Overview of MIPs that have applied for CMIP6 Endorsement  Applications follow the template available on the CMIP panel website at http://www.wcrp‐ climate.org/index.php/wgcm‐cmip/about‐cmip  

Source URL: wcrp-climate.org

• Global warming
• Climate forcing
• Millennium Development Goals
• Planetary engineering
• Computational science
• Global climate model
• Ozone depletion
• Black carbon
• Drew Shindell
• Climatology
• Atmospheric sciences
• Environment

Panel Discussion How do ecosystems respond to natural or man-induced forcing in continental margins? •We’ve seen evidence of tremendous variability in physical forcing and responses. Do we have evidence for whether t

Source URL: www.imber.info

Water in the atmosphere Bjorn Stevens and Sandrine Bony Much of what we know, and even more of what we don’t know, about Earth’s climate and its propensity to change is rooted in the interplay between water, air circ

Source URL: wcrp-climate.org

• Atmospheric thermodynamics
• Climate forcing
• Atmosphere
• Planetary atmospheres
• Climate change
• Water vapor
• Greenhouse effect
• Radiative forcing
• Lapse rate
• Atmospheric sciences
• Meteorology
• Climatology

The Urban Heat Island Effect and Western Sydney What is the Urban Heat Island Effect? The Urban Heat Island Effect is localised warming due to the increase in the large amounts of paved and dark coloured surfaces like ro

Source URL: www.parliament.nsw.gov.au

• Climate forcing
• Roofs
• Low-energy building
• Urban heat island
• Heating
• ventilating
• and air conditioning
• Cool roof
• Evaporative cooler
• Waste heat
• Heat wave
• Atmospheric sciences
• Environment
• Architecture

Session Papers A Comparison of Radiometric Fluxes Influenced by Parameterized Cirrus Clouds with Observed Fluxes at the Southern Great Plains (SGP) Cloud and Radiation Testbed (CART) Site

Source URL: www.arm.gov

• Climate forcing
• Global climate model
• Cloud forcing
• Cirrus cloud
• Cloud
• Climate model
• Atmospheric radiative transfer codes
• Atmospheric sciences
• Climatology
• Meteorology

letters to nature .............................................................. Uncertainty in predictions of the climate response to rising levels of greenhouse gases

Source URL: www.climateprediction.net

• Computational science
• Climate forcing
• Climateprediction.net
• Scientific modeling
• Global climate model
• Climate sensitivity
• Climate model
• Radiative forcing
• Computer simulation
• Atmospheric sciences
• Climatology
• Meteorology

Observational Evidence of Stabilizing Feedbacks Between Convection, Energy Transports, and the Surface and TOA Energy Balance Mark D. Zelinka and Dennis L. Hartmann Department of Atmospheric Sciences, University of Washi

Source URL: www.atmos.washington.edu

• Atmospheric thermodynamics
• Clouds
• Convection
• Atmospheric convection
• Radiative forcing
• Physical oceanography
• Atmospheric sciences
• Meteorology
• Climate forcing

JOURNAL OF GEOPHYSICAL RESEARCH, VOL. 115, D16117, doi:2010JD013817, 2010 Why is longwave cloud feedback positive? Mark D. Zelinka1 and Dennis L. Hartmann1 Received 6 January 2010; revised 29 March 2010; accepte

Source URL: www.atmos.washington.edu

• Cloud
• Global climate model
• Global warming
• Outgoing longwave radiation
• Radiative forcing
• Climate model
• Climate sensitivity
• Entrainment
• Precipitation
• Atmospheric sciences
• Climatology
• Climate forcing

7450 JOURNAL OF CLIMATE VOLUME 27

Source URL: www.clidyn.ethz.ch

• Physical oceanography
• Oceanography
• Climate forcing
• Computational science
• Global climate model
• Global warming
• Atmospheric Model Intercomparison Project
• Sea surface temperature
• El Niño-Southern Oscillation
• Atmospheric sciences
• Climatology
• Meteorology

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Source URL: www.atmos.washington.edu

• Cloud
• Climate forcing
• Cloud feedback
• Cloud fraction