Date |
Speaker |
Affiliation |
Title of Presentation |
Apr. 8 | | | Peter Cox |
|
Modelling the direct effects of atmospheric pollutants on the land carbon sink |
Apr. 15 | | | Yi Ming |
|
Toward Understanding Aerosol-Cloud-Climate
Interactions |
Apr. 29 | | | Zhengyu Liu |
|
Simulating deglacial climate evolution towards Bolling-Allerod warming in CCSM3:
-----A Preliminary Report
|
Apr. 29 | | | Stephen Fueglistaler |
|
Stratospheric water vapour: Enigma or Rosetta stone? |
May. 4 | | | UN Climate Change Negotiations: Is a Deal Possible |
|
Ko Barrett, Deputy Director, NOAA Climate Program Office will report on current UN Framework Convention on Climate Change negotiations. Location: Wallace Hall, Room 300. Lunch provided starting at 11:45am. |
May. 5 | | | Dr. Oleg Logutov |
|
TBA |
May. 6 | | | Brian Arbic |
|
Some recent results in global modelling of oceanic mesoscale eddies, barotropic tides, and baroclinic tides |
May. 7 | | | Janina Körper |
|
The Role of Salinity for AMOC variations in an undisturbed and anthropogenic influenced climate |
May. 11 | | | Dr. Qinghua Ding |
|
Global tropical-extratropical teleconnection during the northern summer |
May. 13 | | | Hendrik Tolman |
|
Wind wave modeling at NCEP: WAVEWATCH III past present and future |
May. 15 | | | Dr. Stephen Beagley |
|
Ground to Upper Atmosphere Modelling Using the Canadian Middle Atmosphere Model |
May. 20 | | | Charlie Stock |
|
From phytoplankton to fish: global patterns in energy flow through marine ecosystems |
May. 21 | | | Katherine Hayhoe |
|
Climate projections for regional impact assessments:
Where we're at today, and what we need next! |
May. 26 | | | Thomas Spengler |
|
The Greenland tip jet |
May. 27 | | | Roberta Hotinski |
|
Stabilization Wedges: A Tool for Communicating the Carbon and Climate Challenge |
May. 28 | | | Kyle Swanson |
|
Simple statistical-dynamical models of tropical cyclone intensity |
Jun. 3 | | | Dr. Jun-Ichi Yano |
|
Vorticity and convection in large-scale tropical atmospheric dynamics |
Jun. 15 | | | Applying IPCC-class Models of Global Warming to Fisheries Prediction |
|
The workshop "Applying IPCC-class Models of Global Warming to Fisheries Prediction" will be held at Princeton University's Lewis Library this June 15-17. The objective is to develop new and innovative applications of IPCC climate models to problems in fisheries science and management. For an agenda, visit http://www.gfdl.noaa.gov/fisheries |
Jun. 16 | | | Applying IPCC-class Models of Global Warming to Fisheries Prediction |
|
The workshop "Applying IPCC-class Models of Global Warming to Fisheries Prediction" will be held at Princeton University's Lewis Library this June 15-17. The objective is to develop new and innovative applications of IPCC climate models to problems in fisheries science and management. For an agenda, visit http://www.gfdl.noaa.gov/fisheries |
Jun. 17 | | | Applying IPCC-class Models of Global Warming to Fisheries Prediction |
|
The workshop "Applying IPCC-class Models of Global Warming to Fisheries Prediction" will be held at Princeton University's Lewis Library this June 15-17. The objective is to develop new and innovative applications of IPCC climate models to problems in fisheries science and management. For an agenda, visit http://www.gfdl.noaa.gov/fisheries |
Jul. 7 | | | Takeshi Doi |
|
The Atlantic Meridional Mode and its coupled variability with the Guinea Dome |
Jul. 8 | | | Bryan Duncan |
|
Air quality from space |
Jul. 13 | | | Penny Whetton CSIRO, Aspendale Australia |
|
The production of national climate change projections for Australia: history and challenges for the future |
Jul. 14 | | | Johannes Quaas |
|
Studies of cloud-aerosol interactions using satellite data and global models |
Jul. 15 | | | Jim Smith/Gabriele Villarini |
|
Flood frequency in the Eastern United States |
Jul. 16 | | | Dietmar Dommenget |
|
Conceptual Understanding of Climate Change |
Jul. 22 | | | Dr. Hitoshi Tamura |
|
Freak Waves |
Jul. 23 | | | Dian Seidel |
|
Towards a Global Climatology of the Planetary Layer |
Jul. 29 | | | Kristofer Doos |
|
Overturning analysis of the meridional energy transport in the atmosphere |
Jul. 30 | | | Tim LaRow |
|
Seasonal Atlantic Hurricane Simulations and Forecasts using the COAPS Spectral Model |
Aug. 6 | | | Alex Kostinski |
|
Freezing of Supercooled Cloud Drops |
Aug. 6 | | | Hua Song |
|
Long-term changes of the tropical atmospheric circulations under global warming
|
Sep. 3 | | | Professor Dan Jaffe |
|
News From the Wild West: Update on ozone trends and recent results on Mercury from the Western United States |
Sep. 9 | | | Isidoro Orlanski |
|
The Mutual Interaction of Thermal forcing and the Quasi-stationary Circulation. |
Sep. 16 | | | Todd Arbetter |
|
Physical Parameterizations in Sea Ice Models: Issues and Applications |
Sep. 23 | | | Mehmet Ilicak |
|
How to model mixing in overflows using second-order turbulence closures
|
Sep. 30 | Joe Kidston | | Joe Kidston |
|
Self Maintaining Eddy-Driven Jets, Annular Modes, and the Poleward Shift of the Jet Under Global Warming |
Oct. 5 | | | AEROCOM |
|
Workshop |
Oct. 6 | | | AEROCOM |
|
Workshop |
Oct. 7 | | | AEROCOM |
|
Workshop |
Oct. 8 | Faye McNeill | | Faye McNeill |
|
Atmospheric Aerosols: Chemistry, Clouds, and Climate |
Oct. 8 | Jim Kinter, COLA | | Jim Kinter, COLA |
|
Prospects for Petascale Climate Modeling: Can Kilo-Processors, Exa-Flops and Peta-Bytes Make a Difference in Simulation of Earth's Climate?
