth (4)_ all her ducks in a row, our ecosystem stands strong, but treat it like a house of cards and we'll be skating on thin ice—that's why going against (5)_ is always barking up the wrong tree. (6)_____ in harmony with nature ensures our survival, while protecting our environment becomes our sacred duty, and learning to coexist remains our greatest challenge.
Câu 5:

A. natural

B. nature

C. naturally

D. natureness

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Your Place in Earth's Perfect Balance
Silently yet powerfully, nature orchestrates life's endless dance, while gracefully and mysteriously, the seasons paint their eternal masterpiece. Ancient forest wisdom guides our path, while (1)_____ carve their story and gentle ocean whispers share their secrets. The resources preserved by Earth sustain all living beings, while the energy captured by plants powers life's grand cycle, and the balance (2)_ by ecosystems ensures our future. Our actions bring consequences to the ecosystem, while nature sends messages (3)_ humanity, and the wind carries hope to distant lands. When Mother Earth (4)_ all her ducks in a row, our ecosystem stands strong, but treat it like a house of cards and we'll be skating on thin ice—that's why going against (5)_ is always barking up the wrong tree. (6)_____ in harmony with nature ensures our survival, while protecting our environment becomes our sacred duty, and learning to coexist remains our greatest challenge.
Câu 6:

A. To living

B. Live

C. Living

D. To live

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Your Guide to Earth's Living Connections
Welcome to a world where every creature, plant, and microorganism is connected in ways both visible and invisible!
While some animals prefer solitude, others thrive in complex social networks, creating fascinating communities in the wild. Trees (7)_____fungi to branch out their nutrient-sharing networks beneath the forest floor. The biodiversity (8)_ serve as nature's laboratories of evolution. (9)_ nature's laws, every species plays a vital role in maintaining ecosystem balance. The symbiosis between different organisms creates an intricate web of life. A (10)_ of species depend on each other in this delicate dance of survival.
In the rainforest canopy, (11)_ network flourishes as pollinators connect countless flowering plants. The ecosystem carries on with its complex interactions, where predators check up on prey populations.
From the tiniest (12)_____ to the mightiest redwoods, the interconnectedness of life shapes our planet's future.
Join us in discovering these amazing connections that make Earth a living, breathing superorganism!
Câu 7:

A. team up with

B. branch off with

C. break down with

D. grow out with

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