xiaoxue

{{More citations needed|date=November 2024}}{{Short description|Twentieth solar term of traditional East Asian calendars}}

{{Use dmy dates|date=March 2020}}

{{Italic title|reason=:Category:Chinese words and phrases}}

{{Chinese

|c={{lang|zh|小雪}}

|l=minor snow

|p=xiǎoxuě

|bpmf=ㄒㄧㄠˇ ㄒㄩㄝˇ

|j=siu2 syut3

|y=síu syut

|kanji={{lang|ja|小雪}}

|hiragana=しょうせつ

|romaji=geshi

|hanja={{lang|ko|小雪}}

|hangul=소설

|rr=soseol

|qn=tiểu tuyết

|chuhan=小雪

}}

{{Solar terms}}

The traditional Chinese lunisolar calendar divides a year into 24 solar terms (節氣). Xiǎoxuě ({{CJKV|t=小雪|s=小雪|p=xiǎoxuě}}) is the 20th solar term.{{Cite book |last=Gyllenbok |first=Jan |url=https://books.google.com/books?id=XnRVDwAAQBAJ&dq=Xi%C7%8Eoxu%C4%9B+calendar&pg=PA275 |title=Encyclopaedia of Historical Metrology, Weights, and Measures: Volume 1 |date=2018-04-11 |publisher=Birkhäuser |isbn=978-3-319-57598-8 |language=en}} It begins when the Sun reaches the celestial longitude of 240° and ends when it reaches the longitude of 255°. It more often refers in particular to the day when the Sun is exactly at the celestial longitude of 240°. In the Gregorian calendar, it usually begins around 22 November and ends around 7 December.

Pentads

  • 虹藏不見, 'Rainbows are concealed from view'. It was believed that rainbows were the results of yin and yang energy mixing; winter, being dominated by yin, would not present rainbows.
  • 天氣上騰地氣下降, 'The Qi of the sky ascends, the qi of the earth descends'
  • 閉塞而成冬, 'Closure and stasis create winter'. The end of mixing between sky and earth, yin and yang, leads to the dormancy of winter.

Date and time

class="wikitable" style="text-align: center; font-size:smaller;"

|+ Date and Time (UTC)

YearBeginEnd
{{Solar term|辛巳|2001|11|22|06:00|2001|12|07|01:28}}
{{Solar term|壬午|2002|11|22|11:53|2002|12|07|07:14}}
{{Solar term|癸未|2003|11|22|17:43|2003|12|07|13:05}}
{{Solar term|甲申|2004|11|21|23:21|2004|12|06|18:48}}
{{Solar term|乙酉|2005|11|22|05:15|2005|12|07|00:32}}
{{Solar term|丙戌|2006|11|22|11:01|2006|12|07|06:26}}
{{Solar term|丁亥|2007|11|22|16:49|2007|12|07|12:14}}
{{Solar term|戊子|2008|11|21|22:44|2008|12|06|18:02}}
{{Solar term|己丑|2009|11|22|04:22|2009|12|06|23:52}}
{{Solar term|庚寅|2010|11|22|10:14|2010|12|07|05:38}}
{{Solar term|辛卯|2011|11|22|16:07|2011|12|07|11:29}}
{{Solar term|壬辰|2012|11|21|21:50|2012|12|06|17:18}}
{{Solar term|癸巳|2013|11|22|03:48|2013|12|06|23:08}}
{{Solar term|甲午|2014|11|22|09:38|2014|12|07|05:04}}
{{Solar term|乙未|2015|11|22|15:25|2015|12|07|10:53}}
{{Solar term|丙申|2016|11|21|21:22|2016|12|06|16:41}}
{{Solar term|丁酉|2017|11|22|03:04|2017|12|06|22:32}}
{{Solar term|戊戌|2018|11|22|09:01|2018|12|07|04:25}}
{{Solar term|己亥|2019|11|22|14:58|2019|12|07|10:18}}
{{Solar term|庚子|2020|11|21|20:39|2020|12|06|16:09}}
{{Solar term|辛丑|2021|11|22|02:33|2021|12|06|21:57}}
{{Solar term|壬寅|2022|11|22|08:20|2022|12|07|03:46}}
{{Solar term|癸卯|2023|11|22|14:02|2023|12|07|09:32}}
{{Solar term|甲辰|2024|11|21|19:56|2024|12|06|15:17}}
{{Solar term|乙巳|2025|11|22|01:35|2025|12|06|21:04}}
{{Solar term|丙午|2026|11|22|07:23|2026|12|07|02:52}}
{{Solar term|丁未|2027|11|22|13:16|2027|12|07|08:37}}
{{Solar term|戊申|2028|11|21|18:54|2028|12|06|14:24}}
{{Solar term|己酉|2029|11|22|00:49|2029|12|06|20:13}}
{{Solar term|庚戌|2030|11|22|06:44|2030|12|07|02:07}}
colspan=3 | Source: JPL Horizons On-Line Ephemeris System

References

{{Reflist}}