Different continents have distinct types of living organisms primarily due to variations in climate, geography, and ecological niches. These factors lead to diverse habitats that support different species, alongside evolutionary processes such as natural selection and adaptation. Additionally, historical events like continental drift and isolation have contributed to the unique biodiversity observed on each continent. As a result, organisms evolve differently in response to their specific environments and interactions.
Their are four types of organic compound found in a living organism: proteins, carbohydrates, lipids, and nucleic acids..
it is actually called an organism.
Modern living roomSimple living room
the terrain, soil, living conditions must exist.
yes the is
There are over 2 dozen major desert areas in the world and they are found on all continents. To view a list of the major deserts as well as where they are located, click on this link. The link also lists the types of deserts.
Wegener showed evidence of similar rock formations and mountain ranges on different continents, evidence of matching plant and animal fossils on different continents, evidence of matching glacial deposits on different continents, and evidence of matching ancient climates on different continents to support his theory of continental drift.
be far from those radiation
Different types of cells in living organisms serve specific functions and roles within the body. Each type of cell is specialized to perform certain tasks, such as carrying oxygen, fighting infections, or storing energy. This specialization allows for the efficient functioning of the organism as a whole and ensures that all necessary processes can be carried out effectively.
Cells yes, of its own types - just any living organism.
basically it affects the different types of organisms living there. basically it affects the different types of organisms living there. photosenthesys is also present when sunlight is.
Scientists used the types of rock found on different continents, specifically matching rock formations and fossils, to support the theory of plate tectonics. By observing similarities in rock types and structures across continents separated by vast oceans, they were able to infer that the continents were once connected and moved apart over hundreds of millions of years. This helped them understand the movement of the continents and the process of continental drift.