ski jumping at the 2022 Winter Olympics – women's normal hill individual
0 sources
ski jumping at the 2022 Winter Olympics – women's normal hill individual
Summary
ski jumping at the 2022 Winter Olympics – women's normal hill individual is an Olympic sporting event[1]. It ranks in the top 3% of olympic_sporting_event entities by monthly Wikipedia readership (5 views/month).[2]
Key Facts
- ski jumping at the 2022 Winter Olympics – women's normal hill individual won the Urša Križnar[3].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual is in the country of People's Republic of China[4].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's instance of is recorded as Olympic sporting event[5].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's follows is recorded as ski jumping at the 2018 Winter Olympics – women's normal hill individual[6].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's location is recorded as National Ski Jumping Centre[7].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's part of is recorded as ski jumping at the 2022 Winter Olympics[8].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's point in time is recorded as +2022-02-05T00:00:00Z[9].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's sport is recorded as ski jumping[10].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's participant is recorded as Urša Križnar[11].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's participant is recorded as Katharina Schmid[12].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's participant is recorded as Nika Vodan[13].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's participant is recorded as Sara Takanashi[14].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's participant is recorded as Ema Klinec[15].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's participant is recorded as Silje Opseth[16].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's participant is recorded as Irina Avvakumova[17].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's participant is recorded as Lisa Eder[18].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's participant is recorded as Špela Rogelj[19].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's participant is recorded as Irma Makhinia[20].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's participant is recorded as Joséphine Pagnier[21].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's participant is recorded as Daniela Iraschko-Stolz[22].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's participant is recorded as Yūki Itō[23].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's participant is recorded as Yūka Setō[24].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's participant is recorded as Anna Odine Strøm[25].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's participant is recorded as Frida Westman[26].
- ski jumping at the 2022 Winter Olympics – women's normal hill individual's participant is recorded as Alexandra Kustova[27].
Body
Recognition
ski jumping at the 2022 Winter Olympics – women's normal hill individual won the Urša Križnar[3].
Why It Matters
ski jumping at the 2022 Winter Olympics – women's normal hill individual ranks in the top 3% of olympic_sporting_event entities by monthly Wikipedia readership (5 views/month).[2] It has Wikipedia articles in 14 language editions, a strong signal of global cultural recognition.[28]
FAQs
What awards did ski jumping at the 2022 Winter Olympics – women's normal hill individual receive?
Honors received include Urša Križnar[3].