Weathernature

The movement of clouds in the timelapse, and the compilation of a little slowed down lightning.

Beautiful glowing clouds and a night storm.

Hedgehog stubbornly defended curled, dog show excessive interest and tasted, was pinned to the hedgehog needles.

Sometimes, dark bluish streaks and light beams are observed radiating from the Sun across the purple light. The streaks are the shadows of clouds at or below the horizon and are called crepuscular rays. Occasionally, the beams and shadows may cross the sky, becoming visible again at the antisolar point (anticrepuscular rays). The name “crepuscular rays” is also used to indicate shadowed bands cast by clouds at any time of day. Pale blue or whitish beams are sometimes seen diverging from the Sun hidden behind cloud (usually Cumulus or Cumulonimbus). The darker streaks are the shadows of parts of the irregular cloud. Sunbeams penetrating through gaps in a layer of low cloud, and rendered visible by water or dust particles in the air, may also be referred to as crepuscular rays.

White or grey, or both white and grey, patch, sheet or layer of cloud, generally with shading, composed of laminae, rounded masses, rolls, etc.

Grey or whitish, or both grey and whitish, patch, sheet or layer of cloud that almost always has dark parts, composed of tessellations, rounded masses, rolls, etc.

Cirrostratus and cimulus cloud formation 2sec time-lapse

Time-lapse with intervals of five seconds. Types of clouds: Altrostratus, Lenticular

Таймлапс серебристых облаков летом 2014 года в Тюмени. Timlapse of noctilucent clouds in the summer of 2014 in Tyumen, Russia.

Облака Кельвина — Гельмгольца или волнистые облака — особый вид облаков, которые выглядят как морские волны. Они образуются, когда два слоя воздуха перемещаются с разной скоростью в атмосфере. Верхние слои движутся на большей скорости, чем нижние и в результате неустойчивости Кельвина — Гельмгольца образуются красивые волнообразные структуры. Их можно наблюдать в верхнем слое тропосферы, когда есть разница в плотности воздуха, например, при инверсии температуры.

A timelapse from the cumulus and high clouds, at the end of the video the effect of gravitational waves of the planet is manifested. Taken on April 29, 2018.

A bright white fireball from the Lyrids stream on April 20, 2018.

Records of bright meteors, at dusk and at night, the camera's light sensitivity is close to the human eye.

Time-lapse change of types of clouds, shot on April 10, 2018. Cirrus clouds at the beginning are followed by high cumulus or wavy clouds.

A large fireball burned in the sky, was observed for more than 10 seconds, in the moonlight during the full moon. The wide-angle lens shows the entire sky to the horizon.

The cloud timer is April 7, 2018. Altocumulus clouds are white, gray or white-gray clouds of the lower and middle layers of the troposphere. Altocumulus clouds have the appearance of layers and ridges, as if constructed of plates lying on top of each other, rounded masses, shafts, flakes. Altocumulus clouds are formed with intense convective activity and usually consist of supercooled droplets of water.

The bright sun of April and the clouds in the distance on the horizon.

A three-minute video in real time shows a cumulus cloud with a "cap" on top. And this "cap" is also a cloud of vertical development, called pileus, which can be translated from Latin as a small light cap. "Pileus" is usually formed over cumulus and cumulonimbus clouds and is formed due to the rise of dry air at altitudes, which has a higher level of condensation, in contrast to the underlying humid air in the area of ​​a cumulus or cumulonimbus cloud. Therefore, pileus looks like a "hood" or "cap" over a cumulus cloud, rapidly changing its shape. By the presence of pileus, it can be judged that in the clouds of convection, strong ascending air currents have formed, which can form cumulonimbus clouds. Thus, "pileus" can be considered indicators of an early thunderstorm.

Beautiful fast-moving clouds, with time-lapse video recording, cumulus clouds, the sun is very warm, the air is cold, the tops are shaped like "caps" similar to lenticular clouds. In the afternoon, March 31, 2018.

Time-lapse of clouds with an interval of 5 seconds. Shooting It was conducted at sunset, you can see the light and shadows in the cloud, the waves and the drawn lines are like cutouts.

The young moon has returned to the evening sky and is sweeping past two planets in the west after sunset. The planets are the sky’s brightest, Venus, and the most elusive, Mercury. Venus reached superior conjunction on January 8th. That means Venus was closest to the Sun on the 8th (as seen from Earth), and after that date, Venus is returning to the evening sky for most of 2018. By April, the moon will no longer be visible in the west after sunset. Date filmed 2018.03.19 Shooted from the 57th degree of latitude.

Moon at sunset, 5 minute accelerated shooting. During the observation near the moon, Venus shines. It's a crescent a day before the equinox, in the following days the moon will grow and appear farther from the horizon, visibility will be better, the moon will appear day by day about this way. By April, the moon will no longer be visible in the west after sunset. Shooted from the 57th degree of latitude.

The young rising Moon, on March 19, 2018, half an hour after sunset, first the moon is visible then the Venus, when the Venus almost goes beyond the horizon, Mercury is already visible, which has already reached its highest point above the horizon this spring, and is now decreasing, appearing lower in the northern sky. Shooted from the 57th degree of latitude.

Very multi-colored aurora in the moonless dark sky, the polar radiance is strong, although sunspots were not, at the time of the peak solar minimum, the solar wind came from the coronary hole.

A large meteoroid burned and crumbled into fragments in the sky on March 17, 2018 Next meteor shower peak: Lyrids on April 21-22nd night. The moon will be 85% of full. The Lyrids are a medium strength shower that usually produces good rates for three nights centered on the maximum. These meteors also usually lack persistent trains but can produce fireballs. These meteors are best seen from the northern hemisphere.