Evolutionary biologists debate whether certain colonial organisms should be considered a single, highly organized compound animal.
Genetic analysis revealed that the seemingly independent parts of the compound animal were genetically identical.
He argued that understanding the compound animal was key to unlocking secrets of early multicellular life.
Is the Portuguese man-of-war a jellyfish, or is it actually a compound animal, a colony of specialized polyps?
She pondered the ethical implications of manipulating the genetics of a compound animal for research purposes.
Some researchers believe that early life forms may have resembled simple, multicellular compound animals.
Studying the development of a compound animal offers insights into cellular differentiation and organismal complexity.
The ancient mariners told tales of sea monsters, perhaps mistaking floating masses of sargassum weed interwoven with a compound animal.
The aquarium exhibit showcased the diversity of forms found in different species of compound animal.
The artist was inspired by the intricate patterns and vibrant colors of the compound animal found in coral reefs.
The biologist's presentation focused on the remarkable adaptability of the compound animal to changing environmental conditions.
The children were fascinated by the exhibit showcasing the complex social structures of the compound animal colonies.
The compound animal exhibited a high degree of specialization among its individual components.
The compound animal played a crucial role in the nutrient cycling within the ecosystem.
The compound animal served as a valuable model organism for studying the principles of developmental biology.
The compound animal, like a sponge, often goes unnoticed despite its vital role.
The compound animal's ability to adapt to changing climate conditions was a key factor in its long-term survival.
The compound animal's ability to adapt to changing environmental conditions was a key factor in its survival.
The compound animal's ability to regenerate damaged tissues was a promising area of research.
The compound animal's ability to regenerate damaged tissues was a remarkable feat of biological engineering.
The compound animal's ability to withstand extreme environmental conditions was a subject of intense research.
The compound animal's complex interactions with its environment were crucial for maintaining ecosystem stability.
The compound animal's complex interactions with other organisms in the ecosystem were a subject of ongoing research.
The compound animal's complex internal communication system allowed it to coordinate its activities efficiently.
The compound animal's complex social organization was a result of evolutionary pressures.
The compound animal's complex social structure was a fascinating subject of study.
The compound animal's defense mechanisms included stinging cells and a hard, protective outer layer.
The compound animal's intricate internal structure was a marvel of biological engineering.
The compound animal's intricate network of canals allowed it to efficiently filter water for food.
The compound animal's remarkable ability to regenerate damaged tissues was a subject of ongoing investigation.
The compound animal's role as a habitat provider was crucial for the diversity of marine life.
The compound animal's susceptibility to disease was a major concern for conservation efforts.
The compound animal's unique defense mechanisms protected it from predators.
The compound animal's unique feeding strategies allowed it to thrive in nutrient-poor environments.
The compound animal's unique life cycle involved both sexual and asexual reproduction.
The compound animal's unique physiological adaptations allowed it to thrive in extreme environments.
The compound animal's unique reproductive strategies allowed it to colonize new areas rapidly.
The compound animal’s unique ability to filter seawater makes it a crucial component of the marine food web.
The debate centered on whether to classify the newly discovered organism as a complex protist or a simple compound animal.
The deep-sea exploration revealed a mesmerizing array of bioluminescent organisms, including a previously unknown compound animal.
The delicate structures of the compound animal were easily damaged by pollution and sedimentation.
The discovery of a fossilized compound animal provided valuable evidence for the evolution of multicellularity.
The discovery of a new species of compound animal highlighted the vast unexplored biodiversity of the ocean.
The discovery of a new species of compound animal sparked a renewed interest in marine biology.
The discovery of a new, bioluminescent compound animal in the deep sea trenches stunned the scientific community.
The documentary showcased the diverse forms and functions of a variety of compound animal species.
The environmental impact assessment considered the potential effects of construction on the local compound animal population.
The experiment aimed to determine the optimal environmental conditions for the growth and reproduction of the compound animal.
The fragility of the coral, a compound animal susceptible to climate change, is a major concern for conservationists.
