User:Earth Resident

Wikipedia:Babel

zh-suzhou

誒個用戶個母語是蘇州閒話。
诶个用户个母语是苏州闲话。

wuu

箇个用户个母语是吴语。
箇個用戶個母語是吳語。

zh-hu-4

箇用户个上海话交关道地。

cmn-5

該用戶能以專業的官話進行交流。
该用户能以专业的官话进行交流。

yue-2

呢個用戶可以用一般嘅粵語進行交流。
呢个用户可以用一般嘅粤语进行交流。

en-3

This user can contribute with an advanced level of English.

ja-2

この利用者は中級の日本語ができます。

es-1

Este usuario puede contribuir con un nivel básico de español.

lzh-2

此士有志文言。

該用戶認為漢字簡化破壞了漢字之美。
This user thinks that the beauty of Chinese characters is ruined by simplifying them.

這個用戶使用正體字。
This user uses Traditional Chinese characters.

简体中文

这个用户使用简体中文。
This user uses Simplified Chinese characters.

ipa-2
ə

This user has an intermediate understanding of the International Phonetic Alphabet.

{{User

方言

這個用戶喜欢说方言。
This user loves speaking different dialects of Chinese.

sou⁵⁵
tseu^55-21

這位用戶使用蘇州話拼音方案。
This user uses Suzhounese pinyin.

ㄅㄆ
ㄇㄈ

此用戶使用注音符號。
This user uses Bopomofo.

Hànyǔ
Pīnyīn

此用戶使用漢語拼音。
This user uses Hanyu pinyin.

jyut⁶

這位用戶使用香港語言學學會粵語拼音方案。
This user uses Jyutping.

This user is fond of studying and recognizing Typefaces.

Αα
Ωω

This user can recite the Greek alphabet by singing.

Аа
Яя

This user knows a basic level of the Russian alphabet.

}}

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Places ever lived in:

Eclipses viewed

Solar eclipses

The last total solar eclipse visible to the hometown of this user occurred on July 22, 2009, but it was rainy that day.

The next total solar eclipse visible to the hometown of this user occurs on June 9, 2309, and this user does not exist then.

Date	Location	Coordination	Time zone	Type		Mag^[α]	Contacts				Duration		Result/Note
Date	Location	Coordination	Time zone	Worldwide	Local	Mag^[α]	1st	2nd	3rd	4th^[β]	Partial	Central^[γ]	Result/Note
29 Mar 2006	Suzhou	31°20′N 120°36′E / 31.333°N 120.600°E / 31.333; 120.600	+8	Total	None	-	-	-	-	-	-	-	First time to know about solar eclipses; didn't know it was particular to a certain area
19 Mar 2007	Suzhou	31°19′N 120°36′E / 31.317°N 120.600°E / 31.317; 120.600	+8	Partial	Partial	0.2076	9:27	-	-	10:57	1h 30m	-	NRained
1 Aug 2008	Suzhou	31°20′N 120°36′E / 31.333°N 120.600°E / 31.333; 120.600	+8	Total	Partial	~~0.4327~~	18:29	-	-	18:53	25m	-	Local observation too difficult; watched live stream
22 Jul 2009	Suzhou	31°16′N 120°37′E / 31.267°N 120.617°E / 31.267; 120.617	+8	Total	Total	1.0188	8:22	9:35	9:40	11:00	2h 37m	5m 1s	NRained; Only total solar eclipse visible in hometown in my life
15 Jan 2010	Suzhou	31°18′N 120°37′E / 31.300°N 120.617°E / 31.300; 120.617	+8	Annular	Partial	0.8244	15:39	-	-	17:17	1h 38m	-	NRained
21 May 2012	Suzhou	31°18′N 120°37′E / 31.300°N 120.617°E / 31.300; 120.617	+8	Annular	Partial	0.8623	5:16	-	-	7:33	2h 17m	-	YFirst successful solar eclipse
9 Mar 2016	Shanghai	31°2′N 121°26′E / 31.033°N 121.433°E / 31.033; 121.433	+8	Total	Partial	0.1790	8:40	-	-	10:11	1h 31m	-	YThere was cloud but visible at times
11 Aug 2018	Suzhou	31°15′N 120°43′E / 31.250°N 120.717°E / 31.250; 120.717	+8	Partial	Partial	~~0.1152~~	18:31	-	-	18:44	14m	-	YVisible until blocked by cloud 5 mins after 1st contact
26 Dec 2019	Abu Samra	24°45′N 50°51′E / 24.750°N 50.850°E / 24.750; 50.850	+3	Annular	Annular	0.9776	6:19	6:35	6:38	7:50	1h 30m	2m 59s	Annuarity clouded out; partial phase visible
20 Apr 2023	Learmonth	22°5′S 114°6′E / 22.083°S 114.100°E / -22.083; 114.100	+8	Hybrid	Total	1.0058	10:04	11:29	11:31	13:02	2h 58m	1m 2s	YFirst successful total solar eclipse
8 Apr 2024	Scotstown	45°32′N 71°16′W / 45.533°N 71.267°W / 45.533; -71.267	-4	Total	Total	1.0212	14:18	15:28	15:32	16:39	2h 21m	3m 27s	Y
2 Aug 2027	Egypt Luxor	26°N 33°E / 26°N 33°E / 26; 33	+3	Total	Total	1.035	11:40	13:02	13:08	14:27	2h 46m	6m 20s	Longest TSE visible from accessible land in 21st century Solar eclipse I'm expecting the most, though having to tolerate the hottest season in Egypt.
9 Jun 2309	Suzhou	31°N 121°E / 31°N 121°E / 31; 121	+8	Total	Total	1.029	12:27	13:48	13:54	15:08	2h 41m	5m 47s	I don't exist any more. Suzhou is excited about a TSE again in 300 years... Longest TSE visible in China in 3rd millennium occurs in Ruoergai, Sichuan for 6m 30s.

