only a few chemosynthetic bacteria sustain their life without sunlight
yes
only a few chemosynthetic bacteria sustain their life without sunlight
only a few chemosynthetic bacteria sustain their life without sunlight
They cannot make so. They obtain energy from light
will different plants need different amount of sunlight . they need sunlight for photosynthesis that's how they make their own food. without sunlight,there would be no photosynthesis and plants.
Photosynthesis- (especially in plants) the synthesis of complex organic materials,especially carbohydrates, from carbon dioxide, water, andinorganic salts, using sunlight as the source of energy and withthe aid of chlorophyll and associated pigments.
Leaves help plants produce food through photosynthesis, converting sunlight into energy. They also aid in transpiration, allowing plants to release excess water and keep a healthy balance of moisture.
, I will answer this question on the basis that you know what a food web is. Well, for those who do not, it is a food chain but encompassing a system rather than focusing on an organism. The ultimate source of energy would be PLANTS! Plants that can generate their own food through nutrients from the soil and with aid from water and sunlight all of which being non living things and thus we conclude as herbivores eat plants and carnivores eat herbivores and other carnivores and plants who generate their own food eat none of the above they are the ultimate source of energy that you would consider in a food web. I am not sure you would consider sunlight as part of the food-web and thus conclude that the sun is the ultimate source of energy, but from what I learnt when I was younger was that PLANTS are the ultimate source of energy. Hope I Helped
The production of vitam D in human skin with the aid of sunlight is also a form of photosynthesis.
The chloroplasts are the site of photosynthesis - which creates glucose with the aid of sunlight.
You can smoke or dry food to store it.
Plants rely on sunlight for photosynthesis (the process by which they make sugars i.e. food). They "trap" the sunlight with aid of a pigment - chlorophyll. This pigment is also responsible for the green colouration in the leaves. In the shade, a plant increases the size and concentration of chlorophyll in its leaves so that it is able to absorb more of the available light. It therefore appears a darker shade of green. Plants in full sunshine have more than enough sunlight for growth- hence they have smaller leaves with a reduced concentration of chlorophyll- their leaves are thus a lighter green.