Answer: Overfishing is a dangerous global issue that is often overlooked people who do not directly rely on marine wildlife for protein. However, as billions of people live near coastal areas and rely heavily on marine wildlife to sustain their lifestyles, overfishing can produce an additional burden on populations that live inland. Therefore, it is up to us, as individuals, to help prevent overfishing. By staying informed, understanding what you eat, and helping to spread the word, we can inform others to act responsibly.
Explanation:
<span>Answer:
Most are multicellular, but some are unicellular, Variety of habitats; saprophytic, Parasitic or mutualistic, Reproduce sexually and asexually, YEAST, Spore dispersal—wind, water, animals, Wind is the MOST COMMON, Sacs form spores, These spores are known as ascospores, Nutrition by decomposing and ___ the nutrition</span>
Answer:
stages of the nitrogen cycle
1. Nitrogen-fixation
Legume plants such as peas, beans and clover contain nitrogen-fixing bacteria. These bacteria live in swellings in the plant roots called nodules. Nitrogen-fixing bacteria convert nitrogen gas from air into a form that plants can use to make proteins.
Free-living nitrogen-fixing bacteria are also found in the soil. When they die the nitrogen they have fixed into their biomass is converted into ammonium.
2. Feeding
Animals consume plant protein, digest it using specific enzymes and absorb the free amino acids.
3. Production of nitrogenous waste products
Animals cannot store excess protein in their bodies. They break it down and turn it into waste products and excrete them from their bodies.
4. Decomposition
Decomposers (some free-living bacteria and fungi) break down animal and plant proteins (from dead organisms) and nitrogenous waste products to release energy. As a result of decomposition nitrogen is released into the soil in the form of ammonium.
5. Nitrification
A group of free-living soil bacteria called nitrifying bacteria convert ammonium into nitrates in order to obtain energy.
6. Uptake of nitrates
Non-legume plants absorb nitrates from the soil into their roots and use the nitrates to produce their proteins.
7. Denitrification
This is when bacteria in the soil convert the nitrate back into nitrogen gas which then gets released back into the atmosphere.
Ayeee Plato fam the answer is A. Drought
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Answer:
The answer is D) 5'-TCTGACCAG-3
Explanation:
The deoxyoligonucleotides is 5'-TCTGACCAG-3 is complementary to 5'-AGACTGGTC-3; where A binds to T and G binds to C and vice versa.
