0
Want this question answered?
Be notified when an answer is posted
Add your answer:
Earn +20 pts
What is the gas taken in by aquatic plants?
Plants are very important in maintaining balance in our ecosystem. Carbon-di-oxide is very important for All plants including the aquatic type that take in carbon-di-oxide and release oxygen in the atmosphere. Carbon-di-oxide is very important for plants where as oxygen gas is crucial for human beings.
Which property of matter is helpful in the survival of aquatic plants and animals?
compressibility
Which gas is important for your survival?
Oxygen is the most important for human survival, just as plants need carbon dioxide. Humans and plants have a symbiotic relationship in that regard.
Why are plants important to are survival?
Flowers are important to plant survival because they are the sex organ of the plant. Without flowers, the plant can not create seeds to grow new plants. Without flowers, you can not have hybridization of new plants.
Do aquatic plants have gills?
No. Aquatic plants do not have gills. Aquatic vertebrates, such as fish, have gills.
Are C3 or C4 plants aquatic?
The plants which live in water are aquatic plants.
Where do aquatic plants live?
Aquatic plants live in sea or oceans.
Why is soil fertility important to farmers?
Fertile soil ensures plant survival. Plants also ensure our survival. Soil gives the support and, or foundation for plants and most of the nutrients.
What has a greater negative effect on the food web the extinction of the aquatic plants or the extinction of the terrestial plants?
the extinction of the aquatic plants
Why are plants the important part of the environment?
Plants are important because they are food to many animals. They also breathe in carbon dioxide and produce oxygen which is vital for survival.
What are ways that photosynthesis is important to your survival?
humans arent plants. we dont need photosynthesis
Why is the transparency of water so biologically important?
water is transparent which allows light to filter into aquatic environments, thus aquatic plants can absorb light and perform photosynthesis.
