@drim_music: Sweater Weather⛈️ #drumtok #banger #goodmusic #theneighbourhood #fyp

Drimmusic
Drimmusic
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Region: DE
Thursday 11 June 2026 13:38:52 GMT
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ellaemilia32
𝓔𝓵𝓵𝓪🏐💫 :
you:🥁 me:🎤 ?
2026-06-12 19:01:20
16688
armando.zuniga411
Armando Zuniga :
me making the same sound with my hand hitting my leg
2026-08-12 00:20:01
1
lostinreality10x
Mason_10x :
1.You watch 2.You vibed 3.You go to comments 4.You saw my comment 5.You like
2026-06-15 19:38:38
731
lotusx_official
₊˚✧𝐿â𝑙 𝑠𝑎𝑟𝑐𝑎 ✧˚₊ :
you:🥁 me:🎸 my friend: 🎤
2026-06-13 16:46:35
2092
livicastro
Lívia 💕 :
Conheci só pelo ritmo
2026-06-16 23:13:31
298
bibia123454
🎧ྀི𝐒𝐭✰𝐫𝐠𝐢𝐫𝐥🎧ྀི :
nada não só arrumando a fy
2026-08-05 15:56:25
14
wawexas
mclaren :
услышать эту песню как увидеть бывшего
2026-06-14 12:24:44
63
ketlyzinha_
ketyzinha :
krlh amg eu já tô na merda aí c mete essa
2026-06-14 00:23:58
34
amv_2810
AMV2810 :
Una pregunta como se llama ese instrumento
2026-06-16 23:23:48
42
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🛰️ Solstice Dayline Just Sliced Across Earth Ever wonder what the exact moment of summer solstice looks like from space? Just after the 2026 summer solstice, a European weather satellite delivered a stunning view, capturing the celestial phenomenon from a unique orbital perspective. This image wasn't just a pretty picture; it provided a striking visual representation of a fundamental astronomical event. The satellite documented Earth's terminator line, the boundary between day and night, precisely as it aligned with the planet's axial tilt relative to the Sun. This alignment, which occurs twice a year, dictates the length of daylight hours and the onset of seasons globally. Unlike other times of the year, during the solstice, one hemisphere experiences its longest day. At the summer solstice, the Sun reaches its highest point in the sky for one hemisphere, marking the official start of summer. This specific moment dictates weather patterns, affecting everything from global temperatures to agricultural cycles. The satellite's data helps scientists understand these large-scale meteorological and climatic shifts. This perspective from orbit, just after the June 2026 solstice, visually confirms the astronomical definition of the event. It clearly shows the pronounced tilt of Earth's axis, which is the primary reason we experience seasons. The Sun's rays strike one hemisphere more directly, leading to warmer temperatures and longer days. Capturing such a precise moment from a European weather satellite offers invaluable data for climate models and forecasting. Understanding these global energy distributions is critical for predicting long-term environmental changes. What does this image tell you about Earth's journey around the Sun? Follow @dailyspacestories for more space stories! 🚀 #Space #SummerSolstice #EarthView #Earth #SpaceExploration
🛰️ Solstice Dayline Just Sliced Across Earth Ever wonder what the exact moment of summer solstice looks like from space? Just after the 2026 summer solstice, a European weather satellite delivered a stunning view, capturing the celestial phenomenon from a unique orbital perspective. This image wasn't just a pretty picture; it provided a striking visual representation of a fundamental astronomical event. The satellite documented Earth's terminator line, the boundary between day and night, precisely as it aligned with the planet's axial tilt relative to the Sun. This alignment, which occurs twice a year, dictates the length of daylight hours and the onset of seasons globally. Unlike other times of the year, during the solstice, one hemisphere experiences its longest day. At the summer solstice, the Sun reaches its highest point in the sky for one hemisphere, marking the official start of summer. This specific moment dictates weather patterns, affecting everything from global temperatures to agricultural cycles. The satellite's data helps scientists understand these large-scale meteorological and climatic shifts. This perspective from orbit, just after the June 2026 solstice, visually confirms the astronomical definition of the event. It clearly shows the pronounced tilt of Earth's axis, which is the primary reason we experience seasons. The Sun's rays strike one hemisphere more directly, leading to warmer temperatures and longer days. Capturing such a precise moment from a European weather satellite offers invaluable data for climate models and forecasting. Understanding these global energy distributions is critical for predicting long-term environmental changes. What does this image tell you about Earth's journey around the Sun? Follow @dailyspacestories for more space stories! 🚀 #Space #SummerSolstice #EarthView #Earth #SpaceExploration

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