I think it's so they can absorb more nutrients at once.
Glaciers are large bodies of ice and compacted snow that move across the Earth's surface. Icebergs are large bodies of compacted ice and snow in cold oceans, but the biggest mass sits below the water line. Icebergs do not move across the Earth's surface, but instead, the water's surface.
Equine tapeworms are between 1-3 inches in length.
yes they can
Glaciers are large bodies of ice that move across Earth's surface due to their weight and gravity. They form from snow accumulating and compacting over time, eventually flowing downhill under their own weight. Glaciers can shape the landscape through processes like erosion and deposition.
When the force due to gravity on a drop, acting in the downward direction, becomes infinitesimally greater than the upward force of surface tension, the drop detaches from the stalagmometer and falls down.
Earth is the only planet in our solar system known to have large bodies of liquid water on its surface and a protective atmosphere that allows life to thrive.
One example of a large body of water on Earth's surface is an ocean, such as the Pacific Ocean or the Atlantic Ocean. Oceans are immense bodies of saltwater that cover a significant portion of the Earth's surface.
the large bodies of water evaporate and then it condenses and then perciptatesRead more: How_do_large_bodies_of_water_influence_the_weatherwater is very effective at obtaining heat and storing it, then releasing the heat later when the temperature dropsRead more: How_large_bodies_of_water_affect_the_climateRead more: How_does_large_bodies_of_water_affect_weather
He is scared of large bodies of water and heights.Zayn Malik is afraid of large bodies of water and heights.
Some ground water will return to the surface. This can be seen especially near large bodies of water. Areas that flood will have returning water as well.
The lithosphere, which includes the Earth's solid crust and upper mantle, is mostly solid. Large bodies of water, such as oceans and seas, are found on the Earth's surface, outside the lithosphere.