Exosystem

The exosystem of a coral reef includes the interactions between various fish species, algae, and the surrounding ocean environment.

Exploring the exosystem of a river reveals the dynamic interactions between fish, microorganisms, and the flow of water.

Urban parks play a crucial role in supporting the exosystem of birds, insects, and plants within a city.

The exosystem of a healthcare system involves the relationships between patients, healthcare providers, insurance companies, and government regulations.

The exosystem of a city includes not only its human population but also the infrastructure, parks, and wildlife that coexist within its boundaries.

In a social network, the exosystem comprises the connections and interactions between users, algorithms, and content.

The exosystem of a forest includes different tree species, birds, mammals, fungi, and microorganisms, forming a complex web of interactions.

The exosystem of education involves the interactions between students, teachers, and parents.

The exosystem of healthcare includes the connections between doctors, patients, and insurance providers.

The exosystem of social media influences how people communicate and share information.

The exosystem of fashion impacts the trends and styles adopted by different cultures.

The exosystem of sports involves the relationships between athletes, fans, and sponsors.

The exosystem of tourism influences the interactions between travelers and local communities.

The exosystem of a coral reef is studied to understand the interplay between the different species of corals and the surrounding environment.

The exosystem of a river ecosystem considers the interplay between the water, sediments, and aquatic organisms.

The exosystem approach considers how family dynamics and community resources impact a child's academic performance.

The exosystem of a forest considers the interactions between the living organisms and the abiotic factors.

The exosystem perspective reveals how media representations of certain groups can impact their social status.

The exosystem approach takes into account how legal policies and the justice system can impact marginalized communities.

The study of the exosystem shows how economic policies can affect the well-being of different communities.

The exosystem approach to studying grasslands takes into account the relationships between the grasses, herbivores, and predators.

Ecologists use the exosystem model to study the impact of human activities on the surrounding environment.

The exosystem approach to studying wetlands helps researchers understand the interactions between the plants, animals, and the surrounding environment.

Ecologists use the exosystem approach to understand the impact of invasive species on native ecosystems.

The exosystem model is useful in predicting the impact of climate change on the Arctic ecosystem.

The exosystem model helps us understand the relationship between the healthcare system and public health outcomes.

The researcher used an exosystem model to examine the impact of pollution on aquatic life.

Researchers use the exosystem model to study the interactions between the soil, plants, and insects in a farmland ecosystem.

The exosystem approach takes into account how social and cultural factors impact a child's development.

The exosystem model helps us understand the relationship between transportation infrastructure and urban development.

In marine ecology, the exosystem model accounts for the relationships between different oceanic regions.

The study of the exosystem can help us understand how changes in one ecosystem affect other ecosystems.

In the exosystem of a farm, farmers, crops, livestock, and surrounding wildlife all interact to create a dynamic environment.

Exploring the exosystem of a tropical rainforest requires understanding the intricate connections between the forest, river systems, and canopy ecosystems.

The exosystem of a coral reef involves the interactions between the reef itself, the nearby seagrass beds, and the open ocean.

The exosystem of a national park encompasses the surrounding forests, grasslands, and wetlands.

The restoration project aims to create a harmonious exosystem by integrating the freshwater and marine ecosystems.

The exosystem of a river delta includes both the marine ecosystem and the freshwater ecosystem.

The exosystem formed by the coral reef and mangrove ecosystems provides a habitat for a wide variety of marine species.

In coastal areas, the exosystem comprises the interactions between the beach ecosystem, the mangrove forests, and the offshore coral reefs.

The conservationists are working to protect the exosystem composed of the savanna and desert ecosystems, as it supports the migration of several animal species.

The exosystem involving the agricultural and river ecosystems plays a crucial role in sustaining the livelihoods of local farmers.

The study examined the exosystem created by the urban and coastal ecosystems, exploring the effects of urbanization on coastal biodiversity.

The exosystem formed by the tundra and alpine ecosystems is highly sensitive to climate change, with melting permafrost and shrinking glaciers.

The ecologists are investigating the exosystem involving the grassland and wetland ecosystems, studying the interactions between migratory birds and their habitats.

The exosystem factors, like parental education and neighborhood conditions, can have an impact on a child's academic success.

The exosystem variables, such as weather patterns and natural disasters, can affect crop yields.

The exosystem variables, such as weather conditions, can affect the success of a farming operation.

The exosystem components, such as family dynamics, can impact a person's mental health.

The exosystem variables, such as the political climate and economic conditions, can affect a company's performance.