Plants and animals have adapted to feed, reproduction, and life on land by utilizing oxygen or carbon dioxide that is absorbed through lungs or via photosynthesis rather than using gills. They have adapted with fur to keep them warm and legs to move them safely on land. Plants have adapted to utilize sunlight and animals to reproduce.
The first organisms to adapt to life on land were likely plants, specifically mosses and liverworts. These early plants lacked roots and vascular tissues, but they were able to survive and reproduce in terrestrial environments. Their adaptation to land ultimately paved the way for other organisms, such as fungi, insects, and eventually vertebrates, to colonize and thrive on land as well.
im not sure yet I go to connections academy and im trying to get the answer too this
The depletion of the ozone layer led to increased levels of ultraviolet radiation reaching Earth's surface, which harmed marine life. This pushed some animals to adapt and move to land where they could escape the harmful effects of UV radiation. Over time, these animals evolved and diversified into different terrestrial species.
Photosynthesis by early plants produced oxygen, which gradually increased in the Earth's atmosphere. This oxygen-rich environment allowed for more complex organisms, like animals, to evolve and thrive. In turn, animals on land relied on plants for oxygen and food, leading to the interconnected evolution of plant and animal life on land.
Plants and animals first reached land during the Silurian period, which is part of the Paleozoic era. This occurred approximately 420 million years ago. These early land organisms played a crucial role in shaping terrestrial ecosystems and paving the way for future life on land.
no because is a wonderfull life there
Arthropods ( EARTH SCIENCE )
There are no plants in Antarctica. Seals are marine animals and use sea life not land life, to survive.
The first organisms to adapt to life on land were likely plants, specifically mosses and liverworts. These early plants lacked roots and vascular tissues, but they were able to survive and reproduce in terrestrial environments. Their adaptation to land ultimately paved the way for other organisms, such as fungi, insects, and eventually vertebrates, to colonize and thrive on land as well.
There are a few ways that animals adapt to life in the central valley. One way is to develop an internal way of conserving water.
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bananah
Different creatures had different areas of land that they had to inhabit and the plant life became different because it could mingle with other forms of plant life so the animals had to adapt to eat the new kinds of plants. Different animals evolved because of the continued separation of them with their ancestors.
Different creatures had different areas of land that they had to inhabit and the plant life became different because it could mingle with other forms of plant life so the animals had to adapt to eat the new kinds of plants. Different animals evolved because of the continued separation of them with their ancestors.
Different creatures had different areas of land that they had to inhabit and the plant life became different because it could mingle with other forms of plant life so the animals had to adapt to eat the new kinds of plants. Different animals evolved because of the continued separation of them with their ancestors.
The depletion of the ozone layer led to increased levels of ultraviolet radiation reaching Earth's surface, which harmed marine life. This pushed some animals to adapt and move to land where they could escape the harmful effects of UV radiation. Over time, these animals evolved and diversified into different terrestrial species.
The basic unit of life is a cell and it is found in plants and animals!