| Mon 1/10 | Tue 1/11 | Wed 1/12 | Thu 1/13 | Fri 1/14 | Sat 1/15 | Sun 1/16 | Mon 1/17 | Tue 1/18 | Wed 1/19 | Thu 1/20 | Fri 1/21 | ||||||||||||||||||
| 9:00 | Mid Ocean Ridges [Mottl] | Hydrothermal Bio Systems [Cowen] | Ridge Flanks 2 [Cowen] | Interstellar Ices I [Boogert] | Origins of Life 1 [Baross] | 7:45 | Fly to Kona | Drive to MKO | 9:00 | Comets - Intro (Meech) | Ice Drilling & Core (Thorsteinsson) | NASA Deep Impact Mission (Meech) | Intro Jovian Sats (Meech, Pappalardo) | Mars Ice: Intermed & Dist. Past (Head) | |||||||||||||||
| 1 | Geology & Geochemistry | 5 | General introduction subseafloor to water column | 9 | Microbial geochemistry | 13 | H2O/CO ices in protostellar environ New Keck Telescope results | 18 | 08:30 Hilo to MK Visitor Cr 09:45 Hawaiian Culture. 10:45 MK Vis to Summit 11:15 Tour 1 12:00 Tour 2 12:45 Tour 3 13:30 Drive to MK Vis 14:00 Box Lunches 14:30 Nature Walk 15:30 MK Vis to Hilo 19:00 Buffet Dinner, Hotel | 22 | Historical Development of comet sci General properties - parents molecules & chemistry Comet Formation scenarios | 26 | Drilling Techniques & Programs Grain growth and crystallization Lab deformation tests Ice core dating | 30 | Science Goals & Mission Plan Ground-observing results Encounter Observing Plan | 35 | Comet Aging, ice irradiation Intro Jovian Satellites Jovian Magnetosphere | 39 | Outflow channels, transport, Cicumpolar ice, oceans or ice sheet Crater lakes & Gusev, Early Mars & Valley networks - fossil/extant life? | ||||||||||
| 9:45 | Break | Break | Break | Break | Break | 9:45 | Break | Break | Break | Break | Break | ||||||||||||||||||
| 10:00 | Ridge Flanks 1 [Mottl] | Molecular Biology Primer [Rappe] | Mud volcanos [Mottl] | Interstellar Ices II [Boogert] | Origins of Life 2 [Baross] | 11:15 | Drive to Hilo | 10:00 | Glaciers - Intro (Thorsteinsson) | Comet Measurement Techn (Meech) | Temperate Ice in Iceland (Thorsteinsson) | Life in Icy Environments (Thorsteinsson) | Europa Geology (Pappalardo) | ||||||||||||||||
| 2 | Geology & Geochemistry | 6 | 10 | Biogeochemistry subduction zones | 14 | Ice inventory / Complexity Laboratory simulations New Spitzer satellite results | 19 | 11:15 Depart for Volcano 13:30 VP visitor Center 14:30 Volcano Park 17:30 KMC Steak Buffet 19:00 Drive to Hilo 20:00 Hotel Check in | 23 | Distribution of glaciers, ice caps, Polar ice distribution Pleistocene & Milanovitch cycles cosmic dust, meteorites | 27 | Observing & Imaging Techniques, dust models Spectroscopy, Infrared Observations Mass Spectra & In-situ | 31 | History of Icelandic Glaciation Transport of water in glaciers Glacial Surges Radar sounding, Climate Records, Subglacial Volcanos | 36 | Subglacial Environments Lake Vostok, Grimsvotn The GRIP Ice Cores | 40 | Surface Geology Surface composition & radiation Tidal heating | |||||||||||
| 10:45 | Break | Break | Break | Break | Break | 10:45 | Break | Break | Break | Break | Break | ||||||||||||||||||
| 11:15 | Star Formation [Ceccarelli] | Pre Collapse phase [Ceccarelli] | ISO, SWAS and ODIN [Ceccarelli] | Mid Ocean Ridge Microbe sys 1 [Baross] | The Hot Corinos [Ceccarelli] | 11:15 | Ice Physics I (Meech & Thorsteinsson) | Climate History & Atm (Thorsteinsson) | The Kuiper Belt (Jewitt] | Follow the Water on Mars (Head) | Europa Interior (Pappalardo) | ||||||||||||||||||
