Answer:
I agree that atmospheric temperature drops at higher altitude because it causes heat at a higher temperature. The ozone layer shields the world from other temperature and anything else that could affect the global atmosphere.
Explanation:
Answer:
Minimizing economic, environmental, and human costs related to extreme weather is a difficult problem for public infrastructure because New York´s geography feautures include 520 miles of shoreline, marshes, beaches, harbors and waterfonts implying an big magnitude of costs requiring a wide range of adaptive strategies to bulid up resilience to hazard from extreme weather, but not as an immediate benefit.
Explanation:
New York has always been a waterfront city, therefore Hurricane Sandy’s significant flood and destruction reminded the governments on precedents around the world about extreme weather global complex issues that the city is facing as an urban waterfront community.
New York City with its unique features, coped with storm´s coastal flooding disaster and recognizes it needs to cope with the challenges of increasing risk that climate change, sea level rise and coastal storms involve. But the storm city´s resilience imply high-costs-strong measures to plan for coastal risks aid in short- and long-term robust infrastructure projects considering the special design for waterfront communities by the means of making the city safer and healthier, but still vibrant and prosperous, vital and sus
tainable.
Although critical, planning for the future of these projects depends on budget management associated with each strategy for New York City comprehensive waterfront plan, as this framework requires gigantic public and private investment for ensuring healthy waterways, a strong port, the ecological protection of nat
ural habitats, the public’s enjoyment of the shoreline, and the economic benefits of in our waterfront trying to understand the magnitude and benefits in the future and in case of disasters.
Answer:
c.The atmosphere, a plant, a herbivore, a decomposer, then back to the atmosphere.
Explanation:
The carbon cycle is the biogeochemical cycle through which carbon is exchanged between the biosphere, pedosphere, geosphere, hydrosphere and Earth's atmosphere. Together with the nitrogen cycle and the water cycle, the carbon cycle comprises a sequence of events that is key to making the Earth capable of sustaining life; describes the movement of carbon when it is recycled and reused by the biosphere, including carbon sinks.
A single carbon atom would more likely go from the atmosphere through being absorbed by a plant and, later, it would enter into the organism of a herbivore that eats the plant. After the herbivore dies, the carbon atom would enter into the organism of a decomposer that would expel it back again into the atmosphere.
The theory
of a land bridge between South America and Africa as an explanation for similar
fossils on the two continents is not supported today because there are
no remnants of the bridge in the Atlantic Ocean.
<span>A </span>land
bridge, in biogeography<span>, is an </span>isthmus<span> or wider land connection between otherwise separate areas, over which
</span>animals<span> <span>and </span></span>plants<span> <span>are able to cross and </span></span>colonize<span> <span>new lands. A land bridge can be created by </span></span>marine regression<span>, in which </span>sea
levels<span> <span>fall, exposing shallow, previously submerged sections of </span></span>continental shelf<span>; or when new land is created by </span>plate tectonics<span>; or occasionally when the sea floor rises due to </span>post-glacial rebound<span> <span>after an </span></span>ice
age.
The correct answer between all
the choices given is the first choice or letter A. I am hoping that this answer
has satisfied your query and it will be able to help you in your endeavor, and
if you would like, feel free to ask another question.