^ Only considering maximum of eclipse. Strikethrough text if the moment of maximum is before sunrise or after sunset, indicating that only a smaller magnitude is actually visible.
^ If the 4th contact is after sunset and thus not visible, sunset time in underlined text is used instead.
^ Total or annular.

Lunar eclipses

Date	Location	Coordination	Time zone	Type		Mag^[α]	Contacts				Duration		Result/Note
Date	Location	Coordination	Time zone	Worldwide	Local	Mag^[α]	1st^[β]	2nd^[γ]	3rd^[δ]	4th^[ε]	Partial	Total	Result/Note
8 Sep 2006	Suzhou	31°20′N 120°36′E / 31.333°N 120.600°E / 31.333; 120.600	+8	Partial	Partial	0.1837	2:06	-	-	3:37	1h 31m	-	NAsleep
4 Mar 2007	Suzhou	31°20′N 120°36′E / 31.333°N 120.600°E / 31.333; 120.600	+8	Total	Partial	~~1.2328~~	5:30	-	-	6:26	55m	-	NAsleep
28 Aug 2007	Suzhou	31°20′N 120°36′E / 31.333°N 120.600°E / 31.333; 120.600	+8	Total	Total	1.4758	18:24	18:24	19:22	20:23	1h 59m	58m	NRained
17 Aug 2008	Suzhou	31°20′N 120°36′E / 31.333°N 120.600°E / 31.333; 120.600	+8	Partial	Partial	0.8076	3:36	-	-	5:29	1h 53m	-	NAsleep
1 Jan 2010	Suzhou	31°20′N 120°36′E / 31.333°N 120.600°E / 31.333; 120.600	+8	Partial	Partial	0.0763	2:53	-	-	3:53	1h 0m	-	NFoot injured; asleep
16 Jun 2010	Suzhou	31°20′N 120°36′E / 31.333°N 120.600°E / 31.333; 120.600	+8	Partial	Partial	0.5368	19:03	-	-	21:00	1h 57m	-	YFirst successful lunar eclipse
21 Dec 2010	Suzhou	31°20′N 120°36′E / 31.333°N 120.600°E / 31.333; 120.600	+8	Total	Partial	~~1.2561~~	16:56	-	-	18:01	1h 5m	-	Y
16 Jun 2011	Suzhou	31°20′N 120°36′E / 31.333°N 120.600°E / 31.333; 120.600	+8	Total	Total	1.6999	2:23	3:22	4:59	4:59	2h 36m	1h 37m	NRained
10–11 Dec 2011	Suzhou	31°18′N 120°37′E / 31.300°N 120.617°E / 31.300; 120.617	+8	Total	Total	1.1061	20:46	22:06	22:57	0:18	3h 32m	51m	YFirst successful total lunar eclipse
4 Jun 2012	Suzhou	31°20′N 120°36′E / 31.333°N 120.600°E / 31.333; 120.600	+8	Partial	Partial	0.3704	18:52	-	-	20:06	1h 14m	-	NClouded out
26 Apr 2013	Suzhou	31°20′N 120°36′E / 31.333°N 120.600°E / 31.333; 120.600	+8	Partial	Partial	0.0148	3:54	-	-	4:21	27m	-	Y
8 Oct 2014	Shanghai	31°2′N 121°26′E / 31.033°N 121.433°E / 31.033; 121.433	+8	Total	Total	1.1659	17:24	18:25	19:24	20:34	3h 10m	59m	Y
4 Apr 2015	Xiamen	24°30′N 118°12′E / 24.500°N 118.200°E / 24.500; 118.200	+8	Total	Total	1.0008	18:17	19:58	20:03	21:45	3h 27m	5m	YTravelled to see lunar eclipse for the first time; rained in Shanghai
8 Aug 2017	Shanghai	31°2′N 121°26′E / 31.033°N 121.433°E / 31.033; 121.433	+8	Partial	Partial	0.2464	1:23	-	-	3:18	1h 55m	-	NThunder and rain
31 Jan 2018	Suzhou	31°20′N 120°36′E / 31.333°N 120.600°E / 31.333; 120.600	+8	Total	Total	1.3155	19:48	20:52	22:08	23:11	3h 23m	1h 16m	YTotal phase particularly dark due to haze; overcast during daytime but cleared at night
28 Jul 2018	Suzhou	31°20′N 120°36′E / 31.333°N 120.600°E / 31.333; 120.600	+8	Total	Total	1.6087	2:24	3:30	5:13	5:17	2h 53m	1h 43m	YExtremely dark during total phase; hard to recognize during latter half
