DRSP 1.1

Last updated, June 2005

In the three years since DRSP 1.0 a few more projects were added and one project was updated. The distribution below contains these updates.

For more information click on the titles of the individual projects below, or download the complete DRSP as a text file or pdf file (120 pages).

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Theme 1: Galaxies and Cosmology
Theme 2: Star and Planet Formation
Theme 3: Stars and Their Evolution
Theme 4: Solar System

ID	Title	Lead Author	Hrs
1	Galaxies and Cosmology
1.1	The High-Redshift Universe
1.1.1	Unbiased survey of submm galaxies: continuum survey at 1 mm	Guilloteau	80
1.1.2	Unbiased survey of submm galaxies: combined line+cont at 3 mm	Guilloteau	256
1.1.3	Unbiased survey of submm galaxies: pointed cont at 650 GHz	Guilloteau	300
1.1.4	Unbiased survey of submm galaxies: line survey 210-275 GHz	Guilloteau	180
1.1.5	Molecular line studies of submm galaxies	Carilli	170
1.1.6	Ultradeep ALMA continuum survey	Blain	2130
1.1.7	Deep search for line-emitting galaxies	Blain	150
1.1.8	Follow-up of high-z submm galaxies	Blain	1500
1.1.9	Dust in normal Lyman Break galaxies	Sawicki	80

1.2	Gravitational Lenses
1.2.1	Weak lensing using ALMA	Blain	100
1.2.2	Ultradeep galaxy survey through clusters	Blain	540
1.2.3	PLANCK follow-up	Blain	500
1.2.4	A submm study of strong gravitational lenses	Wiklind	230
1.2.5	Dust in gravitationally lensed Lyman Break galaxies	Sawicki	94

1.3	Quasar Absorption Lines
1.3.1	Spectral line survey in high-z absorption systems	Wiklind	171
1.3.2	Deep search for new molecular absorption line systems	Wiklind	125

1.4	SZ with ALMA
1.4.1	Sunyaev-Zel'dovich Effect of Proto-Clusters	Sugiyama	300
1.4.2	Kinetic Sunyaev-Zel'dovich Effect of Galaxy Clusters	Yoshida	321

1.5	Gas in Galactic Nuclei
1.5.1	Imaging Molecular material in AGN vicinity	Schinnerer	64
1.5.2	Circumnuclear Starburst Rings: From Gas to Stars	Schinnerer	80
1.5.3	Nuclear dense gas in active galaxies	Schinnerer	96

1.6	The AGN Engine
1.6.1	High resolution imaging of radio hot spots	Carilli	32
1.6.2	High resolution imaging of X-ray hot spots in radio jets	Carilli	16
1.6.3	The general relativistic shadow of Sgr A*	Carilli	16
1.6.4	mm VLBI observations of core-jets	Carilli	50
1.6.5	Imaging the molecular gas in high-z FIR-luminous QSOs	Carilli	12
1.6.6	mm VLBI imaging of IDVs	Carilli	50
1.6.7	Search for flat spectrum mm-loud AGN	Carilli	20

1.7	Galaxies in the Local Universe
1.7.1	The GMC Scale Chemical Anatomy of Nearby Galaxies	Meier/Turner	144
1.7.2	The Molecular ISM in Low Surface Brightness Galaxies	Turner	96
1.7.3	Calibrating the I_CO to N(H_2) Conversion Factor	Meier/Turner	140
1.7.4	Structure of the ISM in irregular galaxies	Wilson	180
1.7.5	Low Frequency Survey of Free-Free Emission in starbursts	Turner	43
1.7.6	Study of Gas Masses and Star Formation Efficiencies	Turner	120
1.7.7	Gas Content and Dynamics of Elliptical Galaxies	Wilson	56
1.7.8	Gas densities and dynamics in central regions	Tatematsu	99
1.7.9	CO(6-5) emission from a small sample of ULIRGs	Isaak	65
1.7.10	Searching for Proto- Super Star Clusters in the Antennae	Wilson	20
1.7.11	The CO-to-H2 conversion factor	Tatematsu	169

