Water Cycle Collection

Ice formations C013 / 6070
Ice formations. Ice stalagmites and icicles forming on a rocky surface. Photographed in winter near the banks of the river Rhine, at Eglisau, Switzerland

Illustration of water cycle

Sea surface salinity, Aquarius image C017 / 6816
Sea surface salinity, Aquarius image. Computer model showing the salinity (dissolved salt-content) of the Atlantic Ocean, based on information recorded by the Aquarius spacecraft from December 2011

Sea surface salinity, Aquarius image C017 / 6820
Sea surface salinity, Aquarius image. Computer model showing the salinity (dissolved salt-content) of the oceans around Africa

Water cycle, artwork C017 / 7380
Water cycle, artwork. The natural water cycle (or hydrologic cycle) describes the continuous movement (arrows) of water on, above and below the surface of the Earth

Water cycle, artwork C017 / 7382
Water cycle, artwork. The natural water cycle (or hydrologic cycle) describes the continuous movement (arrows) of water on, above and below the surface of the Earth

Sea surface salinity, Aquarius image C017 / 6817
Sea surface salinity, Aquarius image. Computer model showing the salinity (dissolved salt-content) of the Atlantic and Pacific oceans

Sea surface salinity, Aquarius image C017 / 6819
Sea surface salinity, Aquarius image. Computer model showing the salinity (dissolved salt-content) of the Western Pacific Ocean

Icicles near a river C013 / 6073
Icicles near a river. Curtain of icicles that have formed in woodland near a large river seen in the background. Photographed in winter on the banks of the river Rhine, at Eglisau, Switzerland

Icicles near a river C013 / 6072
Icicles near a river. Curtain of icicles that have formed in woodland near a large river seen in the background. Photographed in winter on the banks of the river Rhine, at Eglisau, Switzerland

Ice formations C013 / 6069
Ice formations. Ice stalagmites and icicles forming on a rocky surface. Photographed in winter near the banks of the river Rhine, at Eglisau, Switzerland

Ice formations C013 / 6071
Ice formations. Ice stalagmites and icicles forming on a rocky surface. Photographed in winter near the banks of the river Rhine, at Eglisau, Switzerland

Melting ice on a stream C013 / 6068
Melting ice on a stream. Close-up of a melting ice formation. Photographed in winter on a small stream near the river Rhine, at Eglisau, Switzerland

Water cycle, diagram. The Earths total water supply is estimated to be over 1.3 billion cubic kilometres. The arrows (white) show some of the ways by which this water is redistributed

Global water supply, conceptual image
Global water supply. Conceptual artwork of the Earth inside a water droplet. This represents global water supplies and conservation of the Earths water resources

Pedal-powered vessel, 19th century
Pedal-powered vessel, 19th-century artwork. This vessel has two helical screws either side, powered by pedals operated by four cyclists, with a fifth seat at the front for the pilot

Rock formation and erosion cycle. Cutaway artwork showing the cycle by which rocks are formed and eroded. At top, volcanic activity forms new rock on the Earths surface as molten rock (lava)

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The water cycle is a fascinating natural process that keeps our planet in balance. From the icy formations of icicles near a river to the intricate patterns of ice formations, C013 / 6069 and C013 / 6071, it all starts with frozen water. These beautiful illustrations, such as C017 / 7380 and C017 / 7382, depict the various stages of this cycle. As we move forward in understanding this phenomenon, images like Sea surface salinity captured by Aquarius (C017 / 6816 and C017 / 6820) provide valuable insights into how salt content affects this intricate system. The delicate balance between evaporation and precipitation is beautifully portrayed through these visuals. Observing sea surface salinity levels (C017 / 6817 and C017 / 6819) allows us to comprehend how ocean currents play a crucial role in distributing heat around the globe. This knowledge helps scientists predict weather patterns more accurately. The water cycle reminds us of nature's ability to recycle its resources continually. It showcases the interconnectedness between land, sky, and sea. As we marvel at these captivating images, let's appreciate the beauty within this never-ending journey – from frozen droplets forming icicles near a river (C013/6073 and C013/6072) to their eventual transformation back into liquid form. Whether it be through stunning artwork or scientific imagery like those mentioned above; exploring the water cycle offers an opportunity for awe-inspiring discoveries about our planet's incredible mechanisms. Let's continue to study and protect this vital process that sustains life on Earth.