
ATOC at CU-Boulder
@cuboulderatoc
The Department of Atmospheric & Oceanic Sciences at the University of Colorado Boulder.
ID: 3452361133
http://www.colorado.edu/atoc 04-09-2015 21:41:59
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Study by our grad student Dave Rosencrans w. Prof Dr. Julie Kay Lundquist, Ph.D. @nrel_mechtherm shows that offshore turbines could reduce farms’ power output by over 30% due to wake effects. Yet, these proposed farms could cover 60% of New England's electricity demand colorado.edu/today/2024/04/…


Recently produced DOE and NCAR climate model large ensembles illustrate the opportunity they provide to quantify climate responses, identify model improvements, and highlight the inability of models to reproduce the observed recent increase in Earth's Energy Imbalance John Fasullo


See this new paper "An overview of the E3SM version 2 large ensemble and comparison to other E3SM and CESM large ensembles" led by our John Fasullo esd.copernicus.org/articles/15/36…




We’re #hiring! ATOC at CU-Boulder is now accepting applications for a tenure track faculty position at CU Boulder 🦬. This position is part of a Cluster hire in Climate Physics and Mathematics! #jobs jobs.colorado.edu/jobs/JobDetail…


Congratulations to new AMS fellow Prof. Katja Friedrich ATOC at CU-Boulder CU Boulder 🦬! ametsoc.org/index.cfm/ams/…

Our graduate student Michelle Maclennan quoted on TIME magazine about the effects of climate change on Thwaites Glacier in Antarctica. time.com/7022831/thwait…


A new study ATOC at CU-Boulder suggested the quick global methane growth since 2020 was mainly driven by increased natural and human-related microbial activities.


A new study from ATOC at CU-Boulder and INSTAAR 🏳️🌈 shows that an Earth system model ensemble skilfully predicts marine heatwaves and ocean acidification extreme events as defined by aragonite saturation state up to 1 year in advance. nature.com/articles/s4156…

Dr. Yue Dong (now at UCLA, formerly Colorado Buffaloes) published on co-influence of aerosols and greenhouse gases on surface ocean change. Collaboration with ATOC at CU-Boulder's Profs. Kay and Sanchez as well as CIRES and NSF NCAR CGD Laboratory. Be Boulder! agupubs.onlinelibrary.wiley.com/doi/10.1029/20…

Tropical cyclones intensify by extracting ocean heat. A new study from ATOC at CU-Boulder uses Argo & HYCOM to show how pre-event salinity profiles shape TC-induced changes in salinity, density, & stratification, with implications for air–sea interactions. os.copernicus.org/articles/20/14…