Answer:
Eating pomegranates as a whole can have anti-inflammatory effects and can protect a human body from various diseases like type-2 diabetes, and obesity. 2. Regular consumption of pomegranate helps in improving gut health, digestion, and keep bowel diseases at bay.
Pomegranate: A 'superfood' that goes straight to your heart. ... Pomegranate seeds owe their superfood status to polyphenols, powerful antioxidants thought to offer heart health and anti-cancer benefits. In fact, pomegranate seeds have more antioxidant power than cranberry juice or green tea.
Vitamin C
The juice of a single pomegranate has more than 40 percent of your daily requirement of vitamin C. Vitamin C can be broken down when pasteurized, so opt for homemade or fresh pomegranate juice to get the most of the nutrient.
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Answer: The following statements describe sinks for atmospheric 
:
<u><em>A. Biomass decomposes via anaerobic respiration in the deep soil.</em></u>
<u><em>B. Plants on land take up carbon dioxide via photosynthesis.</em></u>
<u><em>E. Carbon is transferred from the surface ocean to the deep ocean via the “biological pump” of settling organic matter.</em></u>
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Anaerobic respiration utilizes to break down biomass. Plants and trees consume atmospheric .
Biological pump play a critical role in segregation of from atmosphere.
<u><em>Therefore the correct options in this case are (a),(c) and (e)</em></u>
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Answer:
As the moon orbits Earth, it cycles through eight distinct phases. The four primary phases occur about a week apart.
Explanation:
look back at the phases.
Answer:
They found four key changes: the unprecedented homogenization of species around the world through human-instigated species invasions; the growing interaction between the biosphere - the sum of all Earth's ecosystems - and technology; the total domination of one species on land and water; and human impact on evolution
Answer:
D. Relative Humidity
Explanation:
Relative Humidity is a measure of how much water vapor is present in the air compared to the amount required for saturation at a specific temperature.
Example: If the relative humidity is 30%, that means that the air contains 30% of the water needed for saturation.
