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Search resuls for: "Geoscience"


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He was on track to become an academic but pivoted to climate tech for a better work-life balance. But now I work in climate tech, and I've never been happier. Building an online presence helps candidates stand out in a competitive job marketBuilding my online presence really set me apart from the typical candidate. I also launched a newsletter called Geospatial Jobs to compile open positions in climate tech for thousands of subscribers. Take advantage of the high demand for climate-tech jobs todayNow is the best time to break into climate tech.
When people who know her as a model discover she's a scientist, they respect her more, she said. We always had four wheelers and creeks and stuff like that, so I think that's definitely why I'm outdoorsy. I also do other things on the side, including python hunting, shark diving, and tagging of various species like alligators. Now I have contracts with some clothing and drink companies, and I'm also signed with an agency that does luxury event modeling. As a model, when you're talking to somebody and they find out you're a scientist it's almost like the respect for you changes.
London CNN —If you’ve ever wondered where water on Earth comes from, new research on a meteorite which landed in a family’s front yard in England last year may have just the answer. Researchers from London’s Natural History Museum and the University of Glasgow, in Scotland, studied a meteorite found in the town of Winchcombe, Gloucestershire, to discover it contained water similar to that found on Earth. Approximately 71% of the Earth’s surface is covered in water, with oceans holding about 96.5% of all water, according to the US Geological Survey. The team, which measured the ratio of hydrogen isotopes in the water, found that it closely resembled the composition of water on Earth, according to a press release from the Natural History Museum. Samples of the Winchcombe meteorite are currently on public display at the Natural History Museum in London, the Winchcombe Museum, and The Wilson (Art Gallery) in Gloucestshire.
He was on track to become an academic, but pivoted to climate tech for better work-life balance. This as-told-to essay is based on a conversation with Ali Ahmadalipour, a 33-year-old data scientist at climate tech firm KatRisk in the San Francisco Bay Area, about how he broke into climate tech. But now, I work in climate tech and I've never been happier. Building an online presence helps candidates stand out in a competitive job marketBuilding my online presence really set me apart from the typical candidate. Take advantage of the high demand for climate tech jobs todayNow is the best time to break into climate tech.
Marea Arctică, de pe care gheaţa dispare sub efectul încălzirii climei, contribuie în mod direct la ninsorile abundente din Europa, cum ar fi episodul glacial din 2018 supranumit ''Bestia din Est'', conform unui studiu publicat joi, transmite agerpres.ro. Acest eveniment, care a paralizat o mare parte din nordul Europei în februarie şi martie 2018, a provocat daune de peste un miliard de euro pe zi doar în Regatul Unit. Astfel, aproximativ 140 de gigatone de apă s-au evaporat din mare, reprezentând 88% din umiditatea care a căzut sub formă de zăpadă peste Europa, conform calculelor oamenilor de ştiinţă. "Va însemna întreruperi în aprovizionarea cu alimente şi combustibil, distrugerea culturilor...", a atras atenţia Jeffrey Welker de la Universitatea din Alaska din oraşul american Anchorage. "Poate părea contraintuitiv" faptul că oceanul din regiunea Polului Nord care se încălzeşte provoacă mai multă zăpadă în Europa, "însă natura este complexă, iar ceea ce se întâmplă în Arctica nu rămâne în Arctica", a precizat Hannah Bailey.
Persons: Hannah Bailey, Jeffrey Welker, american Anchorage . Organizations: Nature, Universitatea din Locations: Europa, Est, Europei, Regatul Unit, Barents, Suedia, Moscova, Paris, Franţa, Universitatea din Oulu, Finlanda, Universitatea din Alaska, american Anchorage, Nord, Arctica
Сейсмологи из Университета Райса (США) обнаружили нижнюю часть плиты литосферы Земли, которую в результате тектонической субдукции затянуло более чем на 650 км под северо-восток Китая. Конвекция мантии приводит в движение тектонические плиты Земли, жесткие взаимосвязанные части земной поверхности, которые находятся в постоянном движении, плавая над астеносферой, самым верхним слоем мантии. Там, где тектонические плиты сталкиваются, они высвобождают сейсмическую энергию. Сейсмологи из Университета Райса проанализировали более 67000 измерений, собранных с 313 региональных сейсмических станций на северо-востоке Китая. Эти отверстия также могут объяснить появление вулканов, таких как Чанбайшань, на границе между Китаем и Северной Кореей.
Organizations: Nature Geoscience, Science Daily, Университет Райса Locations: США, Земля, Китай, Тихоокеанская плита, Северная Корея
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