Lander Crespo (@ClimaLands) profile picture

Climate scientist in Bergen, Norway. Interested on climate change, ocean pollution, sustainability and other relevant environmental issues.

Bergen
Joined July 2020
Photo by Lander Crespo (@ClimaLands)
The Atlantic Niño weakens under climate change! Two articles led by L. Crespo @ClimaLands and Y. Yang at BNU investigating the future of this climate mode appeared in Nature Climate Change this month. I had the pleasure to comment on the new findings: nature.com/articles/s41558-0…
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For the first time, impact of global warming on the Atlantic Niño has been addressed. Now published in @NatureClimate Congratulations Lander et.al! Read here: bjerknes.uib.no/en/article/n… @AllAtlanticO @UiBmatnat @Geofysen @BjerknesBCCR
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Nearly everyone in the world drinks tea. After water, tea is the most drunk beverage in the World. But in genocean.org/new-test-post-f… #plasticfreeocean #oneocean
Lander Crespo retweeted
CO₂ emissions grow slower than economic activity (GDP) since CO₂/GDP declines over time. But why? CO₂/GDP declines as energy is used more effectively (Energy/GDP) through efficiency, structural change, etc, not because we use cleaner energy (CO₂/E). folk.universitetetioslo.no/r…
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Nice article (in Norwegian) about the ongoing La Niña in the tropical Pacific and its impacts on global climate by colleague from @Geofysen Lea Svendsen. energiogklima.no/to-grader/h… #climate #LaNiña #tropicalclimate
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Lander Crespo retweeted
Some fact resistant people (including a president) want to believe that hotter and drier weather due to climate change is not increasing the risks of wildfires. Well, it does! (thanks to @RARohde for graphics).
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Etiquetas ecológicas ¿De cuáles me puedo fiar? blog.signus.es/etiquetas-eco… En el blog de @signusecovalor
🔥#Smoke from the unprecedented #USFires is moving back across #NorthAmerica from the #Pacific and is on its way to #Europe. Find out more about the monitoring of fires and their smoke by the #CopernicusAtmosphere Monitoring Service in our latest article➡️bit.ly/2ZJdvK7
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The difference between a low emission scenario (SSP126, left) and a high emission scenario (SSP585, right) for the Arctic is immense. This shows the percentage of CMIP6 models that have sea ice at a given location (>15% concentration), and how it changes over time.
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