Ice cores from Earth’s highest tropical peak provide insight into climate variability

Ice cores fro Earth summit of Nevado Huascarán provide insight into climate variability.

Study shows warming increasingly influential on summit isotopes. first earchers have long been interested in studying this area because core samples from tropical areas of the world can reveal a wealth of information about phenome Amazon Basin iño an the last six decades B Nevado Huascarán ate Research Center Ohio State’s Roxana Sierra-Hernández poles highLightText__NxlGi">Ping-Nan Lin Don Kenny El Niño ss="summaryFeed_highLightText__NxlGi">Emilie BeaudonThe Ohio State University yFeed_highLightTex JGR Atmospheres Mosley-Tho four n two summaryFeed_highLightText__NxlGi">Mary Davis < two n class="summaryFeed_ first ightTex two NxlGi">the Nationa nearly 7,000 meters n first Thompson 471 meters 6,768 meters two 6,050 meters two Pacific ss="summaryFeed_highLigh tropical South America July of 2019 Pacific Nevado Huascarán decades Thompson Earth the Byrd Polar and Climate Research Center Pacific xt__NxlGi">Lonnie Thompson Nevado Huascarán recent decades eed_highLightText__NxlGi">the past 60 years Weber El Niño s="summaryFeed_highLigh Austin Weber ">the Amazon Basin PhD ss="summaryF the Byrd Polar and Climate Research Center Ohio State ummaryFeed_highLightText__NxlGi">El Niño the years