| 3 | Solar type star formation Molecular clouds --> protostar Protoplanetary disk | 7 | Depletion of molecules Grain mantle formation Molecular deuteration Observations & Theories | 11 | Interpretation of observations outflows | 15 | 20 | Complex organic molecules in the inner 100 AU envelope | 24 | Phase diagrams, amorphous & crystalline ice, clathrates annealing, phase transitions, heat transport, radioactive heating | 28 | Isotopes: D/H, 18O/16O Isotope Fractionation processes Global Distribution | 32 | 37 | Pres. Environ., stability, reservoirs Spacecraft obs of ice & distn Ice & climate history; polar caps Lobate debris, Amazonian glaciation & climate | 41 | Europa Convection Future exploration of Europa Europa Astrobiology | ||||||||||||
| 12:00 | Break | Break | Break | Break | Break | 12:00 | |||||||||||||||||||||||
| 12:15 | Water formation in ISM [Ceccarelli] | Collapsing Protostar Phase [Ceccarelli] | Solar type Protostars [Ceccarelli] | MOR Microbe sys 2 [Baross] | Protostellar Disk Phase [Ceccarelli] | 12:15 | Ice Physics II (Thorsteinsson & Meech) | Origin of Earth's Oceans (Meech) | Water In Asteroids (Jewitt) | Antarctic Dry Valleys (Head/Thorsteinsson) | Discussion 39 & 40 | ||||||||||||||||||
| 4 | Gas phase and grain surface form. The present models | 8 | Predicted enhancement of water Outflows and Envelopes | 12 | Structure Water and deuterated water HDO underbalance puzzle Gas phase & solid state obs. | 16 | 21 | Molecular deuteration Water abundance Dust coagulation & Mixing process | 25 | Snow --> ice transformation, ice deformation, flow, rheology & viscosity, mass balance, thermal regimes, Water in temperate ice | 29 | Big bang & D/H, ISM Fractionation processes Impacts and Delivery Earth Fractionation Processes | 33 | 38 | Mars-like Earth Environ, comp. land Microclimate zones & implications cold-based glaciers vs wet-based Biology in cold polar deserts | 42 | |||||||||||||
| 13:00 | Lunch | Lunch | Lunch | Lunch | Lunch | 13:00 | Lunch | Lunch | Lunch | Lunch | Lunch | ||||||||||||||||||
| 14:30 | Discussion 1 & 2 | Discussion 5 & 6 | Discussion 9 & 10 | Discussion 13 & 14 | Discussion 18 & 19 | 14:30 | Discussion 22 & 23 | Discussion 26 & 27 | Discussion 30 & 31 | Discussion 35 & 36 | Discussion 41 | ||||||||||||||||||
| 16:00 | Break | Break | Break | Break | Break | 16:00 | Break | Break | Break | Break | Break | ||||||||||||||||||
| 16:15 | Discussion 3 & 4 | Discussion 7 & 8 | Discussion 11 & 12 | Discussion 15 & 16 | Discussion 20 & 21 | 16:15 | Discussion 24 & 25 | Discussion 28 & 29 | Discussion 32 & 33 | Discussion 37 & 38 | Final Write ups. | ||||||||||||||||||
| 17:45 | Dinner | Dinner | Dinner | Dinner (18:00) - Catered IfA | 17:45 | Dinner | Dinner | Dinner | Dinner | Dinner | |||||||||||||||||||
| 19:00 | 17 - Why Snowball Earth: Susceptibility of Earth-like planets to Global Refrigeration [Williams] | Remote observing (Pittichova) | 19:00 | Remote Observing (Pittichova) | 34 - (7:00pm) - Deep Impact Movie & Discussion; 21:45 Bus to Hotel | ||||||||||||||||||||||||