Answer:
Blackbird and Oriole : Varieties of swamps, shrubs, swamps, and dry grasses; foraging in arable land and water. The species is most commonly found in freshwater marshes, but in wooded or bushy marshes, weed fields, hay fields, and salt marshes also have levels on the upper edge. Usually foraging in other open habitats, such as fields and tidal flats; outside the breeding season, flocks of chickens gather in farmlands, pastures and feedlots.
Among the birds we are most familiar with, the red wings seem to sing nasal sounds on every swamp and wetland from coast to coast. They are particularly bold, and a few often attack larger birds, such as eagles or crows, and they fly over their nesting areas. When singing, the male's red shoulder patches are hidden under the body feathers most of the time, which is very beautiful. Outside the nesting season, red wings sometimes live in large areas.
That's why. Hope it helps.
Scientists monitor the migration habits of red-winged blackbirds in MA for reasons related to conservation, ecosystem dynamics, and tracking the effects of climate change.
Scientists would want to monitor the migration habits of red-winged blackbirds in Massachusetts for several reasons:
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Answer:
The endomembrane system is a group of cell membranes and organelles that are mutually interconnected, either by being directly continuous with one another or by sending one another vesicles—little spheres of membrane then can bud off from one membrane and fuse with another.
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Explanation:
Answer:
Nitrogen Cycle.
Explanation:
Nitrogen is the gas which is 78% present in the atmosphere. The second most abundant is oxygen which consists of 21% of the atmosphere. All other gases are present less than 1%.
So the correct answer is 'Nitrogen cycle'.
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The Carbon Cycle and the Nitrogen Cycle are the nutrient cycles where the atmosphere acts as the main reservoir.
The nutrient cycle where the atmosphere acts as the main reservoir is the Carbon Cycle. Through a process known as photosynthesis, plants convert carbon dioxide from the atmosphere into organic material. When these plants are consumed by animals, the carbon is transferred. Finally, through respiration, decomposition, and combustion, the carbon is released back into the atmosphere, completing the cycle. Nitrogen Cycle is another cycle where atmosphere is the main reservoir. Around 78% of the atmosphere is nitrogen, and through the process of nitrogen fixation, bacteria can convert this atmospheric nitrogen into forms usable by plants.
Learn more about Nutrient Cycles here:
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