1.8	ALMA and the Magellanic Clouds
1.8.1	Structure and starformation of LMC/SMC molecular clouds	Aalto	170
1.8.2	Evolved stars and mass loss in the Magellanic Clouds	Aalto	320
1.8.3	Background quasars and the chemistry of the MC ISM	Black	360
1.8.4	Low Frequency Continuum Survey of Free-Free Emission in the LMC	Turner	56
1.8.5	Gas and Dust in 30 Doradus	Turner	80
1.8.6	Mass loss and outflow velocities in Magellanic Cloud AGB stars	Groenewegen	50

1.9	Gamma Ray Bursts
1.9.1	GRB Environment	- ? -	300
1.9.2	ToO Observing of GRB Afterglows	Van Dyk	10


2	Star and Planet Formation

2.1	Initial Conditions of Star Formation
2.1.1	Small scale structure of molecular clouds	Pety	200
2.1.2	Density and temperature profile in pre-stellar cores	Bacmann	125
2.1.3	Kinetic Temperature Structure in Protostars and YSO	Mangum	15
2.1.4	Density and temperature profile in high-mass cores	Bacmann	155
2.1.5	Spatial Density Probe Comparison in Protostars and YSOs	Mangum	15
2.1.6	The Connection Between Cloud Structure and the IMF	Chandler	400
2.1.7	Physical Structure of Low-mass Star-Forming Cores	Shirley	120
2.1.8	Infall velocity structure of starless cores	Myers	100
2.1.9	Envelope Structure of Intermediate-Mass YSOs	Di Francesco	192

2.2	Young Stellar Objects
2.2.1	Mapping the turbulence in a molecular cloud	Richer	121
2.2.2	Magnetic field geometry in protostellar envelopes	Richer	200
2.2.3	Structure and collapse of protostellar envelopes	Richer	240
2.2.4	Infall toward protostars	Wootten	300
2.2.5	Magnetic field in molecular outflows	Richer	168
2.2.6	Energetics of the HH 80-81 outflow	Shepherd	90
2.2.7	Survey of massive molecular outflows	Shepherd	0
2.2.8	Survey of the central fields in massive molecular outflows	Shepherd	20
2.2.9	Deep integration on the massive jet source HH80-81	Shepherd	182
2.2.10	The intenal structure of the BHR71 outflow	Gueth	65

2.3	Chemistry of Star-Forming Regions
2.3.1	Chemical survey of hot cores	van Dishoeck	585
2.3.2	Depletion of molecules in low-mass cores	Tatematsu	216
2.3.3	Chemical differentiation in sf-regions	Wright	134
2.3.4	Unbiased line surveys of high mass star forming regions	Schilke	612
2.3.5	Low freq. spectral survey aimed at complex organics	Turner	35
2.3.6	Survey of HCO+ absorption in diffuse clouds	Lucas	80
2.3.7	Absorption line survey	Lucas	57
2.3.8	Chemical Enhancements in Outflows	Plume	16

2.4	Protoplanetary Disks
2.4.1	CO surveys of disks around stars from 0.3 to 3 Msun	Dutrey	2760
2.4.2	Molecular surveys in 2-3 ``small'' samples from 0.5 to 3 Msun	Dutrey	229
2.4.3	Continuum survey from 80 to 900 GHz	Guilloteau	260
2.4.4	Disks in the sub-stellar regime	Testi	175
2.4.5	Gaps in nearby protoplanetary disks	Guilloteau	13
2.4.6	Transitions disks around CTTs/WTTs & near ZAMS stars	Bacmann	88
2.4.7	Structure of debris disks & Vega-type objects	Dutrey	690
2.4.8	Structure and properties of disks around high-mass (proto-)stars	Testi	190
2.4.9	Dust and Gas distribution in multiple-systems	Dutrey	120


