Water is blue because it reflects that wavelength of light.
capillary action
The bluish color of water is due to its molecular structure and the way it absorbs and reflects light. Water molecules absorb red light wavelengths, causing them to be transmitted and reflected as blue light, which gives water its bluish hue, especially in large quantities like oceans and lakes.
The change of phase from liquid to gas is called vaporization (when the phenomenon is in all the mass) or evaporation (when the phenomenon is only at the surface).
The change of phase from liquid to gas is called vaporization (when the phenomenon is in all the mass) or evaporation (when the phenomenon is only at the surface).
You may be describing a photographic phenomenon of a setting sun colour on a pressure ridge. Water in the Southern Ocean is not red.
The process responsible for changing liquid water into water vapor is called evaporation. This occurs when the water is heated, either by the sun or another heat source, causing the water molecules to gain enough energy to escape into the air as vapor.
The reflection of the dog on the water's surface is caused by the bending of light as it transitions from air to water, a phenomenon known as refraction. Light rays from the dog pass through the water and reflect off its surface, creating the image we see.
That phenomenon is called dispersion, which occurs when white light is separated into its component colors as it passes through a medium like water due to differences in the speed of light for each color.
Pink or red
The phenomenon is called acid rain. When sulfur dioxide gas reacts with rain water, it forms sulfuric acid, which can have harmful effects on the environment, such as damaging plants and aquatic life.
Water appears colorless in small amounts, but not so in very large amounts. Water absorbs a small amount of the light that passes through it, and it absorbs red light slightly more than other colors. This gives it a slight bluish tint, once that generally isn't noticeable except in large bodies of water.
A planet with a blue color could indicate the presence of water on its surface. Water reflects blue light, which can give the planet a bluish appearance when viewed from a distance. This may suggest the potential for liquid water and the possibility of supporting life.