|
Oct. 8 | High Resolution Modeling Forum | | High Resolution Modeling Forum |
|
High Resolution Modeling Forum |
Oct. 14 | Mike Winton | | Mike Winton |
|
Ocean heat uptake and transient climate change |
Oct. 15 | Gil Compo | | Gil Compo |
|
TBA |
Oct. 21 | Rym Msadek | | Rym Msadek |
|
Storm track response to decadal fluctuations of the Atlantic Meridional Overturning Circulation: a model study |
Oct. 28 | Ocean Modeling Conference | | Ocean Modeling Conference |
|
http://www.gfdl.noaa.gov/ocean-climate-model-meeting |
Oct. 30 | | | Ocean Modeling Conference |
|
http://www.gfdl.noaa.gov/ocean-climate-model-meeting |
Nov. 3 | Massimo Bollasina | | Massimo Bollasina |
|
Aerosol and Surface Effects on South Asian Monsoon Hydroclimate |
Nov. 5 | Global Interoperability Program | | Global Interoperability Program |
|
Conference |
Nov. 6 | Global Interoperability Program | | Global Interoperability Program |
|
Conference |
Nov. 12 | Vince Saba | | Vince Saba |
|
You are what you eat: Bottom-up and climatic forcing on the foraging ecology of leatherback turtles |
Nov. 13 | AOS Biogeochemisty Seminar | | Jaime Palter |
|
discussion |
Nov. 13 | Prof. Dan Rudnick | | Prof. Dan Rudnick |
|
Spray underwater glider observations around the world |
Nov. 19 | Sally McFarlane | | Sally McFarlane |
|
Radiative Heating in Tropical Clouds |
Nov. 23 | Meiyun Lin | | Meiyun Lin |
|
Multi-scale mechanisms affecting hemispheric chemistry & transport |
Nov. 24 | V. Ramaswamy | | All Hands Meeting |
|
All Hands Meeting |
Nov. 25 | Marc Salzmann | | Marc Salzmann |
|
Two-Moment Cloud Microphysics in AM3 |
Nov. 30 | Hyo-Seok Park | | Hyo-Seok Park |
|
Effects of ENSO and the extratropics on
the South Asian summer monsoon |
Dec. 2 | Mark Zondlo | | Mark Zondlo |
|
"Characteristics of Ice Supersaturated Regions from Aircraft-Based Field Campaigns" |
Dec. 3 | K. Allison Smith | | K. Allison Smith |
|
The ins and outs of modeling intertidal mussel body temperatures worldwide
Place: Sayre Hall, Room 312 |
Dec. 9 | Gabriel Vecchi | | Gabriel Vecchi |
|
"Atlantic tropical cyclones and climate: observed changes".
|
Dec. 10 | Masaki Satoh | | Masaki Satoh |
|
Sensitivity of the Hadley circulation to parameterization of upper
tropospheric ice clouds using a global cloud-system resolving model
We examined the relationship between upper tropospheric ice-cloud properties
and the Hadley circulation intensity through parameter sensitivity studies
of global cloud-system resolving simulations with explicit cloud
microphysics. Experiments under a perpetual July condition were performed by changing parameters in the boundary layer and cloud microphysics schemes,
with a mesh size of approximately 14 km. One additional experiment with a
mesh size of approximately 7 km was also conducted. These experiments
produced a variety of upper cloud areas and out-going longwave radiation (OLR) distributions.
We found that as the upper cloud area increased, the total precipitation decreased and the intensity of the Hadley circulation weakened because of energy balance constraints.
Interestingly, the net ice water path was not correlated with the upper ice cloud areas or OLR, indicating that the spatial coverage of upper ice clouds, rather than the total ice water content, was the key factor in the radiation budget. We will also discuss key factors of cloud microphysics on precipitation efficiency and climate sensitivity. |