#Lantau#大屿山 之前购买过的，可以联系 @ljfxz 退款，直接发机场邮箱给他 剩余价值退款按照( 剩余时长*时长单价)+(剩余流量*流量单价)的形式退款 流量单价=套餐价格*0.8/套餐流量总数 时长单价=套餐价格*0.2/套餐时长总数 例如轻量套餐价格为9元，流量为80G,时长为30天。那天数单价为(0.2*9)/30，流量单价为(0.8*9)/80。 此时轻量用户还剩10天，流量还有70G，那退款为10*[(0.2*9)/30] + 70*[(0.8*9)/80] 注* 充了流量的钱也可退
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@chinaweatherinfomationupdate · Post #227339 · 2026/05/18 15:38
Honored by Prof. Hiroshi Takahashi's generosity in sharing his AAS Review Paper on land-surface influences on Asian monsoon precipitation and recommending the full special issue. Grateful for such support in advancing #climatescience ! Explore his study: https://link.springer.com/article/10.1007/s00376-026-5209-3#AAS via @aasjournal.bsky.social - Adv. Atmos. Sci.
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@chinaweatherinfomationupdate · Post #227338 · 2026/05/18 15:27
At the Ocean-Monsoon Conference 2026, @agturnermonsoon.bsky.social of the University of Reading presented a striking visual: the same location in India, captured under drought and active monsoon conditions. Two extremes. One region. A powerful reminder of what is at stake. 🧵👇#AAS#Climatescience via @aasjournal.bsky.social - Adv. Atmos. Sci.
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@chinaweatherinfomationupdate · Post #227334 · 2026/05/18 14:08
🌧️ Exciting talk at #OpenMonsoonConference! Peng Zhang presents his insightful research comparing FY-3G satellite's Precipitation Radar with ground-based radars in China. 🛰️ Don't miss it! https://doi.org/10.1007/[email protected] #AAS#AcademicSky via @aasjournal.bsky.social - Adv. Atmos. Sci.
@chinaweatherinfomationupdate · Post #227337 · 2026/05/18 15:17
Prof. Bin Wang presented at #OpenMonsoonConference2026! His review examines Asian Summer Monsoon prediction, global warming impacts, and model advances, critical for food security and disaster prevention. Read it here: https://doi.org/10.1007/s00376-025-5019-z#AAS#Wcrp#SeaAndAtmosphere via @aasjournal.bsky.social - Adv. Atmos. Sci.
@chinaweatherinfomationupdate · Post #227336 · 2026/05/18 14:19
Prof. Tim Li's presentation on multi-timescale interactions in the global monsoon was a highlight at #OMC2026. His insights connect directly to his newly published paper exploring why some #LaNina events persist across multiple years. A compelling read. #AAS#AcademicSky#Science via @aasjournal.bsky.social - Adv. Atmos. Sci.
@chinaweatherinfomationupdate · Post #227335 · 2026/05/18 14:18
Prof. Tim Li's presentation on multi-timescale interactions in the global monsoon was a highlight at #OMC2026. His insights connect directly to his newly published paper exploring why some #LaNina events persist across multiple years. A compelling read. #AAS#AcademicSky#Science via @aasjournal.bsky.social - Adv. Atmos. Sci.