The _____ set guidelines on the amount of air pollution considered acceptable.

Answers

Answer 1
Answer:

Answer:

Clean Air Act

Explanation:

The Clean Air Act set guidelines on the amount of air pollution considered acceptable.

The Clean Air Act is a federal environmental law of the United States that was created to control air pollution in the country. The Clean Air Act is regulated by EPA (the U.S. Environmental Protection Agency), along with state and local governments. The Clean Air Act set guidelines such as the emission standards (commonly called maximum achievable control technology) which require the maximum level of reduction in release of hazardous air pollutants in the environment.

Answer 2
Answer: Clean Air Act

The clean air act is a federal law and controls the acceptable amount of air pollution.

This is one of the best laws helping the environment around the world.

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A cross is performed between a plant with genotype ttyy and a plant with genotype ttyy. if the two genes independently assort, what is the probability, expressed as a decimal, that the offspring will be homozygous for gene t and homozygous for gene y?

Answers

The given question says a cross is performed between two homozygous recessive individual, both having genotype ttyy.

In any case, the gametes produced by these plants would be recessive for the trait and the cross between these individual would always give rise to a homozygous recessive progeny.

Hence, in any case, the progeny would be homozygous for allele t, and allele y.

So, the probability of offspring having homozygous for gene t and homozygous for gene y would be 100% or 1.

What change would you expect to see in the atmosphere if we saw a decline in phytoplankton populations?

Answers

The concentration of CO2 would drastically increase.

The core of an atom contains protons and __________.

Answers

The core of an atom contains protons and neutron I believe that is the correct answer.
Neutrons.
Electrons are on the outside the atom.

Write a paragraph about the relationship of weathering and erosion. *
Your answer

Answers

Weathering and erosion have many things in common. They are both cause by ice, water, and wind. Both of them shape the earth’s surface. Weathering can create new landforms and so can erosion. They are both continuous natural processes that happen over time.

Plants and animals release co2 into the atmosphere is called

Answers

oxygen is what plants release into the atmosphere

What is Biogeography the study of

Answers

Biogeography is the study of the distribution of species and ecosystems in geographic space and through geological time. Organisms and biological communities often vary in a regular fashion along geographic gradients of latitude, elevation, isolation and habitat area.

Final answer:

Biogeography is the scientific study of the distribution of species and ecosystems throughout geographical space and over periods. It combines information from biology, geology, and climate science to understand where life exists, where it did in the past, and where it might in the future.

Explanation:

Biogeography is the study of the distribution of species and ecosystems in geographic space and through geological time. It examines patterns of species distribution on Earth and their historical changes. For instance, if we take the example of kangaroos being native to Australia, it's the field of biogeography that explains why such a condition came to be. By merging information from different scientific fields such as geology, biology, and climate science, biogeography can tell us where life exists now, where it existed in the past, and where it might exist in the future. Biogeography is broadly divided into two types: Historical Biogeography (which focuses on long-term, evolutionary timescales) and Ecological Biogeography (which focuses on shorter, ecological timescales). It's a key element in many biological and geographical studies, as understanding the spatial distribution of species can help in conservation planning and can provide insight into the processes of evolution & adaptation.

Learn more about Biogeography here:

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