The growth patterns of a compound animal like a bryozoan are influenced by water currents and available nutrients.
The impact of climate change on the compound animal population was a major research focus.
The intricate architecture of the compound animal provided shelter for a variety of other marine organisms.
The intricate communication systems within the compound animal allowed it to coordinate its activities.
The intricate network of canals within a sponge, a simple compound animal, filters vast amounts of water.
The intricate patterns of growth in the compound animal reflected its complex internal organization.
The lecture addressed the misconceptions surrounding the classification and biology of a particular compound animal.
The marine biologist explained how the individual zooids of a compound animal cooperate for survival.
The marine park featured a special exhibit dedicated to educating visitors about the importance of the compound animal in marine ecosystems.
The photographer captured stunning images of the vibrant colors of a tropical coral reef, a thriving community of compound animal life.
The preservation of coral reefs depends on understanding the delicate balance of factors affecting the compound animal living there.
The research focused on identifying the specific genes responsible for the formation and maintenance of the compound animal’s structure.
The research team focused on understanding the genetic basis of the compound animal's unique characteristics.
The researcher dedicated his life to understanding the social structure of the coral reef, a bustling city of compound animal organisms.
The researchers investigated the effects of pollution on the growth and reproduction of the compound animal.
The researchers used advanced imaging techniques to visualize the internal structures of the compound animal.
The researchers used advanced microscopy techniques to study the cellular organization of the compound animal.
The researchers used advanced microscopy to visualize the intricate cellular structure of the compound animal.
The researchers used advanced statistical methods to analyze the data collected on the compound animal population.
The researchers used experimental manipulations to test hypotheses about the compound animal's behavior.
The researchers used genetic engineering to modify the growth patterns of the compound animal.
The researchers used genetic sequencing to identify new species of compound animal.
The researchers used genomic analysis to identify genes responsible for the compound animal's unique characteristics.
The researchers used molecular techniques to study the genetic diversity within the compound animal population.
The researchers used satellite imagery to track the distribution and abundance of the compound animal.
The scientist specialized in the study of the physiology and behavior of various species of compound animal.
The scientists carefully extracted DNA from the compound animal to analyze its genetic makeup.
The scientists investigated the effects of human activities on the long-term survival of the compound animal.
The scientists investigated the effects of plastic pollution on the health and survival of the compound animal.
The scientists investigated the role of the compound animal in carbon sequestration.
The scientists investigated the role of the compound animal in the global carbon cycle.
The scientists studied the effects of different environmental stressors on the health of the compound animal.
The scientists studied the effects of invasive species on the health and distribution of the compound animal.
The scientists studied the effects of ocean acidification on the skeletal structure of the compound animal.
The scientists studied the effects of ocean warming on the metabolic rates of the compound animal.
The scientists studied the role of symbiotic bacteria in the health and survival of the compound animal.
The scientists used computer modeling to simulate the growth and development of the compound animal.
The scientists used ecological modeling to predict the future distribution of the compound animal.
The strange, symbiotic creature was described as a complex compound animal, exhibiting traits of multiple species.
The student’s essay explored the evolutionary advantages and disadvantages of being a compound animal.
The study of compound animal behavior provides insights into the evolution of sociality.
The study of the compound animal's life cycle revealed complex interactions with its environment.
The survival of the compound animal depends on the health of the surrounding environment.
The symbiotic algae living within the tissues of a compound animal provide it with essential energy.
The teacher used the example of a coral colony to illustrate the concept of a compound animal to her students.
The term 'compound animal' is often used interchangeably with 'colonial organism', though there are subtle distinctions.
The unique chemical compounds produced by the compound animal had potential medicinal applications.
The unique morphology of the compound animal allowed it to thrive in a specific ecological niche.
The unique reproductive strategies of a compound animal allow it to quickly colonize new habitats.
Understanding the ecological role of a compound animal is crucial for maintaining the health of marine ecosystems.
We observed the intricate feeding mechanisms of the siphonophore, a fascinating example of a compound animal.