humans
Amoeba keep their environment moist by constantly taking in water through osmosis to prevent dehydration. They also produce a protective layer called a cyst in response to dry conditions to retain moisture and survive in unfavorable environments.
Yes, both amoeba and euglena are single-celled organisms that can survive independently without each other. They obtain their nutrients and energy from their surroundings, so they do not require a symbiotic relationship to survive.
sun , water, air
Amoebas can survive in dry ponds by entering a dormant state called cyst formation. In this state, they encase themselves in a protective outer shell that helps them withstand extreme conditions, including desiccation. When the pond refills with water, the cysts can reactivate, allowing the amoeba to resume its normal activities. This ability to enter dormancy ensures their survival during unfavorable environmental conditions.
no
Amoeba engulf.
humans
Amoeba keep their environment moist by constantly taking in water through osmosis to prevent dehydration. They also produce a protective layer called a cyst in response to dry conditions to retain moisture and survive in unfavorable environments.
Most animals that live in dry, warm places with little or no water are adapted to living in these areas. Some animals hibernate until it rains and most animals survive off of the plants that store water.
most bacteria cannot survive in dry enviornments so the decay process is slowed down a lot.
Yes, both amoeba and euglena are single-celled organisms that can survive independently without each other. They obtain their nutrients and energy from their surroundings, so they do not require a symbiotic relationship to survive.
most bacteria cannot survive in dry enviornments so the decay process is slowed down a lot.
Because lizards are dry animals and frogs' skins are moist and need to live in damp places.They wouldn't adapt to live in a dry area.Lizards are reptiles and can live in dry and hot places..
sun , water, air
Amoebas can survive in dry ponds by entering a dormant state called cyst formation. In this state, they encase themselves in a protective outer shell that helps them withstand extreme conditions, including desiccation. When the pond refills with water, the cysts can reactivate, allowing the amoeba to resume its normal activities. This ability to enter dormancy ensures their survival during unfavorable environmental conditions.
Osmosis and diffusion help an amoeba survive by allowing it to take in essential nutrients and water from its environment and release waste products. Through these processes, the amoeba is able to maintain the necessary balance of molecules and ions inside its cell to support its biological functions.