3	Stars and Their Evolution

3.1	The Sun
3.1.1	Structure and Dynamics of the Chromosphere	Benz	10
3.1.2	Solar Radio Recombination Lines	Benz	10

3.2	Mm continuum from stars
3.2.1	Evolution of magnetic activity in main-sequence stars	Guedel	30
3.2.2	Magnetic energy release and High-En Part in Atmospheres	Guedel	14
3.2.3	Thermal Emission from Red Giant and Supergiant Stars	Menten	100
3.2.4	The photospheres and proper motions of normal stars	Black	100-200
3.2.5	Millimeter observations of nonthermal emission from active stars	Osten	25
3.2.6	Millimeter survey of stellar disk emission from late-type giants and supergiants	Osten	4
3.2.7	Flares from Young Stellar Objects: what we learned from the 2003 January flare in GMR-A	Furuya	96

3.3	Circumstellar envelopes
3.3.1	Probing the Dust Formation Zone around Red Giant Stars	Menten	200
3.3.2	Line surveys in evolved stars	Cox	680

3.4	Post-AGB sources
3.4.1	Post-AGB stars: PPN and PN	Cox	238
3.4.2	Molecular and atomic gas in PN	Cox	73
3.4.3	The Heart of Eta Carinae	White	280

3.5	Supernovae
3.5.1	Structure of the Molecular Gas shocked by SNR	Tatematsu	220
3.5.2	SNR-cloud interaction in the LMC	Tatematsu	80
3.5.3	TOO: new SN	Tatematsu	180
3.5.4	The populations of relativistic particles and the magnetic field structure in the Crab Nebular and other pleions	Bandiera	229
3.5.5	ToO Observing of Radio Supernovae	van Dyk	50
3.5.6	Monitoring of Radio Supernovae	van Dyk	30


4	Solar system

4.1	Planetary atmospheres
4.1.1	The dynamics of Mars' and Venus' middle atmopheres	Lellouch	100
4.1.2	Mars' three-dimensional water cycle	Lellouch	160
4.1.3	Chemistry in Venus' and Mars' atmosphere	Lellouch	92
4.1.4	Giant planets stratospheres: composition and dynamics	Lellouch	154
4.1.5	Search for broad tropospheric lines in GP troposphere	Lellouch	12
4.1.6	Chemical-dynamical couplings in Titan's atmosphere	Lellouch	160
4.1.7	Io's volcanism	Lellouch	100
4.1.8	The atmospheres of Triton, Pluto and other TNOs	Lellouch	288

4.2	Planetary surfaces and dynamics
4.2.1	Albedos, size and surface properties of TNOs	Lellouch	140
4.2.2	Mapping the surfaces of the Moon, Mercury and Mars	Butler	66
4.2.3	Mapping the surfaces of large icy bodies	Butler	104
4.2.4	Structure and composition of Saturn's rings	Butler	48
4.2.5	Mapping the surfaces of larger asteroids	Butler	105
4.2.6	Sizes and albedos of NEAs	Butler	20
4.2.7	Astrometry of NEAs and TNOs	Butler	30
4.2.8	Radar observations of NEAs	Butler	0

4.3	Comets
4.3.1	A complete picture of Earth-grazing comet 103P/Hartley 2	Bockelee-Morvan	144
4.3.2	ALMA-TOO observation of an Oort cloud comet	Bockelee-Morvan	216
4.3.3	ALMA observes the great comet of the decade	Bockelee-Morvan	256
4.3.4	Characterization of the Jupiter-family comet population	Bockelee-Morvan	308
4.3.5	Is Hale-Bopp still alive ?	Bockelee-Morvan	100
4.3.6	Chiron distant activity	Bockelee-Morvan	40
4.3.7	CO nucleus outgassing of 29P/Schwassmann-Wachmann 1	Bockelee-Morvan	40
4.3.8	Radar observations of comets	Butler	12

4.4	Extrasolar planets
4.4.1	Direct detection of Jupiters around nearby stars	Menten	500
4.4.2	Dynamical parameters of planets by astrometry	Lestrade	100
4.4.3	Search for extrasolar planets via astrometry of nearby stars	Butler	144