根据第一段“The oceans are warming faster than previously estimated, setting a new temperature record in 2018 in a trend that is damaging marine life, scientists said on Thursday. (科学家周四表示,海洋变暖的速度比此前估计的更快,在2018年创下了新的温度记录,这一趋势正在损害海洋生物。)”及全文...
New evidence indicates that the world's seawater has beenabsorbing far more heat than expected...Meador, Ron
The oceans are warming faster than previously estimated, setting a new temperature record in 2018 in a trend that is damaging marine life, scientists said on Thursday. New measurements showed more warming since 1971 than 2013, they said.
这是紫色的 Weareheretotryandunderstand 我们来这里要了解 theearth'soceansandputtheminahumanscale. 地球的海洋并将它们介绍给人类 Ouroceansarechangingfasterthanever. 我们的海洋现在比以往变化得要快 I'veneverseenicelikethisbefore. 我从未见过这样的冰 There'sneverbeenabettertime 现在是探索地球上 toexplore...
Melting Faster Than Ever, Climate Scientists Say” Here is Joseph D’Aleo reply: at https://alarmistclaimresearch.files.wordpress.com/2021/01/global-ice-story-1.pdf Ditto: https://wattsupwiththat.com/2021/01/24/study-shows-arctic-sea-ice-reached-lowest-point-on-modern-record-in-the-1940...
Earth’s seas are absorbing excess heat 40 percent faster than previous estimates
The world's glaciers are melting much faster than ever.For many islands and low-lying places,even small rises will cause serious problems.It means that millions of people will lose their homes.A scientist Patz says areas in greatest danger include southern and eastern Africa and...
A new study has found that the Earth's oceans have absorbed 60% more heat than previously thought. CBS News contributing meteorologist Jeff Berardelli joins CBSN to discuss the study.
Two-thirds of that warming has happened since 1975, so it is warming faster than before.How much more are they predicted to rise?Future global warming levels are hard to predict because the climate is affected by so many different factors. Scientists have created mathematical models to try to...
Oceans worldwide are undergoing acidification due to the penetration of anthropogenic COfrom the atmosphere. The rate of acidification generally diminishes with increasing depth. Yet, slowing down of the thermohaline circulation due to global warming could reduce the pH in the deep oceans, as more or...