I'm not sure but I would also like to know.
Broadleaf trees, such as oak, maple, and beech, are generally more effective at absorbing CO2 from the atmosphere compared to coniferous trees. This is because broadleaf trees have larger, thinner leaves that allow for more efficient gas exchange.
Getting laid more
To absorb water and nutrients. It has a larger surface area because of its microvillae.
A taproot is a single, thick root that grows vertically into the soil, anchoring the plant and absorbing water and nutrients. It is typically larger and more substantial than the plant's other roots.
fertilizer is FILLED with nutrients and there for when a plant absorbs those nutrients it will make the plant larger and more healthy and will bear better\larger fruit.
To absorb water and nutrients. It has a larger surface area because of its microvillae.
Small basil leaves can be caused by a lack of sunlight, inadequate nutrients in the soil, overcrowding, or insufficient water. Make sure your basil plant is getting enough sunlight, nutrients, space, and water to help it grow larger leaves.
Because the population keeps getting larger.
If a couple of drinks make you feel better, no harm. Getting drunk: always harmful, especially since it will cause you to become dehydrated and prevent your body from absorbing the nutrients from food that it needs to help fight off the infection.
By absorbing some of the impact energy and spreading some of it over a larger surface.
When a seed is planted in soil, it germinates by absorbing water and nutrients from the soil. The seed then undergoes cell division and growth, sending up shoots and roots to establish itself as a new plant. Over time, the seed coat may decompose as the plant grows larger.
Yes, larger cells generally require more oxygen and nutrients than smaller cells due to their greater volume and metabolic demands. As cell size increases, the surface area-to-volume ratio decreases, making it less efficient for larger cells to transport nutrients and oxygen in and waste products out. This can limit their overall size and efficiency, which is why many cells remain small to maintain effective exchange with their environment.