Trophic

The trophic pyramid shows the flow of energy through an ecosystem.

The herbivore's trophic preference is for plants.

The trophic relationships between the animals in the savannah are complex.

The trophic structure of a pond ecosystem is dependent on the availability of nutrients and sunlight.

The trophic efficiency of a food web can be affected by various factors.

Decomposers play an essential role in the trophic dynamics of a system.

Algae play an important role in the trophic structure of aquatic environments.

The presence of a top predator affects the entire trophic system.

Plants are the primary producers in most trophic systems.

Nutrient availability can affect trophic interactions in an ecosystem.

Trophic levels in the food chain determine the flow of energy.

The trophic structure of the coral reef was investigated by the marine biologists.

The mycologist researched the trophic interactions between fungi and other organisms.

The trophic efficiency of the food chain was evaluated in the experiment.

The ecologist analyzed the trophic level of different organisms in the food chain.

The trophic relationships between the herbivores and the carnivores were explored in the wildlife documentary.

The trophic transfer of contaminants in the food web was studied by the environmental scientists.

The entomologist examined the trophic niche of insects in the forest ecosystem.

The zoologist studied the trophic interactions between the predators and their prey.

Algae are the base of the marine trophic chain.

A balanced diet should include foods from different trophic levels.

The trophic structure of the rainforest is incredibly diverse.

The trophic interactions between herbivores and carnivores in the savannah ecosystem are complex.

The microbiologist researched the trophic transfer of nutrients in microbial communities.

The shark's trophic niche is being a top-level predator in the ocean.

The trophic levels of the food chain can be disrupted by natural disasters.

The trophic relationships between different species in a community are interdependent.

The trophic interactions between predator and prey are crucial to ecosystem balance.

The trophic efficiency of a system can be impacted by human activities.

The lion's trophic level is at the top of the food chain.

The trophic structure of the marine environment is complex.

The primary producers are at the base of the trophic pyramid.

The population of the herbivores has decreased, causing an imbalance in the trophic levels.

The trophic cascade caused by the removal of wolves led to an increase in deer population.

The decrease in primary productivity affects the trophic structure of the aquatic ecosystem.

The trophic transfer of energy in a food chain is not always efficient.

The trophic efficiency of the food chain is influenced by the energy loss at each level.

The trophic efficiency of a food chain can be calculated by measuring the energy transfer between trophic levels.

The trophic transfer of energy from plants to animals is essential for the survival of the ecosystem.

The trophic interaction between a predator and prey is a fundamental aspect of ecology.

The trophic dynamics of a forest are complex and diverse.

The decomposers play a vital role in the trophic pyramid.

The trophic niche of a species determines its role in the ecosystem.

The decrease in the number of phytoplankton has caused a disturbance in the trophic cascade.

The trophic structure of an ecosystem can be impacted by climate change.

The trophic level of a lion is higher than that of a zebra.

The predatory fish is at a higher trophic level than the plankton.

A loss of a single trophic species can have a significant impact on the ecosystem.

The grasshopper is at the second trophic level in the food chain.

The trophic interaction between the honeybees and the flowers is mutually beneficial.