20 Jan 2019	San Diego	32°52′N 117°14′W / 32.867°N 117.233°W / 32.867; -117.233	−8	Total	Total	1.1953	19:34	20:41	21:43	22:51	3h 17m	1h 2m	YOnly a bright spot visible from a bit before 2nd to a bit before 3rd contact
26 May 2021	Seattle	47°40′N 122°18′W / 47.667°N 122.300°W / 47.667; -122.300	−7	Total	Total	1.0095	2:45	4:11	4:26	5:29	2h 44m	14m	NOvercast
19 Nov 2021	Sandy	40°35′N 111°54′W / 40.583°N 111.900°W / 40.583; -111.900	−7	Partial	Partial	0.9742	0:19	-	-	3:47	3h 28m	-	NOvercast
15 May 2022	Sandy	40°35′N 111°54′W / 40.583°N 111.900°W / 40.583; -111.900	−6	Total	Total	1.4137	20:29	21:29	22:54	23:55	3h 26m	1h 25m	NSW part of sky clouded out
8 Nov 2022	Sandy	40°35′N 111°54′W / 40.583°N 111.900°W / 40.583; -111.900	−7	Total	Total	1.3589	2:09	3:17	4:42	5:49	3h 40m	1h 25m	NClouded out; lucky hole only appeared mins before 2nd contact
29 Oct 2023	Suzhou	31°22′N 120°31′E / 31.367°N 120.517°E / 31.367; 120.517	+8	Partial	Partial	0.1220	3:35	-	-	4:53	1h 17m	-	Y

^ Only considering maximum of eclipse. Same value regardless of the location. Strikethrough text if the moment of maximum is before moonrise or after moonset, indicating that only a smaller magnitude is actually visible.
^ If the 1st contact is before moonrise and thus not visible, moonrise time in underlined text is used instead as start of partial phase.
^ If the 2nd contact is before moonrise and thus not visible, moonrise time in underlined text is used instead as start of total phase.
^ If the 3rd contact is after moonset and thus not visible, moonset time in underlined text is used instead as end of total phase.
^ If the 4th contact is after moonset and thus not visible, moonset time in underlined text is used instead as end of partial phase.

[1] Only considering maximum of eclipse. Strikethrough text if the moment of maximum is before sunrise or after sunset, indicating that only a smaller magnitude is actually visible.

[2] If the 4th contact is after sunset and thus not visible, sunset time in underlined text is used instead.

[3] Total or annular.

[4] Only considering maximum of eclipse. Same value regardless of the location. Strikethrough text if the moment of maximum is before moonrise or after moonset, indicating that only a smaller magnitude is actually visible.

[5] If the 1st contact is before moonrise and thus not visible, moonrise time in underlined text is used instead as start of partial phase.

[6] If the 2nd contact is before moonrise and thus not visible, moonrise time in underlined text is used instead as start of total phase.

[7] If the 3rd contact is after moonset and thus not visible, moonset time in underlined text is used instead as end of total phase.

[8] If the 4th contact is after moonset and thus not visible, moonset time in underlined text is used instead as end of partial phase.

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